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        <equations>root.comp1.mef.d*(-root.comp1.mef.Hx*root.comp1.mef.testcurlAx-root.comp1.mef.Hy*root.comp1.mef.testcurlAy-root.comp1.mef.Hz*root.comp1.mef.testcurlAz+root.comp1.mef.Jx*test(root.comp1.mef.Adepx)+root.comp1.mef.Jy*test(root.comp1.mef.Adepy)+root.comp1.mef.Jz*test(root.comp1.mef.Adepz))</equations>
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        </expressions>
        <expressions key="V_fld_act">
          <value tag="V_fld_act" expression="1" description="Electric potential"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr9">
      <value tag="iexpr9" derivedFrom="//@physics/@physints[key='mef']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 9" entityComments="" entityAuthor="" entityCreationTime="1467124159720">
        <tags tag="Analysis" values="1,'std1/freq'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1467124159705" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,1,2,3,4,5,6,7,8" dim="2" hDim="2"/>
        <expressions key="A_fld_act">
          <value tag="A_fld_act" expression="1" description="Magnetic vector potential"/>
        </expressions>
        <expressions key="V_fld_act">
          <value tag="V_fld_act" expression="1" description="Electric potential"/>
        </expressions>
        <expressions key="nx">
          <value tag="nx" expression="root.dnx" description="Normal vector, x component"/>
        </expressions>
        <expressions key="ny">
          <value tag="ny" expression="root.dny" description="Normal vector, y component"/>
        </expressions>
        <expressions key="nz">
          <value tag="nz" expression="root.dnz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="nmeshx">
          <value tag="nmeshx" expression="root.dnxmesh" description="Mesh normal vector, x component"/>
        </expressions>
        <expressions key="nmeshy">
          <value tag="nmeshy" expression="root.dnymesh" description="Mesh normal vector, y component"/>
        </expressions>
        <expressions key="nmeshz">
          <value tag="nmeshz" expression="root.dnzmesh" description="Mesh normal vector, z component"/>
        </expressions>
        <expressions key="unTx">
          <value tag="unTx" expression="root.comp1.mef.unTex+root.comp1.mef.unTmx" description="Maxwell upward surface stress tensor, x component"/>
        </expressions>
        <expressions key="unTy">
          <value tag="unTy" expression="root.comp1.mef.unTey+root.comp1.mef.unTmy" description="Maxwell upward surface stress tensor, y component"/>
        </expressions>
        <expressions key="unTz">
          <value tag="unTz" expression="root.comp1.mef.unTez+root.comp1.mef.unTmz" description="Maxwell upward surface stress tensor, z component"/>
        </expressions>
        <expressions key="dnTx">
          <value tag="dnTx" expression="root.comp1.mef.dnTex+root.comp1.mef.dnTmx" description="Maxwell downward surface stress tensor, x component"/>
        </expressions>
        <expressions key="dnTy">
          <value tag="dnTy" expression="root.comp1.mef.dnTey+root.comp1.mef.dnTmy" description="Maxwell downward surface stress tensor, y component"/>
        </expressions>
        <expressions key="dnTz">
          <value tag="dnTz" expression="root.comp1.mef.dnTez+root.comp1.mef.dnTmz" description="Maxwell downward surface stress tensor, z component"/>
        </expressions>
        <expressions key="unx">
          <value tag="unx" expression="root.unx" description="Normal vector up direction, x component"/>
        </expressions>
        <expressions key="uny">
          <value tag="uny" expression="root.uny" description="Normal vector up direction, y component"/>
        </expressions>
        <expressions key="unz">
          <value tag="unz" expression="root.unz" description="Normal vector up direction, z component"/>
        </expressions>
        <expressions key="dnx">
          <value tag="dnx" expression="root.dnx" description="Normal vector down direction, x component"/>
        </expressions>
        <expressions key="dny">
          <value tag="dny" expression="root.dny" description="Normal vector down direction, y component"/>
        </expressions>
        <expressions key="dnz">
          <value tag="dnz" expression="root.dnz" description="Normal vector down direction, z component"/>
        </expressions>
        <expressions key="unTavx">
          <value tag="unTavx" expression="root.comp1.mef.unTeavx+root.comp1.mef.unTmavx" description="Maxwell upward surface stress tensor, time average, x component"/>
        </expressions>
        <expressions key="unTavy">
          <value tag="unTavy" expression="root.comp1.mef.unTeavy+root.comp1.mef.unTmavy" description="Maxwell upward surface stress tensor, time average, y component"/>
        </expressions>
        <expressions key="unTavz">
          <value tag="unTavz" expression="root.comp1.mef.unTeavz+root.comp1.mef.unTmavz" description="Maxwell upward surface stress tensor, time average, z component"/>
        </expressions>
        <expressions key="dnTavx">
          <value tag="dnTavx" expression="root.comp1.mef.dnTeavx+root.comp1.mef.dnTmavx" description="Maxwell downward surface stress tensor, time average, x component"/>
        </expressions>
        <expressions key="dnTavy">
          <value tag="dnTavy" expression="root.comp1.mef.dnTeavy+root.comp1.mef.dnTmavy" description="Maxwell downward surface stress tensor, time average, y component"/>
        </expressions>
        <expressions key="dnTavz">
          <value tag="dnTavz" expression="root.comp1.mef.dnTeavz+root.comp1.mef.dnTmavz" description="Maxwell downward surface stress tensor, time average, z component"/>
        </expressions>
        <expressions key="unTex">
          <value tag="unTex" expression="-0.5*root.comp1.mef.dnx*(real(root.up(root.comp1.mef.Dx))*real(root.up(root.comp1.mef.Ex))+real(root.up(root.comp1.mef.Dy))*real(root.up(root.comp1.mef.Ey))+real(root.up(root.comp1.mef.Dz))*real(root.up(root.comp1.mef.Ez)))+real(root.up(root.comp1.mef.Dx))*(real(root.up(root.comp1.mef.Ex))*root.comp1.mef.dnx+real(root.up(root.comp1.mef.Ey))*root.comp1.mef.dny+real(root.up(root.comp1.mef.Ez))*root.comp1.mef.dnz)" description="Maxwell upward electric surface stress tensor, x component"/>
        </expressions>
        <expressions key="unTey">
          <value tag="unTey" expression="-0.5*root.comp1.mef.dny*(real(root.up(root.comp1.mef.Dx))*real(root.up(root.comp1.mef.Ex))+real(root.up(root.comp1.mef.Dy))*real(root.up(root.comp1.mef.Ey))+real(root.up(root.comp1.mef.Dz))*real(root.up(root.comp1.mef.Ez)))+real(root.up(root.comp1.mef.Dy))*(real(root.up(root.comp1.mef.Ex))*root.comp1.mef.dnx+real(root.up(root.comp1.mef.Ey))*root.comp1.mef.dny+real(root.up(root.comp1.mef.Ez))*root.comp1.mef.dnz)" description="Maxwell upward electric surface stress tensor, y component"/>
        </expressions>
        <expressions key="unTez">
          <value tag="unTez" expression="-0.5*root.comp1.mef.dnz*(real(root.up(root.comp1.mef.Dx))*real(root.up(root.comp1.mef.Ex))+real(root.up(root.comp1.mef.Dy))*real(root.up(root.comp1.mef.Ey))+real(root.up(root.comp1.mef.Dz))*real(root.up(root.comp1.mef.Ez)))+real(root.up(root.comp1.mef.Dz))*(real(root.up(root.comp1.mef.Ex))*root.comp1.mef.dnx+real(root.up(root.comp1.mef.Ey))*root.comp1.mef.dny+real(root.up(root.comp1.mef.Ez))*root.comp1.mef.dnz)" description="Maxwell upward electric surface stress tensor, z component"/>
        </expressions>
        <expressions key="dnTex">
          <value tag="dnTex" expression="-0.5*root.comp1.mef.unx*(real(root.down(root.comp1.mef.Dx))*real(root.down(root.comp1.mef.Ex))+real(root.down(root.comp1.mef.Dy))*real(root.down(root.comp1.mef.Ey))+real(root.down(root.comp1.mef.Dz))*real(root.down(root.comp1.mef.Ez)))+real(root.down(root.comp1.mef.Dx))*(real(root.down(root.comp1.mef.Ex))*root.comp1.mef.unx+real(root.down(root.comp1.mef.Ey))*root.comp1.mef.uny+real(root.down(root.comp1.mef.Ez))*root.comp1.mef.unz)" description="Maxwell downward electric surface stress tensor, x component"/>
        </expressions>
        <expressions key="dnTey">
          <value tag="dnTey" expression="-0.5*root.comp1.mef.uny*(real(root.down(root.comp1.mef.Dx))*real(root.down(root.comp1.mef.Ex))+real(root.down(root.comp1.mef.Dy))*real(root.down(root.comp1.mef.Ey))+real(root.down(root.comp1.mef.Dz))*real(root.down(root.comp1.mef.Ez)))+real(root.down(root.comp1.mef.Dy))*(real(root.down(root.comp1.mef.Ex))*root.comp1.mef.unx+real(root.down(root.comp1.mef.Ey))*root.comp1.mef.uny+real(root.down(root.comp1.mef.Ez))*root.comp1.mef.unz)" description="Maxwell downward electric surface stress tensor, y component"/>
        </expressions>
        <expressions key="dnTez">
          <value tag="dnTez" expression="-0.5*root.comp1.mef.unz*(real(root.down(root.comp1.mef.Dx))*real(root.down(root.comp1.mef.Ex))+real(root.down(root.comp1.mef.Dy))*real(root.down(root.comp1.mef.Ey))+real(root.down(root.comp1.mef.Dz))*real(root.down(root.comp1.mef.Ez)))+real(root.down(root.comp1.mef.Dz))*(real(root.down(root.comp1.mef.Ex))*root.comp1.mef.unx+real(root.down(root.comp1.mef.Ey))*root.comp1.mef.uny+real(root.down(root.comp1.mef.Ez))*root.comp1.mef.unz)" description="Maxwell downward electric surface stress tensor, z component"/>
        </expressions>
        <expressions key="unTeavx">
          <value tag="unTeavx" expression="0.5*real(-0.5*root.comp1.mef.dnx*(root.up(root.comp1.mef.Dx)*conj(root.up(root.comp1.mef.Ex))+root.up(root.comp1.mef.Dy)*conj(root.up(root.comp1.mef.Ey))+root.up(root.comp1.mef.Dz)*conj(root.up(root.comp1.mef.Ez)))+root.up(root.comp1.mef.Dx)*(conj(root.up(root.comp1.mef.Ex))*root.comp1.mef.dnx+conj(root.up(root.comp1.mef.Ey))*root.comp1.mef.dny+conj(root.up(root.comp1.mef.Ez))*root.comp1.mef.dnz))" description="Maxwell upward electric surface stress tensor, time average, x component"/>
        </expressions>
        <expressions key="unTeavy">
          <value tag="unTeavy" expression="0.5*real(-0.5*root.comp1.mef.dny*(root.up(root.comp1.mef.Dx)*conj(root.up(root.comp1.mef.Ex))+root.up(root.comp1.mef.Dy)*conj(root.up(root.comp1.mef.Ey))+root.up(root.comp1.mef.Dz)*conj(root.up(root.comp1.mef.Ez)))+root.up(root.comp1.mef.Dy)*(conj(root.up(root.comp1.mef.Ex))*root.comp1.mef.dnx+conj(root.up(root.comp1.mef.Ey))*root.comp1.mef.dny+conj(root.up(root.comp1.mef.Ez))*root.comp1.mef.dnz))" description="Maxwell upward electric surface stress tensor, time average, y component"/>
        </expressions>
        <expressions key="unTeavz">
          <value tag="unTeavz" expression="0.5*real(-0.5*root.comp1.mef.dnz*(root.up(root.comp1.mef.Dx)*conj(root.up(root.comp1.mef.Ex))+root.up(root.comp1.mef.Dy)*conj(root.up(root.comp1.mef.Ey))+root.up(root.comp1.mef.Dz)*conj(root.up(root.comp1.mef.Ez)))+root.up(root.comp1.mef.Dz)*(conj(root.up(root.comp1.mef.Ex))*root.comp1.mef.dnx+conj(root.up(root.comp1.mef.Ey))*root.comp1.mef.dny+conj(root.up(root.comp1.mef.Ez))*root.comp1.mef.dnz))" description="Maxwell upward electric surface stress tensor, time average, z component"/>
        </expressions>
        <expressions key="dnTeavx">
          <value tag="dnTeavx" expression="0.5*real(-0.5*root.comp1.mef.unx*(root.down(root.comp1.mef.Dx)*conj(root.down(root.comp1.mef.Ex))+root.down(root.comp1.mef.Dy)*conj(root.down(root.comp1.mef.Ey))+root.down(root.comp1.mef.Dz)*conj(root.down(root.comp1.mef.Ez)))+root.down(root.comp1.mef.Dx)*(conj(root.down(root.comp1.mef.Ex))*root.comp1.mef.unx+conj(root.down(root.comp1.mef.Ey))*root.comp1.mef.uny+conj(root.down(root.comp1.mef.Ez))*root.comp1.mef.unz))" description="Maxwell downward electric surface stress tensor, time average, x component"/>
        </expressions>
        <expressions key="dnTeavy">
          <value tag="dnTeavy" expression="0.5*real(-0.5*root.comp1.mef.uny*(root.down(root.comp1.mef.Dx)*conj(root.down(root.comp1.mef.Ex))+root.down(root.comp1.mef.Dy)*conj(root.down(root.comp1.mef.Ey))+root.down(root.comp1.mef.Dz)*conj(root.down(root.comp1.mef.Ez)))+root.down(root.comp1.mef.Dy)*(conj(root.down(root.comp1.mef.Ex))*root.comp1.mef.unx+conj(root.down(root.comp1.mef.Ey))*root.comp1.mef.uny+conj(root.down(root.comp1.mef.Ez))*root.comp1.mef.unz))" description="Maxwell downward electric surface stress tensor, time average, y component"/>
        </expressions>
        <expressions key="dnTeavz">
          <value tag="dnTeavz" expression="0.5*real(-0.5*root.comp1.mef.unz*(root.down(root.comp1.mef.Dx)*conj(root.down(root.comp1.mef.Ex))+root.down(root.comp1.mef.Dy)*conj(root.down(root.comp1.mef.Ey))+root.down(root.comp1.mef.Dz)*conj(root.down(root.comp1.mef.Ez)))+root.down(root.comp1.mef.Dz)*(conj(root.down(root.comp1.mef.Ex))*root.comp1.mef.unx+conj(root.down(root.comp1.mef.Ey))*root.comp1.mef.uny+conj(root.down(root.comp1.mef.Ez))*root.comp1.mef.unz))" description="Maxwell downward electric surface stress tensor, time average, z component"/>
        </expressions>
        <expressions key="unTmx">
          <value tag="unTmx" expression="-0.5*root.comp1.mef.dnx*(real(root.up(root.comp1.mef.Bx))*real(root.up(root.comp1.mef.Hx))+real(root.up(root.comp1.mef.By))*real(root.up(root.comp1.mef.Hy))+real(root.up(root.comp1.mef.Bz))*real(root.up(root.comp1.mef.Hz)))+real(root.up(root.comp1.mef.Bx))*(real(root.up(root.comp1.mef.Hx))*root.comp1.mef.dnx+real(root.up(root.comp1.mef.Hy))*root.comp1.mef.dny+real(root.up(root.comp1.mef.Hz))*root.comp1.mef.dnz)" description="Maxwell upward magnetic surface stress tensor, x component"/>
        </expressions>
        <expressions key="unTmy">
          <value tag="unTmy" expression="-0.5*root.comp1.mef.dny*(real(root.up(root.comp1.mef.Bx))*real(root.up(root.comp1.mef.Hx))+real(root.up(root.comp1.mef.By))*real(root.up(root.comp1.mef.Hy))+real(root.up(root.comp1.mef.Bz))*real(root.up(root.comp1.mef.Hz)))+real(root.up(root.comp1.mef.By))*(real(root.up(root.comp1.mef.Hx))*root.comp1.mef.dnx+real(root.up(root.comp1.mef.Hy))*root.comp1.mef.dny+real(root.up(root.comp1.mef.Hz))*root.comp1.mef.dnz)" description="Maxwell upward magnetic surface stress tensor, y component"/>
        </expressions>
        <expressions key="unTmz">
          <value tag="unTmz" expression="-0.5*root.comp1.mef.dnz*(real(root.up(root.comp1.mef.Bx))*real(root.up(root.comp1.mef.Hx))+real(root.up(root.comp1.mef.By))*real(root.up(root.comp1.mef.Hy))+real(root.up(root.comp1.mef.Bz))*real(root.up(root.comp1.mef.Hz)))+real(root.up(root.comp1.mef.Bz))*(real(root.up(root.comp1.mef.Hx))*root.comp1.mef.dnx+real(root.up(root.comp1.mef.Hy))*root.comp1.mef.dny+real(root.up(root.comp1.mef.Hz))*root.comp1.mef.dnz)" description="Maxwell upward magnetic surface stress tensor, z component"/>
        </expressions>
        <expressions key="dnTmx">
          <value tag="dnTmx" expression="-0.5*root.comp1.mef.unx*(real(root.down(root.comp1.mef.Bx))*real(root.down(root.comp1.mef.Hx))+real(root.down(root.comp1.mef.By))*real(root.down(root.comp1.mef.Hy))+real(root.down(root.comp1.mef.Bz))*real(root.down(root.comp1.mef.Hz)))+real(root.down(root.comp1.mef.Bx))*(real(root.down(root.comp1.mef.Hx))*root.comp1.mef.unx+real(root.down(root.comp1.mef.Hy))*root.comp1.mef.uny+real(root.down(root.comp1.mef.Hz))*root.comp1.mef.unz)" description="Maxwell downward magnetic surface stress tensor, x component"/>
        </expressions>
        <expressions key="dnTmy">
          <value tag="dnTmy" expression="-0.5*root.comp1.mef.uny*(real(root.down(root.comp1.mef.Bx))*real(root.down(root.comp1.mef.Hx))+real(root.down(root.comp1.mef.By))*real(root.down(root.comp1.mef.Hy))+real(root.down(root.comp1.mef.Bz))*real(root.down(root.comp1.mef.Hz)))+real(root.down(root.comp1.mef.By))*(real(root.down(root.comp1.mef.Hx))*root.comp1.mef.unx+real(root.down(root.comp1.mef.Hy))*root.comp1.mef.uny+real(root.down(root.comp1.mef.Hz))*root.comp1.mef.unz)" description="Maxwell downward magnetic surface stress tensor, y component"/>
        </expressions>
        <expressions key="dnTmz">
          <value tag="dnTmz" expression="-0.5*root.comp1.mef.unz*(real(root.down(root.comp1.mef.Bx))*real(root.down(root.comp1.mef.Hx))+real(root.down(root.comp1.mef.By))*real(root.down(root.comp1.mef.Hy))+real(root.down(root.comp1.mef.Bz))*real(root.down(root.comp1.mef.Hz)))+real(root.down(root.comp1.mef.Bz))*(real(root.down(root.comp1.mef.Hx))*root.comp1.mef.unx+real(root.down(root.comp1.mef.Hy))*root.comp1.mef.uny+real(root.down(root.comp1.mef.Hz))*root.comp1.mef.unz)" description="Maxwell downward magnetic surface stress tensor, z component"/>
        </expressions>
        <expressions key="unTmavx">
          <value tag="unTmavx" expression="0.5*real(-0.5*root.comp1.mef.dnx*(root.up(root.comp1.mef.Bx)*conj(root.up(root.comp1.mef.Hx))+root.up(root.comp1.mef.By)*conj(root.up(root.comp1.mef.Hy))+root.up(root.comp1.mef.Bz)*conj(root.up(root.comp1.mef.Hz)))+root.up(root.comp1.mef.Bx)*(conj(root.up(root.comp1.mef.Hx))*root.comp1.mef.dnx+conj(root.up(root.comp1.mef.Hy))*root.comp1.mef.dny+conj(root.up(root.comp1.mef.Hz))*root.comp1.mef.dnz))" description="Maxwell upward magnetic surface stress tensor, time average, x component"/>
        </expressions>
        <expressions key="unTmavy">
          <value tag="unTmavy" expression="0.5*real(-0.5*root.comp1.mef.dny*(root.up(root.comp1.mef.Bx)*conj(root.up(root.comp1.mef.Hx))+root.up(root.comp1.mef.By)*conj(root.up(root.comp1.mef.Hy))+root.up(root.comp1.mef.Bz)*conj(root.up(root.comp1.mef.Hz)))+root.up(root.comp1.mef.By)*(conj(root.up(root.comp1.mef.Hx))*root.comp1.mef.dnx+conj(root.up(root.comp1.mef.Hy))*root.comp1.mef.dny+conj(root.up(root.comp1.mef.Hz))*root.comp1.mef.dnz))" description="Maxwell upward magnetic surface stress tensor, time average, y component"/>
        </expressions>
        <expressions key="unTmavz">
          <value tag="unTmavz" expression="0.5*real(-0.5*root.comp1.mef.dnz*(root.up(root.comp1.mef.Bx)*conj(root.up(root.comp1.mef.Hx))+root.up(root.comp1.mef.By)*conj(root.up(root.comp1.mef.Hy))+root.up(root.comp1.mef.Bz)*conj(root.up(root.comp1.mef.Hz)))+root.up(root.comp1.mef.Bz)*(conj(root.up(root.comp1.mef.Hx))*root.comp1.mef.dnx+conj(root.up(root.comp1.mef.Hy))*root.comp1.mef.dny+conj(root.up(root.comp1.mef.Hz))*root.comp1.mef.dnz))" description="Maxwell upward magnetic surface stress tensor, time average, z component"/>
        </expressions>
        <expressions key="dnTmavx">
          <value tag="dnTmavx" expression="0.5*real(-0.5*root.comp1.mef.unx*(root.down(root.comp1.mef.Bx)*conj(root.down(root.comp1.mef.Hx))+root.down(root.comp1.mef.By)*conj(root.down(root.comp1.mef.Hy))+root.down(root.comp1.mef.Bz)*conj(root.down(root.comp1.mef.Hz)))+root.down(root.comp1.mef.Bx)*(conj(root.down(root.comp1.mef.Hx))*root.comp1.mef.unx+conj(root.down(root.comp1.mef.Hy))*root.comp1.mef.uny+conj(root.down(root.comp1.mef.Hz))*root.comp1.mef.unz))" description="Maxwell downward magnetic surface stress tensor, time average, x component"/>
        </expressions>
        <expressions key="dnTmavy">
          <value tag="dnTmavy" expression="0.5*real(-0.5*root.comp1.mef.uny*(root.down(root.comp1.mef.Bx)*conj(root.down(root.comp1.mef.Hx))+root.down(root.comp1.mef.By)*conj(root.down(root.comp1.mef.Hy))+root.down(root.comp1.mef.Bz)*conj(root.down(root.comp1.mef.Hz)))+root.down(root.comp1.mef.By)*(conj(root.down(root.comp1.mef.Hx))*root.comp1.mef.unx+conj(root.down(root.comp1.mef.Hy))*root.comp1.mef.uny+conj(root.down(root.comp1.mef.Hz))*root.comp1.mef.unz))" description="Maxwell downward magnetic surface stress tensor, time average, y component"/>
        </expressions>
        <expressions key="dnTmavz">
          <value tag="dnTmavz" expression="0.5*real(-0.5*root.comp1.mef.unz*(root.down(root.comp1.mef.Bx)*conj(root.down(root.comp1.mef.Hx))+root.down(root.comp1.mef.By)*conj(root.down(root.comp1.mef.Hy))+root.down(root.comp1.mef.Bz)*conj(root.down(root.comp1.mef.Hz)))+root.down(root.comp1.mef.Bz)*(conj(root.down(root.comp1.mef.Hx))*root.comp1.mef.unx+conj(root.down(root.comp1.mef.Hy))*root.comp1.mef.uny+conj(root.down(root.comp1.mef.Hz))*root.comp1.mef.unz))" description="Maxwell downward magnetic surface stress tensor, time average, z component"/>
        </expressions>
        <expressions key="tAdep_sx">
          <value tag="tAdep_sx" expression="root.comp1.mef.tAdepx" description="Tangential magnetic vector potential, x component"/>
        </expressions>
        <expressions key="tAdep_sy">
          <value tag="tAdep_sy" expression="root.comp1.mef.tAdepy" description="Tangential magnetic vector potential, y component"/>
        </expressions>
        <expressions key="tAdep_sz">
          <value tag="tAdep_sz" expression="root.comp1.mef.tAdepz" description="Tangential magnetic vector potential, z component"/>
        </expressions>
        <expressions key="tEx">
          <value tag="tEx" expression="-root.comp1.VTx-root.comp1.mef.iomega*root.comp1.mef.tAx" description="Tangential electric field, x component"/>
        </expressions>
        <expressions key="tEy">
          <value tag="tEy" expression="-root.comp1.VTy-root.comp1.mef.iomega*root.comp1.mef.tAy" description="Tangential electric field, y component"/>
        </expressions>
        <expressions key="tEz">
          <value tag="tEz" expression="-root.comp1.VTz-root.comp1.mef.iomega*root.comp1.mef.tAz" description="Tangential electric field, z component"/>
        </expressions>
        <expressions key="Jsx">
          <value tag="Jsx" expression="root.comp1.mef.tEx*sqrt((root.epsilon0_const*root.comp1.mef.epsilonrbnd-root.i*root.comp1.mef.sigmabnd/root.comp1.mef.omega)/(root.mu0_const*root.comp1.mef.murbnd))" description="Surface current density, x component"/>
        </expressions>
        <expressions key="Jsy">
          <value tag="Jsy" expression="root.comp1.mef.tEy*sqrt((root.epsilon0_const*root.comp1.mef.epsilonrbnd-root.i*root.comp1.mef.sigmabnd/root.comp1.mef.omega)/(root.mu0_const*root.comp1.mef.murbnd))" description="Surface current density, y component"/>
        </expressions>
        <expressions key="Jsz">
          <value tag="Jsz" expression="root.comp1.mef.tEz*sqrt((root.epsilon0_const*root.comp1.mef.epsilonrbnd-root.i*root.comp1.mef.sigmabnd/root.comp1.mef.omega)/(root.mu0_const*root.comp1.mef.murbnd))" description="Surface current density, z component"/>
        </expressions>
        <expressions key="normJs">
          <value tag="normJs" expression="sqrt(realdot(root.comp1.mef.Jsx,root.comp1.mef.Jsx)+realdot(root.comp1.mef.Jsy,root.comp1.mef.Jsy)+realdot(root.comp1.mef.Jsz,root.comp1.mef.Jsz))" description="Surface current density norm"/>
        </expressions>
        <expressions key="Qsh">
          <value tag="Qsh" expression="root.comp1.mef.Qsrh" description="Surface electromagnetic heating"/>
        </expressions>
        <expressions key="tAx">
          <value tag="tAx" expression="root.comp1.mef.tAdepx" description="Tangential magnetic vector potential, x component"/>
        </expressions>
        <expressions key="tAy">
          <value tag="tAy" expression="root.comp1.mef.tAdepy" description="Tangential magnetic vector potential, y component"/>
        </expressions>
        <expressions key="tAz">
          <value tag="tAz" expression="root.comp1.mef.tAdepz" description="Tangential magnetic vector potential, z component"/>
        </expressions>
        <expressions key="tcurlA_sx">
          <value tag="tcurlA_sx" expression="root.comp1.tcurlAx" description="Tangential curl of magnetic vector potential, x component"/>
        </expressions>
        <expressions key="tcurlA_sy">
          <value tag="tcurlA_sy" expression="root.comp1.tcurlAy" description="Tangential curl of magnetic vector potential, y component"/>
        </expressions>
        <expressions key="tcurlA_sz">
          <value tag="tcurlA_sz" expression="root.comp1.tcurlAz" description="Tangential curl of magnetic vector potential, z component"/>
        </expressions>
        <expressions key="testtcurlA_sx">
          <value tag="testtcurlA_sx" expression="root.test(root.comp1.tcurlAx)" description="Tangential curl of magnetic vector potential, x component"/>
        </expressions>
        <expressions key="testtcurlA_sy">
          <value tag="testtcurlA_sy" expression="root.test(root.comp1.tcurlAy)" description="Tangential curl of magnetic vector potential, y component"/>
        </expressions>
        <expressions key="testtcurlA_sz">
          <value tag="testtcurlA_sz" expression="root.test(root.comp1.tcurlAz)" description="Tangential curl of magnetic vector potential, z component"/>
        </expressions>
        <expressions key="tAdepx">
          <value tag="tAdepx" expression="root.comp1.tAx" description="Tangential magnetic vector potential, x component"/>
        </expressions>
        <expressions key="tAdepy">
          <value tag="tAdepy" expression="root.comp1.tAy" description="Tangential magnetic vector potential, y component"/>
        </expressions>
        <expressions key="tAdepz">
          <value tag="tAdepz" expression="root.comp1.tAz" description="Tangential magnetic vector potential, z component"/>
        </expressions>
        <expressions key="mfenx">
          <value tag="mfenx" expression="root.comp1.mef.dnmeshx" description="Normal vector, x component"/>
        </expressions>
        <expressions key="mfeny">
          <value tag="mfeny" expression="root.comp1.mef.dnmeshy" description="Normal vector, y component"/>
        </expressions>
        <expressions key="mfenz">
          <value tag="mfenz" expression="root.comp1.mef.dnmeshz" description="Normal vector, z component"/>
        </expressions>
        <expressions key="deltaS">
          <value tag="deltaS" expression="try_catch(1/real(sqrt(root.comp1.mef.iomega*root.mu0_const*root.comp1.mef.murbnd*(root.comp1.mef.sigmabnd+root.comp1.mef.iomega*root.epsilon0_const*root.comp1.mef.epsilonrbnd))),0)" description="Skin depth"/>
        </expressions>
        <expressions key="nPoav">
          <value tag="nPoav" expression="real(0.5*((conj(root.comp1.mef.Hz)*root.comp1.mef.Ey-conj(root.comp1.mef.Hy)*root.comp1.mef.Ez)*root.comp1.mef.nx+(-conj(root.comp1.mef.Hz)*root.comp1.mef.Ex+conj(root.comp1.mef.Hx)*root.comp1.mef.Ez)*root.comp1.mef.ny+(conj(root.comp1.mef.Hy)*root.comp1.mef.Ex-conj(root.comp1.mef.Hx)*root.comp1.mef.Ey)*root.comp1.mef.nz))" description="Power outflow, time average"/>
        </expressions>
        <expressions key="tJix">
          <value tag="tJix"/>
        </expressions>
        <expressions key="tJiy">
          <value tag="tJiy"/>
        </expressions>
        <expressions key="tJiz">
          <value tag="tJiz"/>
        </expressions>
        <expressions key="epsilonrbnd">
          <value tag="epsilonrbnd" expression="1" description="Relative permittivity"/>
        </expressions>
        <expressions key="murbnd">
          <value tag="murbnd" expression="2" description="Relative permeability"/>
        </expressions>
        <expressions key="sigmabnd">
          <value tag="sigmabnd" expression="1250000" description="Electrical conductivity"/>
        </expressions>
        <expressions key="imp1.Esx">
          <value tag="imp1.Esx" expression="(0)*exp(i*phase)" description="Source electric field, x component"/>
        </expressions>
        <expressions key="imp1.Esy">
          <value tag="imp1.Esy" expression="(0)*exp(i*phase)" description="Source electric field, y component"/>
        </expressions>
        <expressions key="imp1.Esz">
          <value tag="imp1.Esz" expression="(0)*exp(i*phase)" description="Source electric field, z component"/>
        </expressions>
        <expressions key="Esx">
          <value tag="Esx" description="Source electric field, x component"/>
        </expressions>
        <expressions key="Esy">
          <value tag="Esy" description="Source electric field, y component"/>
        </expressions>
        <expressions key="Esz">
          <value tag="Esz" description="Source electric field, z component"/>
        </expressions>
        <expressions key="Qsrh">
          <value tag="Qsrh" expression="0.5*(realdot(root.comp1.mef.Jsx,root.comp1.mef.tEx)+realdot(root.comp1.mef.Jsy,root.comp1.mef.tEy)+realdot(root.comp1.mef.Jsz,root.comp1.mef.tEz))" description="Surface resistive losses"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr10">
      <value tag="iexpr10" derivedFrom="//@physics/@physints[key='mef']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 10" entityComments="" entityAuthor="" entityCreationTime="1467124159720">
        <tags tag="Analysis" values="1,'std1/freq'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1467124159720" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="2,1" dim="3" hDim="3"/>
        <expressions key="A_fld_act">
          <value tag="A_fld_act" expression="1" description="Magnetic vector potential"/>
        </expressions>
        <expressions key="V_fld_act">
          <value tag="V_fld_act" expression="1" description="Electric potential"/>
        </expressions>
        <expressions key="d">
          <value tag="d" expression="1" description="Contribution"/>
        </expressions>
        <expressions key="sigmaxx">
          <value tag="sigmaxx" expression="1250000" description="Electrical conductivity, xx component"/>
        </expressions>
        <expressions key="sigmayx">
          <value tag="sigmayx" description="Electrical conductivity, yx component"/>
        </expressions>
        <expressions key="sigmazx">
          <value tag="sigmazx" description="Electrical conductivity, zx component"/>
        </expressions>
        <expressions key="sigmaxy">
          <value tag="sigmaxy" description="Electrical conductivity, xy component"/>
        </expressions>
        <expressions key="sigmayy">
          <value tag="sigmayy" expression="1250000" description="Electrical conductivity, yy component"/>
        </expressions>
        <expressions key="sigmazy">
          <value tag="sigmazy" description="Electrical conductivity, zy component"/>
        </expressions>
        <expressions key="sigmaxz">
          <value tag="sigmaxz" description="Electrical conductivity, xz component"/>
        </expressions>
        <expressions key="sigmayz">
          <value tag="sigmayz" description="Electrical conductivity, yz component"/>
        </expressions>
        <expressions key="sigmazz">
          <value tag="sigmazz" expression="1250000" description="Electrical conductivity, zz component"/>
        </expressions>
        <expressions key="epsilonrxx">
          <value tag="epsilonrxx" expression="1" description="Relative permittivity, xx component"/>
        </expressions>
        <expressions key="epsilonryx">
          <value tag="epsilonryx" description="Relative permittivity, yx component"/>
        </expressions>
        <expressions key="epsilonrzx">
          <value tag="epsilonrzx" description="Relative permittivity, zx component"/>
        </expressions>
        <expressions key="epsilonrxy">
          <value tag="epsilonrxy" description="Relative permittivity, xy component"/>
        </expressions>
        <expressions key="epsilonryy">
          <value tag="epsilonryy" expression="1" description="Relative permittivity, yy component"/>
        </expressions>
        <expressions key="epsilonrzy">
          <value tag="epsilonrzy" description="Relative permittivity, zy component"/>
        </expressions>
        <expressions key="epsilonrxz">
          <value tag="epsilonrxz" description="Relative permittivity, xz component"/>
        </expressions>
        <expressions key="epsilonryz">
          <value tag="epsilonryz" description="Relative permittivity, yz component"/>
        </expressions>
        <expressions key="epsilonrzz">
          <value tag="epsilonrzz" expression="1" description="Relative permittivity, zz component"/>
        </expressions>
        <expressions key="murxx">
          <value tag="murxx" expression="2" description="Relative permeability, xx component"/>
        </expressions>
        <expressions key="muryx">
          <value tag="muryx" description="Relative permeability, yx component"/>
        </expressions>
        <expressions key="murzx">
          <value tag="murzx" description="Relative permeability, zx component"/>
        </expressions>
        <expressions key="murxy">
          <value tag="murxy" description="Relative permeability, xy component"/>
        </expressions>
        <expressions key="muryy">
          <value tag="muryy" expression="2" description="Relative permeability, yy component"/>
        </expressions>
        <expressions key="murzy">
          <value tag="murzy" description="Relative permeability, zy component"/>
        </expressions>
        <expressions key="murxz">
          <value tag="murxz" description="Relative permeability, xz component"/>
        </expressions>
        <expressions key="muryz">
          <value tag="muryz" description="Relative permeability, yz component"/>
        </expressions>
        <expressions key="murzz">
          <value tag="murzz" expression="2" description="Relative permeability, zz component"/>
        </expressions>
        <expressions key="Dx">
          <value tag="Dx" expression="root.epsilon0_const*root.comp1.mef.Ixx*root.comp1.mef.Ex+root.comp1.mef.Px" description="Electric displacement field, x component"/>
        </expressions>
        <expressions key="Dy">
          <value tag="Dy" expression="root.epsilon0_const*root.comp1.mef.Iyy*root.comp1.mef.Ey+root.comp1.mef.Py" description="Electric displacement field, y component"/>
        </expressions>
        <expressions key="Dz">
          <value tag="Dz" expression="root.epsilon0_const*root.comp1.mef.Izz*root.comp1.mef.Ez+root.comp1.mef.Pz" description="Electric displacement field, z component"/>
        </expressions>
        <expressions key="Px">
          <value tag="Px" expression="root.epsilon0_const*root.comp1.mef.chixx*root.comp1.mef.Ex" description="Polarization, x component"/>
        </expressions>
        <expressions key="Py">
          <value tag="Py" expression="root.epsilon0_const*root.comp1.mef.chiyy*root.comp1.mef.Ey" description="Polarization, y component"/>
        </expressions>
        <expressions key="Pz">
          <value tag="Pz" expression="root.epsilon0_const*root.comp1.mef.chizz*root.comp1.mef.Ez" description="Polarization, z component"/>
        </expressions>
        <expressions key="normD">
          <value tag="normD" expression="sqrt(realdot(root.comp1.mef.Dx,root.comp1.mef.Dx)+realdot(root.comp1.mef.Dy,root.comp1.mef.Dy)+realdot(root.comp1.mef.Dz,root.comp1.mef.Dz))" description="Electric displacement field norm"/>
        </expressions>
        <expressions key="normP">
          <value tag="normP" expression="sqrt(realdot(root.comp1.mef.Px,root.comp1.mef.Px)+realdot(root.comp1.mef.Py,root.comp1.mef.Py)+realdot(root.comp1.mef.Pz,root.comp1.mef.Pz))" description="Polarization norm"/>
        </expressions>
        <expressions key="chixx">
          <value tag="chixx" expression="-1+root.comp1.mef.epsilonrxx" description="Electric susceptibility, xx component"/>
        </expressions>
        <expressions key="chiyx">
          <value tag="chiyx" description="Electric susceptibility, yx component"/>
        </expressions>
        <expressions key="chizx">
          <value tag="chizx" description="Electric susceptibility, zx component"/>
        </expressions>
        <expressions key="chixy">
          <value tag="chixy" description="Electric susceptibility, xy component"/>
        </expressions>
        <expressions key="chiyy">
          <value tag="chiyy" expression="-1+root.comp1.mef.epsilonryy" description="Electric susceptibility, yy component"/>
        </expressions>
        <expressions key="chizy">
          <value tag="chizy" description="Electric susceptibility, zy component"/>
        </expressions>
        <expressions key="chixz">
          <value tag="chixz" description="Electric susceptibility, xz component"/>
        </expressions>
        <expressions key="chiyz">
          <value tag="chiyz" description="Electric susceptibility, yz component"/>
        </expressions>
        <expressions key="chizz">
          <value tag="chizz" expression="-1+root.comp1.mef.epsilonrzz" description="Electric susceptibility, zz component"/>
        </expressions>
        <expressions key="Ixx">
          <value tag="Ixx" expression="1" description="Spatial identity matrix, xx component"/>
        </expressions>
        <expressions key="Iyx">
          <value tag="Iyx" description="Spatial identity matrix, yx component"/>
        </expressions>
        <expressions key="Izx">
          <value tag="Izx" description="Spatial identity matrix, zx component"/>
        </expressions>
        <expressions key="Ixy">
          <value tag="Ixy" description="Spatial identity matrix, xy component"/>
        </expressions>
        <expressions key="Iyy">
          <value tag="Iyy" expression="1" description="Spatial identity matrix, yy component"/>
        </expressions>
        <expressions key="Izy">
          <value tag="Izy" description="Spatial identity matrix, zy component"/>
        </expressions>
        <expressions key="Ixz">
          <value tag="Ixz" description="Spatial identity matrix, xz component"/>
        </expressions>
        <expressions key="Iyz">
          <value tag="Iyz" description="Spatial identity matrix, yz component"/>
        </expressions>
        <expressions key="Izz">
          <value tag="Izz" expression="1" description="Spatial identity matrix, zz component"/>
        </expressions>
        <expressions key="Hx">
          <value tag="Hx" expression="root.comp1.mef.murinvxx*root.comp1.mef.Bx/root.mu0_const" description="Magnetic field, x component"/>
        </expressions>
        <expressions key="Hy">
          <value tag="Hy" expression="root.comp1.mef.murinvyy*root.comp1.mef.By/root.mu0_const" description="Magnetic field, y component"/>
        </expressions>
        <expressions key="Hz">
          <value tag="Hz" expression="root.comp1.mef.murinvzz*root.comp1.mef.Bz/root.mu0_const" description="Magnetic field, z component"/>
        </expressions>
        <expressions key="normH">
          <value tag="normH" expression="sqrt(realdot(root.comp1.mef.Hx,root.comp1.mef.Hx)+realdot(root.comp1.mef.Hy,root.comp1.mef.Hy)+realdot(root.comp1.mef.Hz,root.comp1.mef.Hz))" description="Magnetic field norm"/>
        </expressions>
        <expressions key="Mx">
          <value tag="Mx" expression="root.comp1.mef.Bx/root.mu0_const-root.comp1.mef.Ixx*root.comp1.mef.Hx" description="Magnetization, x component"/>
        </expressions>
        <expressions key="My">
          <value tag="My" expression="root.comp1.mef.By/root.mu0_const-root.comp1.mef.Iyy*root.comp1.mef.Hy" description="Magnetization, y component"/>
        </expressions>
        <expressions key="Mz">
          <value tag="Mz" expression="root.comp1.mef.Bz/root.mu0_const-root.comp1.mef.Izz*root.comp1.mef.Hz" description="Magnetization, z component"/>
        </expressions>
        <expressions key="normM">
          <value tag="normM" expression="sqrt(realdot(root.comp1.mef.Mx,root.comp1.mef.Mx)+realdot(root.comp1.mef.My,root.comp1.mef.My)+realdot(root.comp1.mef.Mz,root.comp1.mef.Mz))" description="Magnetization norm"/>
        </expressions>
        <expressions key="Brx">
          <value tag="Brx" description="Remanent flux density, x component"/>
        </expressions>
        <expressions key="Bry">
          <value tag="Bry" description="Remanent flux density, y component"/>
        </expressions>
        <expressions key="Brz">
          <value tag="Brz" description="Remanent flux density, z component"/>
        </expressions>
        <expressions key="murinvxx">
          <value tag="murinvxx" expression="1/(root.comp1.mef.Ixx+root.comp1.mef.chimxx)" description="Inverse of relative permeability, xx component"/>
        </expressions>
        <expressions key="murinvyx">
          <value tag="murinvyx" description="Inverse of relative permeability, yx component"/>
        </expressions>
        <expressions key="murinvzx">
          <value tag="murinvzx" description="Inverse of relative permeability, zx component"/>
        </expressions>
        <expressions key="murinvxy">
          <value tag="murinvxy" description="Inverse of relative permeability, xy component"/>
        </expressions>
        <expressions key="murinvyy">
          <value tag="murinvyy" expression="1/(root.comp1.mef.Iyy+root.comp1.mef.chimyy)" description="Inverse of relative permeability, yy component"/>
        </expressions>
        <expressions key="murinvzy">
          <value tag="murinvzy" description="Inverse of relative permeability, zy component"/>
        </expressions>
        <expressions key="murinvxz">
          <value tag="murinvxz" description="Inverse of relative permeability, xz component"/>
        </expressions>
        <expressions key="murinvyz">
          <value tag="murinvyz" description="Inverse of relative permeability, yz component"/>
        </expressions>
        <expressions key="murinvzz">
          <value tag="murinvzz" expression="1/(root.comp1.mef.Izz+root.comp1.mef.chimzz)" description="Inverse of relative permeability, zz component"/>
        </expressions>
        <expressions key="chimxx">
          <value tag="chimxx" expression="-1+root.comp1.mef.murxx" description="Magnetic susceptibility, xx component"/>
        </expressions>
        <expressions key="chimyx">
          <value tag="chimyx" description="Magnetic susceptibility, yx component"/>
        </expressions>
        <expressions key="chimzx">
          <value tag="chimzx" description="Magnetic susceptibility, zx component"/>
        </expressions>
        <expressions key="chimxy">
          <value tag="chimxy" description="Magnetic susceptibility, xy component"/>
        </expressions>
        <expressions key="chimyy">
          <value tag="chimyy" expression="-1+root.comp1.mef.muryy" description="Magnetic susceptibility, yy component"/>
        </expressions>
        <expressions key="chimzy">
          <value tag="chimzy" description="Magnetic susceptibility, zy component"/>
        </expressions>
        <expressions key="chimxz">
          <value tag="chimxz" description="Magnetic susceptibility, xz component"/>
        </expressions>
        <expressions key="chimyz">
          <value tag="chimyz" description="Magnetic susceptibility, yz component"/>
        </expressions>
        <expressions key="chimzz">
          <value tag="chimzz" expression="-1+root.comp1.mef.murzz" description="Magnetic susceptibility, zz component"/>
        </expressions>
        <expressions key="Ax">
          <value tag="Ax" expression="root.comp1.Ax" description="Magnetic vector potential, x component"/>
        </expressions>
        <expressions key="Ay">
          <value tag="Ay" expression="root.comp1.Ay" description="Magnetic vector potential, y component"/>
        </expressions>
        <expressions key="Az">
          <value tag="Az" expression="root.comp1.Az" description="Magnetic vector potential, z component"/>
        </expressions>
        <expressions key="Bx">
          <value tag="Bx" expression="root.comp1.curlAx" description="Magnetic flux density, x component"/>
        </expressions>
        <expressions key="By">
          <value tag="By" expression="root.comp1.curlAy" description="Magnetic flux density, y component"/>
        </expressions>
        <expressions key="Bz">
          <value tag="Bz" expression="root.comp1.curlAz" description="Magnetic flux density, z component"/>
        </expressions>
        <expressions key="normB">
          <value tag="normB" expression="sqrt(realdot(root.comp1.mef.Bx,root.comp1.mef.Bx)+realdot(root.comp1.mef.By,root.comp1.mef.By)+realdot(root.comp1.mef.Bz,root.comp1.mef.Bz))" description="Magnetic flux density norm"/>
        </expressions>
        <expressions key="normE">
          <value tag="normE" expression="sqrt(realdot(root.comp1.mef.Ex,root.comp1.mef.Ex)+realdot(root.comp1.mef.Ey,root.comp1.mef.Ey)+realdot(root.comp1.mef.Ez,root.comp1.mef.Ez))" description="Electric field norm"/>
        </expressions>
        <expressions key="Ex">
          <value tag="Ex" expression="-root.comp1.Vx-root.comp1.mef.iomega*root.comp1.mef.Ax" description="Electric field, x component"/>
        </expressions>
        <expressions key="Ey">
          <value tag="Ey" expression="-root.comp1.Vy-root.comp1.mef.iomega*root.comp1.mef.Ay" description="Electric field, y component"/>
        </expressions>
        <expressions key="Ez">
          <value tag="Ez" expression="-root.comp1.Vz-root.comp1.mef.iomega*root.comp1.mef.Az" description="Electric field, z component"/>
        </expressions>
        <expressions key="Jx">
          <value tag="Jx" expression="root.comp1.mef.Jix+root.comp1.mef.Jdx" description="Current density, x component"/>
        </expressions>
        <expressions key="Jy">
          <value tag="Jy" expression="root.comp1.mef.Jiy+root.comp1.mef.Jdy" description="Current density, y component"/>
        </expressions>
        <expressions key="Jz">
          <value tag="Jz" expression="root.comp1.mef.Jiz+root.comp1.mef.Jdz" description="Current density, z component"/>
        </expressions>
        <expressions key="Jix">
          <value tag="Jix" expression="root.comp1.mef.sigmaxx*root.comp1.mef.Ex" description="Induced current density, x component"/>
        </expressions>
        <expressions key="Jiy">
          <value tag="Jiy" expression="root.comp1.mef.sigmayy*root.comp1.mef.Ey" description="Induced current density, y component"/>
        </expressions>
        <expressions key="Jiz">
          <value tag="Jiz" expression="root.comp1.mef.sigmazz*root.comp1.mef.Ez" description="Induced current density, z component"/>
        </expressions>
        <expressions key="Jilx">
          <value tag="Jilx" description="Induced current density, x component"/>
        </expressions>
        <expressions key="Jily">
          <value tag="Jily" description="Induced current density, y component"/>
        </expressions>
        <expressions key="Jilz">
          <value tag="Jilz" description="Induced current density, z component"/>
        </expressions>
        <expressions key="Jdx">
          <value tag="Jdx" expression="root.comp1.mef.iomega*root.comp1.mef.Dx" description="Displacement current density, x component"/>
        </expressions>
        <expressions key="Jdy">
          <value tag="Jdy" expression="root.comp1.mef.iomega*root.comp1.mef.Dy" description="Displacement current density, y component"/>
        </expressions>
        <expressions key="Jdz">
          <value tag="Jdz" expression="root.comp1.mef.iomega*root.comp1.mef.Dz" description="Displacement current density, z component"/>
        </expressions>
        <expressions key="normJ">
          <value tag="normJ" expression="sqrt(realdot(root.comp1.mef.Jx,root.comp1.mef.Jx)+realdot(root.comp1.mef.Jy,root.comp1.mef.Jy)+realdot(root.comp1.mef.Jz,root.comp1.mef.Jz))" description="Current density norm"/>
        </expressions>
        <expressions key="Jex">
          <value tag="Jex" description="External current density, x component"/>
        </expressions>
        <expressions key="Jey">
          <value tag="Jey" description="External current density, y component"/>
        </expressions>
        <expressions key="Jez">
          <value tag="Jez" description="External current density, z component"/>
        </expressions>
        <expressions key="alc1.T">
          <value tag="alc1.T" expression="273.15[K]" description="Temperature"/>
        </expressions>
        <expressions key="Qh">
          <value tag="Qh" expression="root.comp1.mef.Qrh+root.comp1.mef.Qml" description="Electromagnetic heating"/>
        </expressions>
        <expressions key="curlAx">
          <value tag="curlAx" expression="root.comp1.curlAx" description="Curl of magnetic vector potential, x component"/>
        </expressions>
        <expressions key="curlAy">
          <value tag="curlAy" expression="root.comp1.curlAy" description="Curl of magnetic vector potential, y component"/>
        </expressions>
        <expressions key="curlAz">
          <value tag="curlAz" expression="root.comp1.curlAz" description="Curl of magnetic vector potential, z component"/>
        </expressions>
        <expressions key="testcurlAx">
          <value tag="testcurlAx" expression="root.test(root.comp1.curlAx)" description="Curl of magnetic vector potential, x component"/>
        </expressions>
        <expressions key="testcurlAy">
          <value tag="testcurlAy" expression="root.test(root.comp1.curlAy)" description="Curl of magnetic vector potential, y component"/>
        </expressions>
        <expressions key="testcurlAz">
          <value tag="testcurlAz" expression="root.test(root.comp1.curlAz)" description="Curl of magnetic vector potential, z component"/>
        </expressions>
        <expressions key="Adepx">
          <value tag="Adepx" expression="root.comp1.Ax" description="Magnetic vector potential, x component"/>
        </expressions>
        <expressions key="Adepy">
          <value tag="Adepy" expression="root.comp1.Ay" description="Magnetic vector potential, y component"/>
        </expressions>
        <expressions key="Adepz">
          <value tag="Adepz" expression="root.comp1.Az" description="Magnetic vector potential, z component"/>
        </expressions>
        <expressions key="Wav">
          <value tag="Wav" expression="root.comp1.mef.Weav+root.comp1.mef.Wmav" description="Energy density time average"/>
        </expressions>
        <expressions key="dWe">
          <value tag="dWe" expression="root.comp1.mef.Weav*!root.comp1.isPML" description="Integrand for total electric energy"/>
        </expressions>
        <expressions key="Weav">
          <value tag="Weav" expression="0.25*root.epsilon0_const*(realdot(root.comp1.mef.epsilonrxx*root.comp1.mef.Ex,root.comp1.mef.Ex)+realdot(root.comp1.mef.epsilonryy*root.comp1.mef.Ey,root.comp1.mef.Ey)+realdot(root.comp1.mef.epsilonrzz*root.comp1.mef.Ez,root.comp1.mef.Ez))" description="Electric energy density time average"/>
        </expressions>
        <expressions key="dWm">
          <value tag="dWm" expression="root.comp1.mef.Wmav" description="Integrand for total magnetic energy"/>
        </expressions>
        <expressions key="Wmav">
          <value tag="Wmav" expression="0.25*root.mu0_const*(realdot(root.comp1.mef.murxx*root.comp1.mef.Hx,root.comp1.mef.Hx)+realdot(root.comp1.mef.muryy*root.comp1.mef.Hy,root.comp1.mef.Hy)+realdot(root.comp1.mef.murzz*root.comp1.mef.Hz,root.comp1.mef.Hz))" description="Magnetic energy density time average"/>
        </expressions>
        <expressions key="Qrh">
          <value tag="Qrh" expression="0.5*(realdot(root.comp1.mef.Jx,root.comp1.mef.Ex)+realdot(root.comp1.mef.Jy,root.comp1.mef.Ey)+realdot(root.comp1.mef.Jz,root.comp1.mef.Ez))" description="Resistive losses"/>
        </expressions>
        <expressions key="Qml">
          <value tag="Qml" expression="0.5*(realdot(root.comp1.mef.iomega*root.comp1.mef.Bx,root.comp1.mef.Hx)+realdot(root.comp1.mef.iomega*root.comp1.mef.By,root.comp1.mef.Hy)+realdot(root.comp1.mef.iomega*root.comp1.mef.Bz,root.comp1.mef.Hz))" description="Magnetic losses"/>
        </expressions>
        <expressions key="FLtzx">
          <value tag="FLtzx" expression="real(root.comp1.mef.Bz)*real(root.comp1.mef.Jy)-real(root.comp1.mef.By)*real(root.comp1.mef.Jz)" description="Lorentz force contribution, x component"/>
        </expressions>
        <expressions key="FLtzy">
          <value tag="FLtzy" expression="-real(root.comp1.mef.Bz)*real(root.comp1.mef.Jx)+real(root.comp1.mef.Bx)*real(root.comp1.mef.Jz)" description="Lorentz force contribution, y component"/>
        </expressions>
        <expressions key="FLtzz">
          <value tag="FLtzz" expression="real(root.comp1.mef.By)*real(root.comp1.mef.Jx)-real(root.comp1.mef.Bx)*real(root.comp1.mef.Jy)" description="Lorentz force contribution, z component"/>
        </expressions>
        <expressions key="FLtzavx">
          <value tag="FLtzavx" expression="0.5*real(conj(root.comp1.mef.Bz)*root.comp1.mef.Jy-conj(root.comp1.mef.By)*root.comp1.mef.Jz)" description="Lorentz force contribution, time average, x component"/>
        </expressions>
        <expressions key="FLtzavy">
          <value tag="FLtzavy" expression="0.5*real(-conj(root.comp1.mef.Bz)*root.comp1.mef.Jx+conj(root.comp1.mef.Bx)*root.comp1.mef.Jz)" description="Lorentz force contribution, time average, y component"/>
        </expressions>
        <expressions key="FLtzavz">
          <value tag="FLtzavz" expression="0.5*real(conj(root.comp1.mef.By)*root.comp1.mef.Jx-conj(root.comp1.mef.Bx)*root.comp1.mef.Jy)" description="Lorentz force contribution, time average, z component"/>
        </expressions>
        <expressions key="deltaS">
          <value tag="deltaS" expression="try_catch(1/real(sqrt(root.comp1.mef.iomega*root.mu0_const*(root.comp1.mef.murxx+root.comp1.mef.muryy+root.comp1.mef.murzz)*(root.comp1.mef.sigmaxx+root.comp1.mef.sigmayy+root.comp1.mef.sigmazz+root.comp1.mef.iomega*root.epsilon0_const*(root.comp1.mef.epsilonrxx+root.comp1.mef.epsilonryy+root.comp1.mef.epsilonrzz))/9)),0)" description="Skin depth"/>
        </expressions>
        <expressions key="Poavx">
          <value tag="Poavx" expression="0.5*real(conj(root.comp1.mef.Hz)*root.comp1.mef.Ey-conj(root.comp1.mef.Hy)*root.comp1.mef.Ez)" description="Power flow, time average, x component"/>
        </expressions>
        <expressions key="Poavy">
          <value tag="Poavy" expression="0.5*real(-conj(root.comp1.mef.Hz)*root.comp1.mef.Ex+conj(root.comp1.mef.Hx)*root.comp1.mef.Ez)" description="Power flow, time average, y component"/>
        </expressions>
        <expressions key="Poavz">
          <value tag="Poavz" expression="0.5*real(conj(root.comp1.mef.Hy)*root.comp1.mef.Ex-conj(root.comp1.mef.Hx)*root.comp1.mef.Ey)" description="Power flow, time average, z component"/>
        </expressions>
        <expressions key="alc1.minput_temperature">
          <value tag="alc1.minput_temperature" expression="293.15[K]" description="Temperature"/>
        </expressions>
        <expressions key="alc1.minput_pressure">
          <value tag="alc1.minput_pressure" expression="1[atm]" description="Absolute pressure"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr11">
      <value tag="iexpr11" derivedFrom="//@physics/@physints[key='mef']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 11" entityComments="" entityAuthor="" entityCreationTime="1467124159720">
        <tags tag="Analysis" values="1,'std1/freq'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1467124159720" selType="global"/>
        <expressions key="intWm">
          <value tag="intWm" expression="root.comp1.mef.int_Wm(root.comp1.mef.d*root.comp1.mef.dWm)" description="Total magnetic energy"/>
        </expressions>
        <expressions key="intWe">
          <value tag="intWe" expression="root.comp1.mef.int_We(root.comp1.mef.d*root.comp1.mef.dWe)" description="Total electric energy"/>
        </expressions>
        <expressions key="omega">
          <value tag="omega" expression="2*root.pi*root.comp1.mef.freq" description="Angular frequency"/>
        </expressions>
        <expressions key="freq">
          <value tag="freq" expression="root.freq" description="Frequency"/>
        </expressions>
        <expressions key="iomega">
          <value tag="iomega" expression="root.comp1.mef.omega*root.i" description="Complex angular frequency"/>
        </expressions>
        <expressions key="zref">
          <value tag="zref" expression="50[ohm]" description="Reference impedance"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr12">
      <value tag="iexpr12" derivedFrom="//@coordsys/@features[key='sys1']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 12" entityComments="" entityAuthor="" entityCreationTime="1467124159752">
        <tags tag="Analysis" values="1,'std1/freq'"/>
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1467124159752" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="9,1,2,3,4,5,6,7,8" dim="2" hDim="2"/>
        <expressions key="Tdef11">
          <value tag="Tdef11" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,-root.nz*root.nx/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),(1-(root.nx+root.ny)*root.nx)/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tdef21">
          <value tag="Tdef21" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,root.ny/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),-root.nz/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tdef31">
          <value tag="Tdef31" expression="root.nx" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tdef12">
          <value tag="Tdef12" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,-root.nz*root.ny/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),(1-(root.nx+root.ny)*root.ny)/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tdef22">
          <value tag="Tdef22" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,-root.nx/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),root.nz/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tdef32">
          <value tag="Tdef32" expression="root.ny" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tdef13">
          <value tag="Tdef13" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,(1-root.nz^2)/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),-(root.nx+root.ny)*root.nz/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tdef23">
          <value tag="Tdef23" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,0,((1-(root.nx+root.ny)*root.ny)*root.nx-(1-(root.nx+root.ny)*root.nx)*root.ny)/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tdef33">
          <value tag="Tdef33" expression="root.nz" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTdef11">
          <value tag="invTdef11" expression="root.comp1.sys1.Tdef11" description="Coordinate transform from system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTdef21">
          <value tag="invTdef21" expression="root.comp1.sys1.Tdef12" description="Coordinate transform from system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTdef31">
          <value tag="invTdef31" expression="root.comp1.sys1.Tdef13" description="Coordinate transform from system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTdef12">
          <value tag="invTdef12" expression="root.comp1.sys1.Tdef21" description="Coordinate transform from system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTdef22">
          <value tag="invTdef22" expression="root.comp1.sys1.Tdef22" description="Coordinate transform from system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTdef32">
          <value tag="invTdef32" expression="root.comp1.sys1.Tdef23" description="Coordinate transform from system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTdef13">
          <value tag="invTdef13" expression="root.comp1.sys1.Tdef31" description="Coordinate transform from system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTdef23">
          <value tag="invTdef23" expression="root.comp1.sys1.Tdef32" description="Coordinate transform from system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTdef33">
          <value tag="invTdef33" expression="root.comp1.sys1.Tdef33" description="Coordinate transform from system (sys1), 33 component"/>
        </expressions>
        <expressions key="Tref11">
          <value tag="Tref11" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,-root.nz*root.nx/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),(1-(root.nx+root.ny)*root.nx)/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tref21">
          <value tag="Tref21" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,root.ny/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),-root.nz/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tref31">
          <value tag="Tref31" expression="root.nx" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tref12">
          <value tag="Tref12" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,-root.nz*root.ny/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),(1-(root.nx+root.ny)*root.ny)/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tref22">
          <value tag="Tref22" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,-root.nx/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),root.nz/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tref32">
          <value tag="Tref32" expression="root.ny" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tref13">
          <value tag="Tref13" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,(1-root.nz^2)/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),-(root.nx+root.ny)*root.nz/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tref23">
          <value tag="Tref23" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,0,((1-(root.nx+root.ny)*root.ny)*root.nx-(1-(root.nx+root.ny)*root.nx)*root.ny)/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tref33">
          <value tag="Tref33" expression="root.nz" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTref11">
          <value tag="invTref11" expression="root.comp1.sys1.Tref11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTref21">
          <value tag="invTref21" expression="root.comp1.sys1.Tref12" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTref31">
          <value tag="invTref31" expression="root.comp1.sys1.Tref13" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTref12">
          <value tag="invTref12" expression="root.comp1.sys1.Tref21" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTref22">
          <value tag="invTref22" expression="root.comp1.sys1.Tref22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTref32">
          <value tag="invTref32" expression="root.comp1.sys1.Tref23" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTref13">
          <value tag="invTref13" expression="root.comp1.sys1.Tref31" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTref23">
          <value tag="invTref23" expression="root.comp1.sys1.Tref32" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTref33">
          <value tag="invTref33" expression="root.comp1.sys1.Tref33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="Tgeom11">
          <value tag="Tgeom11" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,-root.nz*root.nx/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),(1-(root.nx+root.ny)*root.nx)/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="Tgeom21">
          <value tag="Tgeom21" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,root.ny/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),-root.nz/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="Tgeom31">
          <value tag="Tgeom31" expression="root.nx" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="Tgeom12">
          <value tag="Tgeom12" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,-root.nz*root.ny/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),(1-(root.nx+root.ny)*root.ny)/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="Tgeom22">
          <value tag="Tgeom22" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,-root.nx/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),root.nz/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="Tgeom32">
          <value tag="Tgeom32" expression="root.ny" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="Tgeom13">
          <value tag="Tgeom13" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,(1-root.nz^2)/sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2+root.eps),-(root.nx+root.ny)*root.nz/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="Tgeom23">
          <value tag="Tgeom23" expression="if(sqrt((root.nz*root.nx)^2+(root.nz*root.ny)^2+(1-root.nz^2)^2)>1.0E-10,0,((1-(root.nx+root.ny)*root.ny)*root.nx-(1-(root.nx+root.ny)*root.nx)*root.ny)/sqrt((1-(root.nx+root.ny)*root.nx)^2+(1-(root.nx+root.ny)*root.ny)^2+((root.nx+root.ny)*root.nz)^2+root.eps))" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="Tgeom33">
          <value tag="Tgeom33" expression="root.nz" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invTgeom11">
          <value tag="invTgeom11" expression="root.comp1.sys1.Tgeom11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="invTgeom21">
          <value tag="invTgeom21" expression="root.comp1.sys1.Tgeom12" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="invTgeom31">
          <value tag="invTgeom31" expression="root.comp1.sys1.Tgeom13" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="invTgeom12">
          <value tag="invTgeom12" expression="root.comp1.sys1.Tgeom21" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="invTgeom22">
          <value tag="invTgeom22" expression="root.comp1.sys1.Tgeom22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="invTgeom32">
          <value tag="invTgeom32" expression="root.comp1.sys1.Tgeom23" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="invTgeom13">
          <value tag="invTgeom13" expression="root.comp1.sys1.Tgeom31" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="invTgeom23">
          <value tag="invTgeom23" expression="root.comp1.sys1.Tgeom32" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="invTgeom33">
          <value tag="invTgeom33" expression="root.comp1.sys1.Tgeom33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="T11">
          <value tag="T11" expression="root.comp1.sys1.Tdef11" description="Coordinate transform to system (sys1), 11 component"/>
        </expressions>
        <expressions key="T21">
          <value tag="T21" expression="root.comp1.sys1.Tdef21" description="Coordinate transform to system (sys1), 21 component"/>
        </expressions>
        <expressions key="T31">
          <value tag="T31" expression="root.comp1.sys1.Tdef31" description="Coordinate transform to system (sys1), 31 component"/>
        </expressions>
        <expressions key="T12">
          <value tag="T12" expression="root.comp1.sys1.Tdef12" description="Coordinate transform to system (sys1), 12 component"/>
        </expressions>
        <expressions key="T22">
          <value tag="T22" expression="root.comp1.sys1.Tdef22" description="Coordinate transform to system (sys1), 22 component"/>
        </expressions>
        <expressions key="T32">
          <value tag="T32" expression="root.comp1.sys1.Tdef32" description="Coordinate transform to system (sys1), 32 component"/>
        </expressions>
        <expressions key="T13">
          <value tag="T13" expression="root.comp1.sys1.Tdef13" description="Coordinate transform to system (sys1), 13 component"/>
        </expressions>
        <expressions key="T23">
          <value tag="T23" expression="root.comp1.sys1.Tdef23" description="Coordinate transform to system (sys1), 23 component"/>
        </expressions>
        <expressions key="T33">
          <value tag="T33" expression="root.comp1.sys1.Tdef33" description="Coordinate transform to system (sys1), 33 component"/>
        </expressions>
        <expressions key="invT11">
          <value tag="invT11" expression="root.comp1.sys1.Tdef11" description="Coordinate transform from system (sys1), 11 component"/>
        </expressions>
        <expressions key="invT21">
          <value tag="invT21" expression="root.comp1.sys1.Tdef12" description="Coordinate transform from system (sys1), 21 component"/>
        </expressions>
        <expressions key="invT31">
          <value tag="invT31" expression="root.comp1.sys1.Tdef13" description="Coordinate transform from system (sys1), 31 component"/>
        </expressions>
        <expressions key="invT12">
          <value tag="invT12" expression="root.comp1.sys1.Tdef21" description="Coordinate transform from system (sys1), 12 component"/>
        </expressions>
        <expressions key="invT22">
          <value tag="invT22" expression="root.comp1.sys1.Tdef22" description="Coordinate transform from system (sys1), 22 component"/>
        </expressions>
        <expressions key="invT32">
          <value tag="invT32" expression="root.comp1.sys1.Tdef23" description="Coordinate transform from system (sys1), 32 component"/>
        </expressions>
        <expressions key="invT13">
          <value tag="invT13" expression="root.comp1.sys1.Tdef31" description="Coordinate transform from system (sys1), 13 component"/>
        </expressions>
        <expressions key="invT23">
          <value tag="invT23" expression="root.comp1.sys1.Tdef32" description="Coordinate transform from system (sys1), 23 component"/>
        </expressions>
        <expressions key="invT33">
          <value tag="invT33" expression="root.comp1.sys1.Tdef33" description="Coordinate transform from system (sys1), 33 component"/>
        </expressions>
        <expressions key="e_t11">
          <value tag="e_t11" expression="root.comp1.sys1.Tdef11" description="Base vector (sys1) t1, x component"/>
        </expressions>
        <expressions key="e_t12">
          <value tag="e_t12" expression="root.comp1.sys1.Tdef12" description="Base vector (sys1) t1, y component"/>
        </expressions>
        <expressions key="e_t13">
          <value tag="e_t13" expression="root.comp1.sys1.Tdef13" description="Base vector (sys1) t1, z component"/>
        </expressions>
        <expressions key="e_t21">
          <value tag="e_t21" expression="root.comp1.sys1.Tdef21" description="Base vector (sys1) t2, x component"/>
        </expressions>
        <expressions key="e_t22">
          <value tag="e_t22" expression="root.comp1.sys1.Tdef22" description="Base vector (sys1) t2, y component"/>
        </expressions>
        <expressions key="e_t23">
          <value tag="e_t23" expression="root.comp1.sys1.Tdef23" description="Base vector (sys1) t2, z component"/>
        </expressions>
        <expressions key="e_n1">
          <value tag="e_n1" expression="root.comp1.sys1.Tdef31" description="Base vector (sys1) n, x component"/>
        </expressions>
        <expressions key="e_n2">
          <value tag="e_n2" expression="root.comp1.sys1.Tdef32" description="Base vector (sys1) n, y component"/>
        </expressions>
        <expressions key="e_n3">
          <value tag="e_n3" expression="root.comp1.sys1.Tdef33" description="Base vector (sys1) n, z component"/>
        </expressions>
        <expressions key="detT">
          <value tag="detT" expression="1" description="Determinant of coordinate transform to system"/>
        </expressions>
        <expressions key="detInvT">
          <value tag="detInvT" expression="1" description="Determinant of coordinate transform from system"/>
        </expressions>
        <expressions key="gSub11">
          <value tag="gSub11" expression="1" description="Covariant metric tensor, 11 component"/>
        </expressions>
        <expressions key="gSub21">
          <value tag="gSub21" description="Covariant metric tensor, 21 component"/>
        </expressions>
        <expressions key="gSub31">
          <value tag="gSub31" description="Covariant metric tensor, 31 component"/>
        </expressions>
        <expressions key="gSub12">
          <value tag="gSub12" description="Covariant metric tensor, 12 component"/>
        </expressions>
        <expressions key="gSub22">
          <value tag="gSub22" expression="1" description="Covariant metric tensor, 22 component"/>
        </expressions>
        <expressions key="gSub32">
          <value tag="gSub32" description="Covariant metric tensor, 32 component"/>
        </expressions>
        <expressions key="gSub13">
          <value tag="gSub13" description="Covariant metric tensor, 13 component"/>
        </expressions>
        <expressions key="gSub23">
          <value tag="gSub23" description="Covariant metric tensor, 23 component"/>
        </expressions>
        <expressions key="gSub33">
          <value tag="gSub33" expression="1" description="Covariant metric tensor, 33 component"/>
        </expressions>
        <expressions key="gSup11">
          <value tag="gSup11" expression="1" description="Contravariant metric tensor, 11 component"/>
        </expressions>
        <expressions key="gSup21">
          <value tag="gSup21" description="Contravariant metric tensor, 21 component"/>
        </expressions>
        <expressions key="gSup31">
          <value tag="gSup31" description="Contravariant metric tensor, 31 component"/>
        </expressions>
        <expressions key="gSup12">
          <value tag="gSup12" description="Contravariant metric tensor, 12 component"/>
        </expressions>
        <expressions key="gSup22">
          <value tag="gSup22" expression="1" description="Contravariant metric tensor, 22 component"/>
        </expressions>
        <expressions key="gSup32">
          <value tag="gSup32" description="Contravariant metric tensor, 32 component"/>
        </expressions>
        <expressions key="gSup13">
          <value tag="gSup13" description="Contravariant metric tensor, 13 component"/>
        </expressions>
        <expressions key="gSup23">
          <value tag="gSup23" description="Contravariant metric tensor, 23 component"/>
        </expressions>
        <expressions key="gSup33">
          <value tag="gSup33" expression="1" description="Contravariant metric tensor, 33 component"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr13">
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          <value tag="mur11" expression="1"/>
        </expressions>
        <expressions key="mur21">
          <value tag="mur21"/>
        </expressions>
        <expressions key="mur31">
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        <expressions key="mur12">
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        <expressions key="mur22">
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        </expressions>
        <expressions key="mur32">
          <value tag="mur32"/>
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        <expressions key="mur13">
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        </expressions>
        <expressions key="mur23">
          <value tag="mur23"/>
        </expressions>
        <expressions key="mur33">
          <value tag="mur33" expression="1"/>
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        </expressions>
        <expressions key="epsilonr21">
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        </expressions>
        <expressions key="epsilonr31">
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        </expressions>
        <expressions key="epsilonr12">
          <value tag="epsilonr12"/>
        </expressions>
        <expressions key="epsilonr22">
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        </expressions>
        <expressions key="epsilonr32">
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        </expressions>
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        </expressions>
        <expressions key="epsilonr23">
          <value tag="epsilonr23"/>
        </expressions>
        <expressions key="epsilonr33">
          <value tag="epsilonr33" expression="1"/>
        </expressions>
        <expressions key="mu">
          <value tag="mu" expression="root.comp1.mat1.def.eta(T[1/K])[Pa*s]"/>
        </expressions>
        <expressions key="gamma">
          <value tag="gamma" expression="1.4"/>
        </expressions>
        <expressions key="sigma11">
          <value tag="sigma11" expression="0[S/m]"/>
        </expressions>
        <expressions key="sigma21">
          <value tag="sigma21"/>
        </expressions>
        <expressions key="sigma31">
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        </expressions>
        <expressions key="sigma12">
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        </expressions>
        <expressions key="sigma22">
          <value tag="sigma22" expression="0[S/m]"/>
        </expressions>
        <expressions key="sigma32">
          <value tag="sigma32"/>
        </expressions>
        <expressions key="sigma13">
          <value tag="sigma13"/>
        </expressions>
        <expressions key="sigma23">
          <value tag="sigma23"/>
        </expressions>
        <expressions key="sigma33">
          <value tag="sigma33" expression="0[S/m]"/>
        </expressions>
        <expressions key="Cp">
          <value tag="Cp" expression="root.comp1.mat1.def.Cp(T[1/K])[J/(kg*K)]"/>
        </expressions>
        <expressions key="rho">
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        </expressions>
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        </expressions>
        <expressions key="k21">
          <value tag="k21"/>
        </expressions>
        <expressions key="k31">
          <value tag="k31"/>
        </expressions>
        <expressions key="k12">
          <value tag="k12"/>
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        <expressions key="k22">
          <value tag="k22" expression="root.comp1.mat1.def.k(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="k32">
          <value tag="k32"/>
        </expressions>
        <expressions key="k13">
          <value tag="k13"/>
        </expressions>
        <expressions key="k23">
          <value tag="k23"/>
        </expressions>
        <expressions key="k33">
          <value tag="k33" expression="root.comp1.mat1.def.k(T[1/K])[W/(m*K)]"/>
        </expressions>
        <expressions key="c">
          <value tag="c" expression="root.comp1.mat1.def.cs(T[1/K])[m/s]"/>
        </expressions>
      </value>
    </objects>
    <objects key="iexpr14">
      <value tag="iexpr14" derivedFrom="//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Derived Variables 14" entityComments="" entityAuthor="" entityCreationTime="1467124159767">
        <tags tag="Analysis" values="1,'std1/freq'"/>
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          <value tag="material.def.mur11" expression="1"/>
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        <expressions key="material.def.mur21">
          <value tag="material.def.mur21"/>
        </expressions>
        <expressions key="material.def.mur31">
          <value tag="material.def.mur31"/>
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          <value tag="material.def.mur12"/>
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        <expressions key="material.def.mur22">
          <value tag="material.def.mur22" expression="1"/>
        </expressions>
        <expressions key="material.def.mur32">
          <value tag="material.def.mur32"/>
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          <value tag="material.def.mur13"/>
        </expressions>
        <expressions key="material.def.mur23">
          <value tag="material.def.mur23"/>
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        <expressions key="material.def.mur33">
          <value tag="material.def.mur33" expression="1"/>
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        <expressions key="material.mur21">
          <value tag="material.mur21"/>
        </expressions>
        <expressions key="material.mur31">
          <value tag="material.mur31"/>
        </expressions>
        <expressions key="material.mur12">
          <value tag="material.mur12"/>
        </expressions>
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        </expressions>
        <expressions key="material.mur32">
          <value tag="material.mur32"/>
        </expressions>
        <expressions key="material.mur13">
          <value tag="material.mur13"/>
        </expressions>
        <expressions key="material.mur23">
          <value tag="material.mur23"/>
        </expressions>
        <expressions key="material.mur33">
          <value tag="material.mur33" expression="1"/>
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        <expressions key="material.def.epsilonr21">
          <value tag="material.def.epsilonr21"/>
        </expressions>
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          <value tag="material.def.epsilonr31"/>
        </expressions>
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          <value tag="material.def.epsilonr12"/>
        </expressions>
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          <value tag="material.def.epsilonr32"/>
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          <value tag="material.def.epsilonr13"/>
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          <value tag="material.def.epsilonr23"/>
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          <value tag="material.epsilonr21"/>
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          <value tag="material.epsilonr31"/>
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          <value tag="material.epsilonr32"/>
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          <value tag="material.epsilonr33" expression="1"/>
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        <expressions key="material.mu">
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          <value tag="material.def.sigma31"/>
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          <value tag="material.def.sigma12"/>
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          <value tag="material.def.sigma23"/>
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          <value tag="material.def.sigma33" expression="0[S/m]"/>
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          <value tag="material.sigma31"/>
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          <value tag="material.sigma22" expression="0[S/m]"/>
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          <value tag="material.sigma32"/>
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          <value tag="material.sigma13"/>
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          <value tag="material.sigma23"/>
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          <value tag="material.sigma33" expression="0[S/m]"/>
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        <expressions key="material.def.Cp">
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            <value xsi:type="com.comsol.mph.shapefunctions-v15:ShCurl" tag="shfun1" derivedFrom="//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value" entityName="Derived Shape 1" compnames="3,'comp1.Ax','comp1.Ay','comp1.Az'" dcompnames="9,'','','comp1.curlAy','comp1.curlAz','','','','comp1.curlAx',''" dofbasename="comp1.A" fieldname="comp1.A" order="2">
              <tags tag="Analysis"/>
            </value>
          </features>
          <features key="shfun2">
            <value xsi:type="com.comsol.mph.shapefunctions-v15:ShCurl" tag="shfun2" derivedFrom="//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value" entityName="Derived Shape 2" compnames="3,'comp1.Ax','comp1.Ay','comp1.Az'" dcompnames="9,'','','comp1.curlAy','comp1.curlAz','','','','comp1.curlAx',''" dofbasename="comp1.A" fieldname="comp1.A" order="1">
              <tags tag="Analysis" values="1,'std1/freq/mgl1'"/>
            </value>
          </features>
        </feature>
        <slits xsi:type="com.comsol.mph-v15:XDLocalSelection" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" domains="2" inherit="true" dim="3" hDim="3"/>
      </value>
    </shapes>
    <shapes key="shape3">
      <value tag="shape3" derivedFrom="//@physics/@physints[key='mef']/@value/@feature/@features[key='mi1']/@value" entityName="Derived Shape 3" frame="//@frame/@frames[key='material1']/@value">
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1467124159798"/>
        <feature model="/">
          <features key="shfun1">
            <value xsi:type="com.comsol.mph.shapefunctions-v15:ShLag" tag="shfun1" derivedFrom="//@physics/@physints[key='mef']/@value/@feature/@features[key='mi1']/@value" entityName="Derived Shape 1" basename="comp1.mef.psi" order="2"/>
          </features>
          <features key="shfun2">
            <value xsi:type="com.comsol.mph.shapefunctions-v15:ShLag" tag="shfun2" derivedFrom="//@physics/@physints[key='mef']/@value/@feature/@features[key='mi1']/@value" entityName="Derived Shape 2" basename="comp1.mef.psi" order="1">
              <tags tag="Analysis" values="1,'std1/freq/mgl1'"/>
            </value>
          </features>
        </feature>
      </value>
    </shapes>
  </shape>
  <material entityName="Materials" entityComments="" entityAuthor="" entityCreationTime="1466521323173" model="/">
    <materials key="mat1">
      <value tag="mat1" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Air" entityComments="" entityAuthor="" entityCreationTime="1467123362756" operationID="Common" identifier="mat1">
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1467123362760" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" allgeom="true" dim="3" hDim="3"/>
        <properties key="family">
          <value tag="family" value="air"/>
        </properties>
        <properties key="specular">
          <value tag="specular" value="white"/>
        </properties>
        <properties key="customspecular">
          <value tag="customspecular" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customspecular_vector_method">
          <value tag="customspecular_vector_method" value="step"/>
        </properties>
        <properties key="customspecular_vector_start">
          <value tag="customspecular_vector_start" value=""/>
        </properties>
        <properties key="customspecular_vector_stop">
          <value tag="customspecular_vector_stop" value=""/>
        </properties>
        <properties key="customspecular_vector_step">
          <value tag="customspecular_vector_step" value=""/>
        </properties>
        <properties key="customspecular_vector_numvalues">
          <value tag="customspecular_vector_numvalues" value=""/>
        </properties>
        <properties key="customspecular_vector_function">
          <value tag="customspecular_vector_function" value="none"/>
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        <properties key="diffuse">
          <value tag="diffuse" value="white"/>
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        <properties key="customdiffuse">
          <value tag="customdiffuse" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customdiffuse_vector_method">
          <value tag="customdiffuse_vector_method" value="step"/>
        </properties>
        <properties key="customdiffuse_vector_start">
          <value tag="customdiffuse_vector_start" value=""/>
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        <properties key="customdiffuse_vector_stop">
          <value tag="customdiffuse_vector_stop" value=""/>
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        <properties key="customdiffuse_vector_step">
          <value tag="customdiffuse_vector_step" value=""/>
        </properties>
        <properties key="customdiffuse_vector_numvalues">
          <value tag="customdiffuse_vector_numvalues" value=""/>
        </properties>
        <properties key="customdiffuse_vector_function">
          <value tag="customdiffuse_vector_function" value="none"/>
        </properties>
        <properties key="ambient">
          <value tag="ambient" value="white"/>
        </properties>
        <properties key="customambient">
          <value tag="customambient" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customambient_vector_method">
          <value tag="customambient_vector_method" value="step"/>
        </properties>
        <properties key="customambient_vector_start">
          <value tag="customambient_vector_start" value=""/>
        </properties>
        <properties key="customambient_vector_stop">
          <value tag="customambient_vector_stop" value=""/>
        </properties>
        <properties key="customambient_vector_step">
          <value tag="customambient_vector_step" value=""/>
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        <properties key="customambient_vector_numvalues">
          <value tag="customambient_vector_numvalues" value=""/>
        </properties>
        <properties key="customambient_vector_function">
          <value tag="customambient_vector_function" value="none"/>
        </properties>
        <properties key="noise">
          <value tag="noise" value="off"/>
        </properties>
        <properties key="noisescale">
          <value tag="noisescale" value="0"/>
        </properties>
        <properties key="noisefreq">
          <value tag="noisefreq" value="0"/>
        </properties>
        <properties key="alpha">
          <value tag="alpha" value="1"/>
        </properties>
        <properties key="lighting">
          <value tag="lighting" value="simple"/>
        </properties>
        <properties key="fresnel">
          <value tag="fresnel" value="0.5"/>
        </properties>
        <properties key="roughness">
          <value tag="roughness" value="0.1"/>
        </properties>
        <properties key="shininess">
          <value tag="shininess" value="100"/>
        </properties>
        <properties key="lastfamily">
          <value tag="lastfamily" value="air"/>
        </properties>
        <materialmodel entityName="List" entityComments="" entityAuthor="" entityCreationTime="1467123362763" model="/">
          <models key="def">
            <value tag="def" entityName="Basic" entityComments="" entityAuthor="" entityCreationTime="1467123362766" identifier="def">
              <entityFlags>noremove</entityFlags>
              <entityFlags>norename</entityFlags>
              <param key="relpermeability">
                <value tag="relpermeability" value="9|1,'1'|1,'0'|1,'0'|1,'0'|1,'1'|1,'0'|1,'0'|1,'0'|1,'1'"/>
              </param>
              <param key="relpermittivity">
                <value tag="relpermittivity" value="9|1,'1'|1,'0'|1,'0'|1,'0'|1,'1'|1,'0'|1,'0'|1,'0'|1,'1'"/>
              </param>
              <param key="dynamicviscosity">
                <value tag="dynamicviscosity" value="1|1,'eta(T[1/K])[Pa*s]'"/>
              </param>
              <param key="ratioofspecificheat">
                <value tag="ratioofspecificheat" value="1|1,'1.4'"/>
              </param>
              <param key="electricconductivity">
                <value tag="electricconductivity" value="9|1,'0[S/m]'|1,'0'|1,'0'|1,'0'|1,'0[S/m]'|1,'0'|1,'0'|1,'0'|1,'0[S/m]'"/>
              </param>
              <param key="heatcapacity">
                <value tag="heatcapacity" value="1|1,'Cp(T[1/K])[J/(kg*K)]'"/>
              </param>
              <param key="density">
                <value tag="density" value="1|1,'rho(pA[1/Pa]\,T[1/K])[kg/m^3]'"/>
              </param>
              <param key="thermalconductivity">
                <value tag="thermalconductivity" value="9|1,'k(T[1/K])[W/(m*K)]'|1,'0'|1,'0'|1,'0'|1,'k(T[1/K])[W/(m*K)]'|1,'0'|1,'0'|1,'0'|1,'k(T[1/K])[W/(m*K)]'"/>
              </param>
              <param key="soundspeed">
                <value tag="soundspeed" value="1|1,'cs(T[1/K])[m/s]'"/>
              </param>
              <input>temperature</input>
              <input>pressure</input>
              <func model="/">
                <features key="eta">
                  <value xsi:type="com.comsol.mph-v15:FunctionFeature" tag="eta" entityName="Piecewise" entityComments="" entityAuthor="" entityCreationTime="1467123362835" operationID="Piecewise">
                    <properties key="relaxnamecheck">
                      <value tag="relaxnamecheck" value="off"/>
                    </properties>
                    <properties key="funcname">
                      <value tag="funcname" value="eta"/>
                    </properties>
                    <properties key="arg">
                      <value tag="arg" value="T"/>
                    </properties>
                    <properties key="extrap">
                      <value tag="extrap" value="constant"/>
                    </properties>
                    <properties key="extrapvalue">
                      <value tag="extrapvalue" value="0"/>
                    </properties>
                    <properties key="smooth">
                      <value tag="smooth" value="none"/>
                    </properties>
                    <properties key="zonelengthtype">
                      <value tag="zonelengthtype" value="relative"/>
                    </properties>
                    <properties key="smoothzone">
                      <value tag="smoothzone" value="0.1"/>
                    </properties>
                    <properties key="showbox">
                      <value tag="showbox" value="off"/>
                    </properties>
                    <properties key="smoothends">
                      <value tag="smoothends" value="off"/>
                    </properties>
                    <properties key="piecesexcelfilename">
                      <value tag="piecesexcelfilename" value=""/>
                    </properties>
                    <properties key="piecesexcelsheet">
                      <value tag="piecesexcelsheet" value=""/>
                    </properties>
                    <properties key="piecesexcelrange">
                      <value tag="piecesexcelrange" value=""/>
                    </properties>
                    <properties key="piecesexceloverwrite">
                      <value tag="piecesexceloverwrite" value="on"/>
                    </properties>
                    <properties key="piecesexcelincludeheaders">
                      <value tag="piecesexcelincludeheaders" value="off"/>
                    </properties>
                    <properties key="piecesexcelseparateunits">
                      <value tag="piecesexcelseparateunits" value="off"/>
                    </properties>
                    <properties key="pieces">
                      <value tag="pieces" valueArray="1|3,'200.0','1600.0','-8.38278E-7+8.35717342E-8*T^1-7.69429583E-11*T^2+4.6437266E-14*T^3-1.06585607E-17*T^4'"/>
                    </properties>
                    <properties key="argunit">
                      <value tag="argunit" value=""/>
                    </properties>
                    <properties key="fununit">
                      <value tag="fununit" value=""/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v15:FunctionFeatureList" model="/"/>
                  </value>
                </features>
                <features key="Cp">
                  <value xsi:type="com.comsol.mph-v15:FunctionFeature" tag="Cp" entityName="Piecewise 2" entityComments="" entityAuthor="" entityCreationTime="1467123362850" operationID="Piecewise">
                    <properties key="relaxnamecheck">
                      <value tag="relaxnamecheck" value="off"/>
                    </properties>
                    <properties key="funcname">
                      <value tag="funcname" value="Cp"/>
                    </properties>
                    <properties key="arg">
                      <value tag="arg" value="T"/>
                    </properties>
                    <properties key="extrap">
                      <value tag="extrap" value="constant"/>
                    </properties>
                    <properties key="extrapvalue">
                      <value tag="extrapvalue" value="0"/>
                    </properties>
                    <properties key="smooth">
                      <value tag="smooth" value="none"/>
                    </properties>
                    <properties key="zonelengthtype">
                      <value tag="zonelengthtype" value="relative"/>
                    </properties>
                    <properties key="smoothzone">
                      <value tag="smoothzone" value="0.1"/>
                    </properties>
                    <properties key="showbox">
                      <value tag="showbox" value="off"/>
                    </properties>
                    <properties key="smoothends">
                      <value tag="smoothends" value="off"/>
                    </properties>
                    <properties key="piecesexcelfilename">
                      <value tag="piecesexcelfilename" value=""/>
                    </properties>
                    <properties key="piecesexcelsheet">
                      <value tag="piecesexcelsheet" value=""/>
                    </properties>
                    <properties key="piecesexcelrange">
                      <value tag="piecesexcelrange" value=""/>
                    </properties>
                    <properties key="piecesexceloverwrite">
                      <value tag="piecesexceloverwrite" value="on"/>
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                      <value tag="piecesexcelincludeheaders" value="off"/>
                    </properties>
                    <properties key="piecesexcelseparateunits">
                      <value tag="piecesexcelseparateunits" value="off"/>
                    </properties>
                    <properties key="pieces">
                      <value tag="pieces" valueArray="1|3,'200.0','1600.0','1047.63657-0.372589265*T^1+9.45304214E-4*T^2-6.02409443E-7*T^3+1.2858961E-10*T^4'"/>
                    </properties>
                    <properties key="argunit">
                      <value tag="argunit" value=""/>
                    </properties>
                    <properties key="fununit">
                      <value tag="fununit" value=""/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v15:FunctionFeatureList" model="/"/>
                  </value>
                </features>
                <features key="rho">
                  <value xsi:type="com.comsol.mph-v15:FunctionFeature" tag="rho" entityName="Analytic" entityComments="" entityAuthor="" entityCreationTime="1467123362881" operationID="Analytic">
                    <properties key="relaxnamecheck">
                      <value tag="relaxnamecheck" value="off"/>
                    </properties>
                    <properties key="funcname">
                      <value tag="funcname" value="rho"/>
                    </properties>
                    <properties key="expr">
                      <value tag="expr" value="pA*0.02897/8.314/T"/>
                    </properties>
                    <properties key="args">
                      <value tag="args" valueArray="1|2,'pA','T'"/>
                    </properties>
                    <properties key="dermethod">
                      <value tag="dermethod" value="manual"/>
                    </properties>
                    <properties key="argders">
                      <value tag="argders" valueArray="2|2,'pA','d(pA*0.02897/8.314/T\,pA)'|2,'T','d(pA*0.02897/8.314/T\,T)'"/>
                    </properties>
                    <properties key="periodic">
                      <value tag="periodic" value="off"/>
                    </properties>
                    <properties key="periodiclower">
                      <value tag="periodiclower" value="0"/>
                    </properties>
                    <properties key="periodicupper">
                      <value tag="periodicupper" value="1"/>
                    </properties>
                    <properties key="argunit">
                      <value tag="argunit" value=""/>
                    </properties>
                    <properties key="fununit">
                      <value tag="fununit" value=""/>
                    </properties>
                    <properties key="complex">
                      <value tag="complex" value="off"/>
                    </properties>
                    <properties key="plotargs">
                      <value tag="plotargs" valueArray="2|3,'pA','0','1'|3,'T','0','1'"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v15:FunctionFeatureList" model="/"/>
                  </value>
                </features>
                <features key="k">
                  <value xsi:type="com.comsol.mph-v15:FunctionFeature" tag="k" entityName="Piecewise 3" entityComments="" entityAuthor="" entityCreationTime="1467123362897" operationID="Piecewise">
                    <properties key="relaxnamecheck">
                      <value tag="relaxnamecheck" value="off"/>
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                    <properties key="funcname">
                      <value tag="funcname" value="k"/>
                    </properties>
                    <properties key="arg">
                      <value tag="arg" value="T"/>
                    </properties>
                    <properties key="extrap">
                      <value tag="extrap" value="constant"/>
                    </properties>
                    <properties key="extrapvalue">
                      <value tag="extrapvalue" value="0"/>
                    </properties>
                    <properties key="smooth">
                      <value tag="smooth" value="none"/>
                    </properties>
                    <properties key="zonelengthtype">
                      <value tag="zonelengthtype" value="relative"/>
                    </properties>
                    <properties key="smoothzone">
                      <value tag="smoothzone" value="0.1"/>
                    </properties>
                    <properties key="showbox">
                      <value tag="showbox" value="off"/>
                    </properties>
                    <properties key="smoothends">
                      <value tag="smoothends" value="off"/>
                    </properties>
                    <properties key="piecesexcelfilename">
                      <value tag="piecesexcelfilename" value=""/>
                    </properties>
                    <properties key="piecesexcelsheet">
                      <value tag="piecesexcelsheet" value=""/>
                    </properties>
                    <properties key="piecesexcelrange">
                      <value tag="piecesexcelrange" value=""/>
                    </properties>
                    <properties key="piecesexceloverwrite">
                      <value tag="piecesexceloverwrite" value="on"/>
                    </properties>
                    <properties key="piecesexcelincludeheaders">
                      <value tag="piecesexcelincludeheaders" value="off"/>
                    </properties>
                    <properties key="piecesexcelseparateunits">
                      <value tag="piecesexcelseparateunits" value="off"/>
                    </properties>
                    <properties key="pieces">
                      <value tag="pieces" valueArray="1|3,'200.0','1600.0','-0.00227583562+1.15480022E-4*T^1-7.90252856E-8*T^2+4.11702505E-11*T^3-7.43864331E-15*T^4'"/>
                    </properties>
                    <properties key="argunit">
                      <value tag="argunit" value=""/>
                    </properties>
                    <properties key="fununit">
                      <value tag="fununit" value=""/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v15:FunctionFeatureList" model="/"/>
                  </value>
                </features>
                <features key="cs">
                  <value xsi:type="com.comsol.mph-v15:FunctionFeature" tag="cs" entityName="Analytic 2" entityComments="" entityAuthor="" entityCreationTime="1467123362913" operationID="Analytic">
                    <properties key="relaxnamecheck">
                      <value tag="relaxnamecheck" value="off"/>
                    </properties>
                    <properties key="funcname">
                      <value tag="funcname" value="cs"/>
                    </properties>
                    <properties key="expr">
                      <value tag="expr" value="sqrt(1.4*287*T)"/>
                    </properties>
                    <properties key="args">
                      <value tag="args" valueArray="1|1,'T'"/>
                    </properties>
                    <properties key="dermethod">
                      <value tag="dermethod" value="manual"/>
                    </properties>
                    <properties key="argders">
                      <value tag="argders" valueArray="1|2,'T','d(sqrt(1.4*287*T)\,T)'"/>
                    </properties>
                    <properties key="periodic">
                      <value tag="periodic" value="off"/>
                    </properties>
                    <properties key="periodiclower">
                      <value tag="periodiclower" value="0"/>
                    </properties>
                    <properties key="periodicupper">
                      <value tag="periodicupper" value="1"/>
                    </properties>
                    <properties key="argunit">
                      <value tag="argunit" value=""/>
                    </properties>
                    <properties key="fununit">
                      <value tag="fununit" value=""/>
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                    <properties key="complex">
                      <value tag="complex" value="off"/>
                    </properties>
                    <properties key="plotargs">
                      <value tag="plotargs" valueArray="1|3,'T','0','1'"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v15:FunctionFeatureList" model="/"/>
                  </value>
                </features>
              </func>
            </value>
          </models>
          <models key="RefractiveIndex">
            <value tag="RefractiveIndex" entityName="Refractive index" entityComments="" entityAuthor="" entityCreationTime="1467123362960" identifier="rfi">
              <entityFlags>norename</entityFlags>
              <info model="/">
                <objects key="category">
                  <value tag="category" body="Electromagnetic_models"/>
                </objects>
              </info>
              <param key="n">
                <value tag="n" value="9|1,'1'|1,'0'|1,'0'|1,'0'|1,'1'|1,'0'|1,'0'|1,'0'|1,'1'"/>
              </param>
              <param key="ki">
                <value tag="ki" value="9|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'|1,'0'"/>
              </param>
              <func model="/"/>
              <output>n</output>
              <output>ki</output>
            </value>
          </models>
        </materialmodel>
      </value>
    </materials>
    <materials key="mat2">
      <value tag="mat2" storedParent="//@modelNode/@modelNodes[key='comp1']/@value" entityName="Iron" entityComments="" entityAuthor="" entityCreationTime="1467124023251" operationID="Common" identifier="mat2">
        <selection xsi:type="com.comsol.mph-v15:XDLocalSelection" entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1467124023251" selType="geomdim" geom="//@geom/@geoms[key='geom1']/@value" allgeom="true" dim="2" hDim="2"/>
        <properties key="family">
          <value tag="family" value="iron"/>
        </properties>
        <properties key="specular">
          <value tag="specular" value="white"/>
        </properties>
        <properties key="customspecular">
          <value tag="customspecular" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customspecular_vector_method">
          <value tag="customspecular_vector_method" value="step"/>
        </properties>
        <properties key="customspecular_vector_start">
          <value tag="customspecular_vector_start" value=""/>
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        <properties key="customspecular_vector_stop">
          <value tag="customspecular_vector_stop" value=""/>
        </properties>
        <properties key="customspecular_vector_step">
          <value tag="customspecular_vector_step" value=""/>
        </properties>
        <properties key="customspecular_vector_numvalues">
          <value tag="customspecular_vector_numvalues" value=""/>
        </properties>
        <properties key="customspecular_vector_function">
          <value tag="customspecular_vector_function" value="none"/>
        </properties>
        <properties key="diffuse">
          <value tag="diffuse" value="white"/>
        </properties>
        <properties key="customdiffuse">
          <value tag="customdiffuse" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customdiffuse_vector_method">
          <value tag="customdiffuse_vector_method" value="step"/>
        </properties>
        <properties key="customdiffuse_vector_start">
          <value tag="customdiffuse_vector_start" value=""/>
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        <properties key="customdiffuse_vector_stop">
          <value tag="customdiffuse_vector_stop" value=""/>
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        <properties key="customdiffuse_vector_step">
          <value tag="customdiffuse_vector_step" value=""/>
        </properties>
        <properties key="customdiffuse_vector_numvalues">
          <value tag="customdiffuse_vector_numvalues" value=""/>
        </properties>
        <properties key="customdiffuse_vector_function">
          <value tag="customdiffuse_vector_function" value="none"/>
        </properties>
        <properties key="ambient">
          <value tag="ambient" value="white"/>
        </properties>
        <properties key="customambient">
          <value tag="customambient" valueArray="1|3,'1','1','1'"/>
        </properties>
        <properties key="customambient_vector_method">
          <value tag="customambient_vector_method" value="step"/>
        </properties>
        <properties key="customambient_vector_start">
          <value tag="customambient_vector_start" value=""/>
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        <properties key="customambient_vector_stop">
          <value tag="customambient_vector_stop" value=""/>
        </properties>
        <properties key="customambient_vector_step">
          <value tag="customambient_vector_step" value=""/>
        </properties>
        <properties key="customambient_vector_numvalues">
          <value tag="customambient_vector_numvalues" value=""/>
        </properties>
        <properties key="customambient_vector_function">
          <value tag="customambient_vector_function" value="none"/>
        </properties>
        <properties key="noise">
          <value tag="noise" value="off"/>
        </properties>
        <properties key="noisescale">
          <value tag="noisescale" value="0"/>
        </properties>
        <properties key="noisefreq">
          <value tag="noisefreq" value="0"/>
        </properties>
        <properties key="alpha">
          <value tag="alpha" value="1"/>
        </properties>
        <properties key="lighting">
          <value tag="lighting" value="simple"/>
        </properties>
        <properties key="fresnel">
          <value tag="fresnel" value="0.5"/>
        </properties>
        <properties key="roughness">
          <value tag="roughness" value="0.1"/>
        </properties>
        <properties key="shininess">
          <value tag="shininess" value="100"/>
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              <param key="epsilonrbnd">
                <value tag="epsilonrbnd" value="1|1,'1'"/>
              </param>
              <param key="murbnd_mat">
                <value tag="murbnd_mat" value="1|1,'userdef'"/>
              </param>
              <param key="murbnd">
                <value tag="murbnd" value="1|1,'2'"/>
              </param>
              <param key="sigmabnd_mat">
                <value tag="sigmabnd_mat" value="1|1,'userdef'"/>
              </param>
              <param key="sigmabnd">
                <value tag="sigmabnd" value="1|1,'1250000'"/>
              </param>
              <param key="materialType">
                <value tag="materialType" value="1|1,'solid'"/>
              </param>
              <param key="coordinateSystem">
                <value tag="coordinateSystem" value="1|1,'GlobalSystem'"/>
              </param>
              <param key="StudyStep">
                <value tag="StudyStep" value="1|1,'std1/freq'"/>
              </param>
              <feature model="/" appl="//@physics/@physints[key='mef']/@value"/>
              <featureInfo model="/">
                <objects key="info">
                  <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1467123871384" touched="true" studyType="/StudyList/std1/StudyFeatureList/freq">
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>nodeactivate</entityFlags>
                  </value>
                </objects>
              </featureInfo>
            </value>
          </features>
        </feature>
        <featureInfo model="/">
          <objects key="info">
            <value tag="info" entityName="Equation View" entityComments="" entityAuthor="" entityCreationTime="1466521326486" touched="true" studyType="/StudyList/std1/StudyFeatureList/freq">
              <entityFlags>noremove</entityFlags>
              <entityFlags>nodeactivate</entityFlags>
            </value>
          </objects>
        </featureInfo>
      </value>
    </physints>
  </physics>
  <opt tag="optsequence">
    <objective model="/" sequence="//@opt" optListType="objective"/>
    <constr model="/"/>
  </opt>
  <sol model="/">
    <solseqs key="sol1">
      <value tag="sol1" entityName="Solution 1" entityComments="" entityAuthor="" entityCreationTime="1467123480536" solutionnative="//@sol/@solutions[tag='%2Fsolution1.mphbin']" currentFeature="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value" savePoint="//@sol/@savePoints[tag='savepoint1']" study="//@study/@objects[key='std1']/@value" paramNames="0" paramVals="" solType="SolverSequence" paramUnits="0">
        <entityFlags>nodeactivate</entityFlags>
        <feature model="/">
          <features key="st1">
            <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="st1" entityName="" entityComments="" entityAuthor="" entityCreationTime="1467123481467" operationID="StudyStep" key="true[]assemparaonsplitcomplexoffstudystd1studystepfreq" status="built" resetStateKey="true">
              <properties key="study">
                <value tag="study" reference="//@study/@objects[key='std1']/@value" referenceContainerList="//@study"/>
              </properties>
              <properties key="studystep">
                <value tag="studystep" reference="//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value" referenceContainerList="//@study/@objects[key='std1']/@value/@feature"/>
              </properties>
              <properties key="splitcomplex">
                <value tag="splitcomplex" value="off"/>
              </properties>
              <properties key="assempara">
                <value tag="assempara" value="on"/>
              </properties>
              <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
            </value>
          </features>
          <features key="v1">
            <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="v1" entityName="Dependent Variables 1" entityComments="" entityAuthor="" entityCreationTime="1467123481483" operationID="Variables" key="true[]constinitmethodinitinitsolzerozeroinitsolhideoninitsolusecurrentcurrentlistsolofflistsolnum1|manualsoloffmanualsolnum1notlistsoloffnotlistsolnum1|notmanualsoloffnotmanualsolnum1|notsolzerozeronotsolhideonnotsolmethodinitnotsolnum1notsolusecurrentcurrentnotsolvertypenonenott0.0nottimeinterpoffoldinitsoluse0oldnotsoluse0scalemethodautoscaleval1.0solnum1solvertypenonestoresolinitt0.0timeinterpofftrue[]compcomp1.Ax|comp1.Ay|comp1.Az|compintcompintstatcompintstatuseoffcompintuseoffoutonscalemethodparentscaleval1.0solveforonstoresel[]usestoreselallvariablescomp1_Atrue[]compcomp1.V|compintcompintstatcompintstatuseoffcompintuseoffoutonscalemethodparentscaleval1.0solveforonstoresel[]usestoreselallvariablescomp1_V" status="built" resetStateKey="true">
              <properties key="control">
                <value tag="control" value="user" reference="//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value" referenceContainerList="//@study/@objects[key='std1']/@value/@feature" compositeIndex="0"/>
              </properties>
              <properties key="const">
                <value tag="const" valueArray="1|0"/>
              </properties>
              <properties key="initmethod">
                <value tag="initmethod" value="init"/>
              </properties>
              <properties key="initsol">
                <value tag="initsol" value="zero" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="initsolhide">
                <value tag="initsolhide" value="on"/>
              </properties>
              <properties key="initsoluse">
                <value tag="initsoluse" value="current" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="oldinitsoluse">
                <value tag="oldinitsoluse" value="0"/>
              </properties>
              <properties key="solvertype">
                <value tag="solvertype" value="none"/>
              </properties>
              <properties key="solnum">
                <value tag="solnum" value="1" compositeIndex="1"/>
              </properties>
              <properties key="timeinterp">
                <value tag="timeinterp" value="off"/>
              </properties>
              <properties key="t">
                <value tag="t" value="0"/>
              </properties>
              <properties key="manualsol">
                <value tag="manualsol" value="off"/>
              </properties>
              <properties key="manualsolnum">
                <value tag="manualsolnum" value="1"/>
              </properties>
              <properties key="listsol">
                <value tag="listsol" value="off"/>
              </properties>
              <properties key="listsolnum">
                <value tag="listsolnum" valueArray="1|1,'1'"/>
              </properties>
              <properties key="scalemethod">
                <value tag="scalemethod" value="auto"/>
              </properties>
              <properties key="scaleval">
                <value tag="scaleval" value="1.0"/>
              </properties>
              <properties key="notsolmethod">
                <value tag="notsolmethod" value="init"/>
              </properties>
              <properties key="notsol">
                <value tag="notsol" value="zero" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="notsolhide">
                <value tag="notsolhide" value="on"/>
              </properties>
              <properties key="notsoluse">
                <value tag="notsoluse" value="current" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="oldnotsoluse">
                <value tag="oldnotsoluse" value="0"/>
              </properties>
              <properties key="notsolvertype">
                <value tag="notsolvertype" value="none"/>
              </properties>
              <properties key="notsolnum">
                <value tag="notsolnum" value="1" compositeIndex="1"/>
              </properties>
              <properties key="nottimeinterp">
                <value tag="nottimeinterp" value="off"/>
              </properties>
              <properties key="nott">
                <value tag="nott" value="0"/>
              </properties>
              <properties key="notmanualsol">
                <value tag="notmanualsol" value="off"/>
              </properties>
              <properties key="notmanualsolnum">
                <value tag="notmanualsolnum" valueArray="1|1,'1'"/>
              </properties>
              <properties key="notmanualsolnum_vector_method">
                <value tag="notmanualsolnum_vector_method" value="step"/>
              </properties>
              <properties key="notmanualsolnum_vector_start">
                <value tag="notmanualsolnum_vector_start" value=""/>
              </properties>
              <properties key="notmanualsolnum_vector_stop">
                <value tag="notmanualsolnum_vector_stop" value=""/>
              </properties>
              <properties key="notmanualsolnum_vector_step">
                <value tag="notmanualsolnum_vector_step" value=""/>
              </properties>
              <properties key="notmanualsolnum_vector_numvalues">
                <value tag="notmanualsolnum_vector_numvalues" value=""/>
              </properties>
              <properties key="notmanualsolnum_vector_function">
                <value tag="notmanualsolnum_vector_function" value="none"/>
              </properties>
              <properties key="notlistsol">
                <value tag="notlistsol" value="off"/>
              </properties>
              <properties key="notlistsolnum">
                <value tag="notlistsolnum" valueArray="1|1,'1'"/>
              </properties>
              <properties key="storesol">
                <value tag="storesol" value="init"/>
              </properties>
              <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/">
                <features key="comp1_A">
                  <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="comp1_A" entityName="Magnetic vector potential (comp1.A)" entityComments="" entityAuthor="" entityCreationTime="1467123481499" operationID="Field" status="built">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>norename</entityFlags>
                    <properties key="comp">
                      <value tag="comp" valueArray="1|3,'comp1.Ax','comp1.Ay','comp1.Az'"/>
                    </properties>
                    <properties key="compintuse">
                      <value tag="compintuse" value="off"/>
                    </properties>
                    <properties key="compint">
                      <value tag="compint" valueArray="1|0"/>
                    </properties>
                    <properties key="compintstatuse">
                      <value tag="compintstatuse" value="off"/>
                    </properties>
                    <properties key="compintstat">
                      <value tag="compintstat" valueArray="1|0"/>
                    </properties>
                    <properties key="solvefor">
                      <value tag="solvefor" value="on"/>
                    </properties>
                    <properties key="out">
                      <value tag="out" value="on"/>
                    </properties>
                    <properties key="usestoresel">
                      <value tag="usestoresel" value="all"/>
                    </properties>
                    <properties key="storesel">
                      <value tag="storesel" referenceContainerList="//@selection"/>
                    </properties>
                    <properties key="variables">
                      <value tag="variables" value="comp1_A"/>
                    </properties>
                    <properties key="scalemethod">
                      <value tag="scalemethod" value="parent"/>
                    </properties>
                    <properties key="scaleval">
                      <value tag="scaleval" value="1.0"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
                  </value>
                </features>
                <features key="comp1_V">
                  <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="comp1_V" entityName="Electric potential (comp1.V)" entityComments="" entityAuthor="" entityCreationTime="1467123481514" operationID="Field" status="built">
                    <entityFlags>nodeactivate</entityFlags>
                    <entityFlags>noremove</entityFlags>
                    <entityFlags>norename</entityFlags>
                    <properties key="comp">
                      <value tag="comp" valueArray="1|1,'comp1.V'"/>
                    </properties>
                    <properties key="compintuse">
                      <value tag="compintuse" value="off"/>
                    </properties>
                    <properties key="compint">
                      <value tag="compint" valueArray="1|0"/>
                    </properties>
                    <properties key="compintstatuse">
                      <value tag="compintstatuse" value="off"/>
                    </properties>
                    <properties key="compintstat">
                      <value tag="compintstat" valueArray="1|0"/>
                    </properties>
                    <properties key="solvefor">
                      <value tag="solvefor" value="on"/>
                    </properties>
                    <properties key="out">
                      <value tag="out" value="on"/>
                    </properties>
                    <properties key="usestoresel">
                      <value tag="usestoresel" value="all"/>
                    </properties>
                    <properties key="storesel">
                      <value tag="storesel" referenceContainerList="//@selection"/>
                    </properties>
                    <properties key="variables">
                      <value tag="variables" value="comp1_V"/>
                    </properties>
                    <properties key="scalemethod">
                      <value tag="scalemethod" value="parent"/>
                    </properties>
                    <properties key="scaleval">
                      <value tag="scaleval" value="1.0"/>
                    </properties>
                    <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
                  </value>
                </features>
              </feature>
            </value>
          </features>
          <features key="s1">
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                <value tag="control" value="user" reference="//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value" referenceContainerList="//@study/@objects[key='std1']/@value/@feature" compositeIndex="0"/>
              </properties>
              <properties key="stol">
                <value tag="stol" value="0.001"/>
              </properties>
              <properties key="nonlin">
                <value tag="nonlin" value="auto"/>
              </properties>
              <properties key="linpmethod">
                <value tag="linpmethod" value="init"/>
              </properties>
              <properties key="linpsol">
                <value tag="linpsol" value="zero" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="linpsolhide">
                <value tag="linpsolhide" value="on"/>
              </properties>
              <properties key="linpsoluse">
                <value tag="linpsoluse" value="current" referenceContainerList="//@sol" compositeIndex="0"/>
              </properties>
              <properties key="oldlinpsoluse">
                <value tag="oldlinpsoluse" value="0"/>
              </properties>
              <properties key="solvertype">
                <value tag="solvertype" value="none"/>
              </properties>
              <properties key="solnum">
                <value tag="solnum" value="1" compositeIndex="1"/>
              </properties>
              <properties key="timeinterp">
                <value tag="timeinterp" value="off"/>
              </properties>
              <properties key="t">
                <value tag="t" value="0"/>
              </properties>
              <properties key="manualsol">
                <value tag="manualsol" value="off"/>
              </properties>
              <properties key="manualsolnum">
                <value tag="manualsolnum" valueArray="1|1,'1'"/>
              </properties>
              <properties key="manualsolnum_vector_method">
                <value tag="manualsolnum_vector_method" value="step"/>
              </properties>
              <properties key="manualsolnum_vector_start">
                <value tag="manualsolnum_vector_start" value=""/>
              </properties>
              <properties key="manualsolnum_vector_stop">
                <value tag="manualsolnum_vector_stop" value=""/>
              </properties>
              <properties key="manualsolnum_vector_step">
                <value tag="manualsolnum_vector_step" value=""/>
              </properties>
              <properties key="manualsolnum_vector_numvalues">
                <value tag="manualsolnum_vector_numvalues" value=""/>
              </properties>
              <properties key="manualsolnum_vector_function">
                <value tag="manualsolnum_vector_function" value="none"/>
              </properties>
              <properties key="listsol">
                <value tag="listsol" value="off"/>
              </properties>
              <properties key="listsolnum">
                <value tag="listsolnum" valueArray="1|1,'1'"/>
              </properties>
              <properties key="storelinpoint">
                <value tag="storelinpoint" value="off"/>
              </properties>
              <properties key="keepnotsolstatic">
                <value tag="keepnotsolstatic" value="off"/>
              </properties>
              <properties key="outsollinear">
                <value tag="outsollinear" value="u"/>
              </properties>
              <properties key="outsollinearized">
                <value tag="outsollinearized" value="du"/>
              </properties>
              <properties key="reacf">
                <value tag="reacf" value="on"/>
              </properties>
              <properties key="lumpedflux">
                <value tag="lumpedflux" value="off"/>
              </properties>
              <properties key="plot">
                <value tag="plot" value="off"/>
              </properties>
              <properties key="plotgroup">
                <value tag="plotgroup" value="Default" reference="//@result/@feature/@features[key='pg1']/@value" referenceContainerList="//@result/@feature" compositeIndex="0"/>
              </properties>
              <properties key="probesel">
                <value tag="probesel" value="all"/>
              </properties>
              <properties key="probes">
                <value tag="probes" referenceContainerList="//@probe"/>
              </properties>
              <properties key="keeplog">
                <value tag="keeplog" value="off"/>
              </properties>
              <properties key="message">
                <value tag="message" value="Stationary Solver 1 in Solution 1 (sol1) started at 28-Jun-2016 10:29:20.&#xA;Linear solver&#xA;Number of degrees of freedom solved for: 66711.&#xA;Nonsymmetric matrix found.&#xA;Scales for dependent variables:&#xA;Magnetic vector potential (comp1.A): 9.1&#xA;Electric potential (comp1.V): 1&#xA;Orthonormal null-space function used.&#xA;Iter      SolEst     Damping    Stepsize #Res #Jac #Sol LinIt   LinErr   LinRes&#xA;   1           0   1.0000000           0    1    1    1     0        0        0&#xA;Stationary Solver 1 in Solution 1 (sol1): Solution time: 3 s&#xA;                                          Physical memory: 1.09 GB&#xA;                                          Virtual memory: 1.17 GB&#xA;"/>
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              <properties key="const">
                <value tag="const" valueArray="1|0"/>
              </properties>
              <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/">
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                      <value tag="linsolver" value="mumps"/>
                    </properties>
                    <properties key="mumpsalloc">
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                    <properties key="mumpsreorder">
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                    <properties key="mumpsrreorder">
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                    <properties key="pivotenable">
                      <value tag="pivotenable" value="on"/>
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                    <properties key="thresh">
                      <value tag="thresh" value="0.1"/>
                    </properties>
                    <properties key="pivotperturb">
                      <value tag="pivotperturb" value="1.0E-8"/>
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                    <properties key="ooc">
                      <value tag="ooc" value="off"/>
                    </properties>
                    <properties key="incore">
                      <value tag="incore" value="auto"/>
                    </properties>
                    <properties key="oocmemory">
                      <value tag="oocmemory" value="512"/>
                    </properties>
                    <properties key="minicmemory">
                      <value tag="minicmemory" value="512"/>
                    </properties>
                    <properties key="usetotmemory">
                      <value tag="usetotmemory" value="0.8"/>
                    </properties>
                    <properties key="internalmemusage">
                      <value tag="internalmemusage" value="3"/>
                    </properties>
                    <properties key="pardreorder">
                      <value tag="pardreorder" value="ndmt"/>
                    </properties>
                    <properties key="pardschedule">
                      <value tag="pardschedule" value="auto"/>
                    </properties>
                    <properties key="pardrreorder">
                      <value tag="pardrreorder" value="on"/>
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                    <properties key="pivotstrategy">
                      <value tag="pivotstrategy" value="off"/>
                    </properties>
                    <properties key="pardmtsolve">
                      <value tag="pardmtsolve" value="on"/>
                    </properties>
                    <properties key="clusterpardiso">
                      <value tag="clusterpardiso" value="off"/>
                    </properties>
                    <properties key="preorder">
                      <value tag="preorder" value="nd"/>
                    </properties>
                    <properties key="pivotrefines">
                      <value tag="pivotrefines" value="0"/>
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                    <properties key="errorchk">
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                    </properties>
                    <properties key="rhob">
                      <value tag="rhob" value="400"/>
                    </properties>
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                    <properties key="matrixformat">
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                    <properties key="rowscale">
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                    <properties key="nullfun">
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                    </properties>
                    <properties key="orthonormallimit">
                      <value tag="orthonormallimit" value="10000000"/>
                    </properties>
                    <properties key="storeresidual">
                      <value tag="storeresidual" value="off"/>
                    </properties>
                    <properties key="convinfo">
                      <value tag="convinfo" value="on"/>
                    </properties>
                    <properties key="autorescale">
                      <value tag="autorescale" value="on"/>
                    </properties>
                    <properties key="blocksize">
                      <value tag="blocksize" value="1000"/>
                    </properties>
                    <properties key="blocksizeactive">
                      <value tag="blocksizeactive" value="off"/>
                    </properties>
                    <properties key="complexfun">
                      <value tag="complexfun" value="off"/>
                    </properties>
                    <properties key="matherr">
                      <value tag="matherr" value="on"/>
                    </properties>
                    <properties key="checkmatherr">
                      <value tag="checkmatherr" value="off"/>
                    </properties>
                    <properties key="keep">
                      <value tag="keep" value="off"/>
                    </properties>
                    <properties key="L">
                      <value tag="L" value="on"/>
                    </properties>
                    <properties key="K">
                      <value tag="K" value="on"/>
                    </properties>
                    <properties key="D">
                      <value tag="D" value="on"/>
                    </properties>
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                      <value tag="E" value="on"/>
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                      <value tag="punit" valueArray="1|1,'MHz'"/>
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                      <value tag="linsolver" reference="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature"/>
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                    <entityFlags>noremove</entityFlags>
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                      <value tag="linsolver" value="fgmres"/>
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                            <value tag="prefun" value="ilu"/>
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                            <value tag="droptype" value="tol"/>
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                            <value tag="droptol" value="0.01"/>
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                            <value tag="fillratio" value="2"/>
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                            <value tag="hybridization" value="single"/>
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                          <properties key="hybridvarspec">
                            <value tag="hybridvarspec" value="all"/>
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                            <value tag="hybridcomp" valueArray="1|4,'comp1.Ax','comp1.Ay','comp1.Az','comp1.V'"/>
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                        <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="mg1" entityName="Multigrid 1" entityComments="" entityAuthor="" entityCreationTime="1467123481577" operationID="Multigrid">
                          <properties key="prefun">
                            <value tag="prefun" value="gmg"/>
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                            <value tag="iter" value="2"/>
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                            <value tag="mgcycle" value="v"/>
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                            <value tag="mcasegen" value="any"/>
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                          <properties key="scale">
                            <value tag="scale" value="2"/>
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                          <properties key="geomuse">
                            <value tag="geomuse" referenceArray="//@geom/@geoms[key='geom1']/@value" referenceContainerList="//@geom"/>
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                          <properties key="massem">
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                          </properties>
                          <properties key="mkeep">
                            <value tag="mkeep" value="off"/>
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                            <value tag="rmethod" value="longest"/>
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                          <properties key="mcaseuse">
                            <value tag="mcaseuse" referenceContainerList="//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value/@mglevel"/>
                          </properties>
                          <properties key="mcaseassem">
                            <value tag="mcaseassem" referenceContainerList="//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value/@mglevel"/>
                          </properties>
                          <properties key="mglevels">
                            <value tag="mglevels" value="5"/>
                          </properties>
                          <properties key="maxcoarsedof">
                            <value tag="maxcoarsedof" value="5000"/>
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                            <value tag="amgauto" value="3"/>
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                            <value tag="negcoupl" value="0.25"/>
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                            <value tag="negcouplactive" value="off"/>
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                            <value tag="enrichactive" value="off"/>
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                          <properties key="coarsening">
                            <value tag="coarsening" value="brutal"/>
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                          <properties key="coarseningactive">
                            <value tag="coarseningactive" value="off"/>
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                          <properties key="poscoupl">
                            <value tag="poscoupl" value="1"/>
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                          <properties key="poscouplactive">
                            <value tag="poscouplactive" value="off"/>
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                          <properties key="interpolation">
                            <value tag="interpolation" value="standard"/>
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                            <value tag="truncinterp" value="0.2"/>
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                            <value tag="truncinterpactive" value="off"/>
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                            <value tag="hybridization" value="single"/>
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                            <value tag="hybridvar" referenceArray="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_A']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_V']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature"/>
                          </properties>
                          <properties key="hybridvarspec">
                            <value tag="hybridvarspec" value="all"/>
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                          <properties key="hybridcomp">
                            <value tag="hybridcomp" valueArray="1|4,'comp1.Ax','comp1.Ay','comp1.Az','comp1.V'"/>
                          </properties>
                          <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/">
                            <features key="pr">
                              <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="pr" entityName="Presmoother" entityComments="" entityAuthor="" entityCreationTime="1467123481592" operationID="PreSmoother">
                                <entityFlags>noremove</entityFlags>
                                <entityFlags>nodeactivate</entityFlags>
                                <entityFlags>norename</entityFlags>
                                <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/">
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                                    <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="soDef" activeFlag="false" entityName="SOR" entityComments="" entityAuthor="" entityCreationTime="1467123481592" operationID="SOR">
                                      <properties key="prefun">
                                        <value tag="prefun" value="sor"/>
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                                      <properties key="iter">
                                        <value tag="iter" value="2"/>
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                                      <properties key="relax">
                                        <value tag="relax" value="1"/>
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                                      <properties key="sorblocked">
                                        <value tag="sorblocked" value="on"/>
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                                      <properties key="rhob">
                                        <value tag="rhob" value="1"/>
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                                      <properties key="iterm">
                                        <value tag="iterm" value="iter"/>
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                                      <properties key="hybridization">
                                        <value tag="hybridization" value="single"/>
                                      </properties>
                                      <properties key="hybridvar">
                                        <value tag="hybridvar" referenceArray="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_A']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_V']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature"/>
                                      </properties>
                                      <properties key="hybridvarspec">
                                        <value tag="hybridvarspec" value="all"/>
                                      </properties>
                                      <properties key="hybridcomp">
                                        <value tag="hybridcomp" valueArray="1|4,'comp1.Ax','comp1.Ay','comp1.Az','comp1.V'"/>
                                      </properties>
                                      <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
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                                  </features>
                                  <features key="so1">
                                    <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="so1" entityName="SOR 1" entityComments="" entityAuthor="" entityCreationTime="1467123481592" operationID="SOR">
                                      <entityFlags>nodeactivate</entityFlags>
                                      <entityFlags>noremove</entityFlags>
                                      <properties key="prefun">
                                        <value tag="prefun" value="sor"/>
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                                      <properties key="iter">
                                        <value tag="iter" value="2"/>
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                                      <properties key="relax">
                                        <value tag="relax" value="1"/>
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                                      <properties key="sorblocked">
                                        <value tag="sorblocked" value="on"/>
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                                      <properties key="rhob">
                                        <value tag="rhob" value="1"/>
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                                      <properties key="iterm">
                                        <value tag="iterm" value="iter"/>
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                                      <properties key="hybridization">
                                        <value tag="hybridization" value="single"/>
                                      </properties>
                                      <properties key="hybridvar">
                                        <value tag="hybridvar" referenceArray="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_A']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_V']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature"/>
                                      </properties>
                                      <properties key="hybridvarspec">
                                        <value tag="hybridvarspec" value="all"/>
                                      </properties>
                                      <properties key="hybridcomp">
                                        <value tag="hybridcomp" valueArray="1|4,'comp1.Ax','comp1.Ay','comp1.Az','comp1.V'"/>
                                      </properties>
                                      <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
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                                  </features>
                                </feature>
                              </value>
                            </features>
                            <features key="po">
                              <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="po" entityName="Postsmoother" entityComments="" entityAuthor="" entityCreationTime="1467123481592" operationID="PostSmoother">
                                <entityFlags>noremove</entityFlags>
                                <entityFlags>nodeactivate</entityFlags>
                                <entityFlags>norename</entityFlags>
                                <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/">
                                  <features key="soDef">
                                    <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="soDef" activeFlag="false" entityName="SOR" entityComments="" entityAuthor="" entityCreationTime="1467123481592" operationID="SOR">
                                      <properties key="prefun">
                                        <value tag="prefun" value="soru"/>
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                                      <properties key="iter">
                                        <value tag="iter" value="2"/>
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                                      <properties key="relax">
                                        <value tag="relax" value="1"/>
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                                      <properties key="sorblocked">
                                        <value tag="sorblocked" value="on"/>
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                                      <properties key="rhob">
                                        <value tag="rhob" value="1"/>
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                                      <properties key="iterm">
                                        <value tag="iterm" value="iter"/>
                                      </properties>
                                      <properties key="hybridization">
                                        <value tag="hybridization" value="single"/>
                                      </properties>
                                      <properties key="hybridvar">
                                        <value tag="hybridvar" referenceArray="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_A']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_V']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature"/>
                                      </properties>
                                      <properties key="hybridvarspec">
                                        <value tag="hybridvarspec" value="all"/>
                                      </properties>
                                      <properties key="hybridcomp">
                                        <value tag="hybridcomp" valueArray="1|4,'comp1.Ax','comp1.Ay','comp1.Az','comp1.V'"/>
                                      </properties>
                                      <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
                                    </value>
                                  </features>
                                  <features key="so1">
                                    <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="so1" entityName="SOR 1" entityComments="" entityAuthor="" entityCreationTime="1467123481592" operationID="SOR">
                                      <entityFlags>nodeactivate</entityFlags>
                                      <entityFlags>noremove</entityFlags>
                                      <properties key="prefun">
                                        <value tag="prefun" value="soru"/>
                                      </properties>
                                      <properties key="iter">
                                        <value tag="iter" value="2"/>
                                      </properties>
                                      <properties key="relax">
                                        <value tag="relax" value="1"/>
                                      </properties>
                                      <properties key="sorblocked">
                                        <value tag="sorblocked" value="on"/>
                                      </properties>
                                      <properties key="rhob">
                                        <value tag="rhob" value="1"/>
                                      </properties>
                                      <properties key="iterm">
                                        <value tag="iterm" value="iter"/>
                                      </properties>
                                      <properties key="hybridization">
                                        <value tag="hybridization" value="single"/>
                                      </properties>
                                      <properties key="hybridvar">
                                        <value tag="hybridvar" referenceArray="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_A']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_V']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature"/>
                                      </properties>
                                      <properties key="hybridvarspec">
                                        <value tag="hybridvarspec" value="all"/>
                                      </properties>
                                      <properties key="hybridcomp">
                                        <value tag="hybridcomp" valueArray="1|4,'comp1.Ax','comp1.Ay','comp1.Az','comp1.V'"/>
                                      </properties>
                                      <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
                                    </value>
                                  </features>
                                </feature>
                              </value>
                            </features>
                            <features key="cs">
                              <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="cs" entityName="Coarse Solver" entityComments="" entityAuthor="" entityCreationTime="1467123481592" operationID="CoarseSolver">
                                <entityFlags>noremove</entityFlags>
                                <entityFlags>nodeactivate</entityFlags>
                                <entityFlags>norename</entityFlags>
                                <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/">
                                  <features key="dDef">
                                    <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="dDef" activeFlag="false" entityName="Direct" entityComments="" entityAuthor="" entityCreationTime="1467123481592" operationID="Direct">
                                      <properties key="linsolver">
                                        <value tag="linsolver" value="mumps"/>
                                      </properties>
                                      <properties key="mumpsalloc">
                                        <value tag="mumpsalloc" value="1.2"/>
                                      </properties>
                                      <properties key="mumpsreorder">
                                        <value tag="mumpsreorder" value="auto"/>
                                      </properties>
                                      <properties key="mumpsrreorder">
                                        <value tag="mumpsrreorder" value="on"/>
                                      </properties>
                                      <properties key="pivotenable">
                                        <value tag="pivotenable" value="on"/>
                                      </properties>
                                      <properties key="thresh">
                                        <value tag="thresh" value="0.1"/>
                                      </properties>
                                      <properties key="pivotperturb">
                                        <value tag="pivotperturb" value="1.0E-8"/>
                                      </properties>
                                      <properties key="ooc">
                                        <value tag="ooc" value="off"/>
                                      </properties>
                                      <properties key="incore">
                                        <value tag="incore" value="auto"/>
                                      </properties>
                                      <properties key="oocmemory">
                                        <value tag="oocmemory" value="512"/>
                                      </properties>
                                      <properties key="minicmemory">
                                        <value tag="minicmemory" value="512"/>
                                      </properties>
                                      <properties key="usetotmemory">
                                        <value tag="usetotmemory" value="0.8"/>
                                      </properties>
                                      <properties key="internalmemusage">
                                        <value tag="internalmemusage" value="3"/>
                                      </properties>
                                      <properties key="pardreorder">
                                        <value tag="pardreorder" value="ndmt"/>
                                      </properties>
                                      <properties key="pardschedule">
                                        <value tag="pardschedule" value="auto"/>
                                      </properties>
                                      <properties key="pardrreorder">
                                        <value tag="pardrreorder" value="on"/>
                                      </properties>
                                      <properties key="pivotstrategy">
                                        <value tag="pivotstrategy" value="off"/>
                                      </properties>
                                      <properties key="pardmtsolve">
                                        <value tag="pardmtsolve" value="on"/>
                                      </properties>
                                      <properties key="clusterpardiso">
                                        <value tag="clusterpardiso" value="off"/>
                                      </properties>
                                      <properties key="preorder">
                                        <value tag="preorder" value="nd"/>
                                      </properties>
                                      <properties key="pivotrefines">
                                        <value tag="pivotrefines" value="0"/>
                                      </properties>
                                      <properties key="errorchk">
                                        <value tag="errorchk" value="auto"/>
                                      </properties>
                                      <properties key="itol">
                                        <value tag="itol" value="0.1"/>
                                      </properties>
                                      <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
                                    </value>
                                  </features>
                                  <features key="kp1">
                                    <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="kp1" entityName="Krylov Preconditioner 1" entityComments="" entityAuthor="" entityCreationTime="1467123481608" operationID="KrylovPreconditioner">
                                      <entityFlags>nodeactivate</entityFlags>
                                      <entityFlags>noremove</entityFlags>
                                      <properties key="prefun">
                                        <value tag="prefun" value="gmres"/>
                                      </properties>
                                      <properties key="itrestart">
                                        <value tag="itrestart" value="50"/>
                                      </properties>
                                      <properties key="prefuntype">
                                        <value tag="prefuntype" value="right"/>
                                      </properties>
                                      <properties key="iterm">
                                        <value tag="iterm" value="itertol"/>
                                      </properties>
                                      <properties key="itol">
                                        <value tag="itol" value="0.1"/>
                                      </properties>
                                      <properties key="maxlinit">
                                        <value tag="maxlinit" value="500"/>
                                      </properties>
                                      <properties key="iter">
                                        <value tag="iter" value="25"/>
                                      </properties>
                                      <properties key="rhob">
                                        <value tag="rhob" value="1"/>
                                      </properties>
                                      <properties key="errorchk">
                                        <value tag="errorchk" value="auto"/>
                                      </properties>
                                      <properties key="hybridization">
                                        <value tag="hybridization" value="single"/>
                                      </properties>
                                      <properties key="hybridvar">
                                        <value tag="hybridvar" referenceArray="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_A']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_V']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature"/>
                                      </properties>
                                      <properties key="hybridvarspec">
                                        <value tag="hybridvarspec" value="all"/>
                                      </properties>
                                      <properties key="hybridcomp">
                                        <value tag="hybridcomp" valueArray="1|4,'comp1.Ax','comp1.Ay','comp1.Az','comp1.V'"/>
                                      </properties>
                                      <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/">
                                        <features key="ilDef">
                                          <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="ilDef" activeFlag="false" entityName="Incomplete LU" entityComments="" entityAuthor="" entityCreationTime="1467123481608" operationID="IncompleteLU">
                                            <properties key="prefun">
                                              <value tag="prefun" value="ilu"/>
                                            </properties>
                                            <properties key="droptype">
                                              <value tag="droptype" value="tol"/>
                                            </properties>
                                            <properties key="droptol">
                                              <value tag="droptol" value="1"/>
                                            </properties>
                                            <properties key="fillratio">
                                              <value tag="fillratio" value="1"/>
                                            </properties>
                                            <properties key="respectpattern">
                                              <value tag="respectpattern" value="on"/>
                                            </properties>
                                            <properties key="thresh">
                                              <value tag="thresh" value="1"/>
                                            </properties>
                                            <properties key="iter">
                                              <value tag="iter" value="1"/>
                                            </properties>
                                            <properties key="relax">
                                              <value tag="relax" value="1"/>
                                            </properties>
                                            <properties key="ilutdroptol">
                                              <value tag="ilutdroptol" value="0.01"/>
                                            </properties>
                                            <properties key="ilutfillratio">
                                              <value tag="ilutfillratio" value="2"/>
                                            </properties>
                                            <properties key="preorder">
                                              <value tag="preorder" value="nd"/>
                                            </properties>
                                            <properties key="rhob">
                                              <value tag="rhob" value="1"/>
                                            </properties>
                                            <properties key="iterm">
                                              <value tag="iterm" value="iter"/>
                                            </properties>
                                            <properties key="hybridization">
                                              <value tag="hybridization" value="single"/>
                                            </properties>
                                            <properties key="hybridvar">
                                              <value tag="hybridvar" referenceArray="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_A']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_V']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature"/>
                                            </properties>
                                            <properties key="hybridvarspec">
                                              <value tag="hybridvarspec" value="all"/>
                                            </properties>
                                            <properties key="hybridcomp">
                                              <value tag="hybridcomp" valueArray="1|4,'comp1.Ax','comp1.Ay','comp1.Az','comp1.V'"/>
                                            </properties>
                                            <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
                                          </value>
                                        </features>
                                        <features key="so1">
                                          <value xsi:type="com.comsol.mph-v15:SolverFeature" tag="so1" entityName="SOR 1" entityComments="" entityAuthor="" entityCreationTime="1467123481608" operationID="SOR">
                                            <properties key="prefun">
                                              <value tag="prefun" value="ssor"/>
                                            </properties>
                                            <properties key="iter">
                                              <value tag="iter" value="2"/>
                                            </properties>
                                            <properties key="relax">
                                              <value tag="relax" value="1"/>
                                            </properties>
                                            <properties key="sorblocked">
                                              <value tag="sorblocked" value="on"/>
                                            </properties>
                                            <properties key="rhob">
                                              <value tag="rhob" value="1"/>
                                            </properties>
                                            <properties key="iterm">
                                              <value tag="iterm" value="iter"/>
                                            </properties>
                                            <properties key="hybridization">
                                              <value tag="hybridization" value="single"/>
                                            </properties>
                                            <properties key="hybridvar">
                                              <value tag="hybridvar" referenceArray="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_A']/@value //@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature/@features[key='comp1_V']/@value" referenceContainerList="//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value/@feature"/>
                                            </properties>
                                            <properties key="hybridvarspec">
                                              <value tag="hybridvarspec" value="all"/>
                                            </properties>
                                            <properties key="hybridcomp">
                                              <value tag="hybridcomp" valueArray="1|4,'comp1.Ax','comp1.Ay','comp1.Az','comp1.V'"/>
                                            </properties>
                                            <feature xsi:type="com.comsol.mph-v15:SolverFeatureList" model="/"/>
                                          </value>
                                        </features>
                                      </feature>
                                    </value>
                                  </features>
                                </feature>
                              </value>
                            </features>
                          </feature>
                        </value>
                      </features>
                    </feature>
                  </value>
                </features>
              </feature>
            </value>
          </features>
        </feature>
        <solutioninfo pNames="1,'freq'" looplevel="0" maxLevels="3" pNamesOuter="0" pUnits="1,'MHz'" pUnitsOuter="0" pDescsOuter="1|0">
          <pLists>100000.0</pLists>
          <oldInfo pNames="1,'freq'" looplevel="0" maxLevels="3" pNamesOuter="0" oldAnalysisType="Parameter_value" pUnits="1,'MHz'" pUnitsOuter="0" pDescsOuter="1|0">
            <pLists>100000.0</pLists>
          </oldInfo>
        </solutioninfo>
      </value>
    </solseqs>
    <solutions tag="/solution1.mphbin" pName="1,'freq'" solnumDescriptions="1,'0.1'" analysisType="Parameter_value" tListReal="100000.0" tListImag="0.0" tDescr="Time" counter="1" unit="1,'MHz'"/>
    <savePoints tag="savepoint1" study="std1/freq" counter="1">
      <xmeshnative tag="/savepoint1/xmesh1.mphbin" dofVersion="4" geomsSolvedFor="1,'geom1'"/>
    </savePoints>
  </sol>
  <result entityName="Results" entityComments="" entityAuthor="" entityCreationTime="1466521323173">
    <entityFlags>nodeactivate</entityFlags>
    <entityFlags>noremove</entityFlags>
    <dataset entityName="Data Sets" entityComments="" entityAuthor="" entityCreationTime="1466521323174" model="/">
      <features key="dset1">
        <value xsi:type="com.comsol.mph-v15:DatasetFeature" tag="dset1" entityName="" entityComments="" entityAuthor="" entityCreationTime="1467123480535" operationID="Solution" showSelection="true">
          <selection entityName="Selection" entityComments="" entityAuthor="" entityCreationTime="1467123480536" selType="geomdim" geom="//@savePointData/@objects[key='savepoint1']/@value/@geom/@objects[key='geom1']/@value" domains="9,1,2,3,4,5,6,7,8" inherit="true" dim="2" hDim="2"/>
          <properties key="solution">
            <value tag="solution" value="none" reference="//@sol/@solseqs[key='sol1']/@value" referenceContainerList="//@sol" compositeIndex="0"/>
          </properties>
          <properties key="phaseshift">
            <value tag="phaseshift" value="0"/>
          </properties>
          <properties key="scalingfactor">
            <value tag="scalingfactor" value="1"/>
          </properties>
          <properties key="geom">
            <value tag="geom" reference="//@savePointData/@objects[key='savepoint1']/@value/@geom/@objects[key='geom1']/@value" referenceContainerList="//@savePointData/@objects[key='savepoint1']/@value/@geom"/>
          </properties>
          <properties key="frametype">
            <value tag="frametype" value="material"/>
          </properties>
          <properties key="phase">
            <value tag="phase" value="0"/>
          </properties>
          <properties key="scalefactor">
            <value tag="scalefactor" value="1"/>
          </properties>
          <properties key="probetag">
            <value tag="probetag" value="none"/>
          </properties>
          <feature xsi:type="com.comsol.mph-v15:DatasetFeatureList" model="/"/>
        </value>
      </features>
    </dataset>
    <feature entityName="List" entityComments="" entityAuthor="" entityCreationTime="1466521323207" model="/">
      <features key="pg1">
        <value xsi:type="com.comsol.mph-v15:ResultFeature" tag="pg1" entityName="Magnetic Flux Density Norm (mef)" entityComments="" entityAuthor="" entityCreationTime="1467123481655" operationID="PlotGroup3D" key="true[]datadset1noneedgesonframetypematerialinterp0.0|looplevel1|oldanalysistypeParameter_valueoldouteranalysistypenoneavailableoutersolnum1outertypenoneshowhiddenobjectsoffshowinterpoff|off|off|showlooplevelon|off|off|solnum1solrepresentationsolutioninfosolvertypesolnumt0.0timeinterpoffviewautoautotrue[]constconstUnitconstactiveoffdataparentparentdifferentialonevalmethodharmonicevalmethodactiveoffexprmef.QsrhinheritcoloroninheritdeformscaleoninheritheightscaleoninheritplotnonenoneinheritrangeoninterploopleveloldanalysistypeNoneoldouteranalysistypenoneavailableoutersolnum1outertypenonerecoveroffrefine1resolutionnormalshowinterpoff|off|off|showloopleveloff|off|off|smoothinternalsolnum1solrepresentationsolutioninfosolvertypesolnumt0.0timeinterpoffunitW/m^2unitdim0unittrans1wireframeoff" status="built">
          <properties key="progressactive">
            <value tag="progressactive" value="on"/>
          </properties>
          <properties key="hasbeenplotted">
            <value tag="hasbeenplotted" value="on"/>
          </properties>
          <properties key="animating">
            <value tag="animating" value="off"/>
          </properties>
          <properties key="playing">
            <value tag="playing" value="off"/>
          </properties>
          <properties key="legendactivechanged">
            <value tag="legendactivechanged" value="on"/>
          </properties>
          <properties key="data">
            <value tag="data" value="none" reference="//@result/@dataset/@features[key='dset1']/@value" referenceContainerList="//@result/@dataset" compositeIndex="0"/>
          </properties>
          <properties key="readytoplot">
            <value tag="readytoplot" value="on"/>
          </properties>
          <properties key="solrepresentation">
            <value tag="solrepresentation" value="solutioninfo"/>
          </properties>
          <properties key="oldanalysistype">
            <value tag="oldanalysistype" value="Parameter_value"/>
          </properties>
          <properties key="oldouteranalysistype">
            <value tag="oldouteranalysistype" value="noneavailable"/>
          </properties>
          <properties key="outertype">
            <value tag="outertype" value="none"/>
          </properties>
          <properties key="outersolnum">
            <value tag="outersolnum" value="1"/>
          </properties>
          <properties key="solvertype">
            <value tag="solvertype" value="solnum"/>
          </properties>
          <properties key="solnum">
            <value tag="solnum" value="1" compositeIndex="1"/>
          </properties>
          <properties key="timeinterp">
            <value tag="timeinterp" value="off"/>
          </properties>
          <properties key="t">
            <value tag="t" value="0"/>
          </properties>
          <properties key="showlooplevel">
            <value tag="showlooplevel" valueArray="1|3,'on','off','off'"/>
          </properties>
          <properties key="looplevel">
            <value tag="looplevel" valueArray="1|1,'1'"/>
          </properties>
          <properties key="showinterp">
            <value tag="showinterp" valueArray="1|3,'off','off','off'"/>
          </properties>
          <properties key="interp">
            <value tag="interp" valueArray="1|1,'0'"/>
          </properties>
          <properties key="titletype">
            <value tag="titletype" value="auto"/>
          </properties>
          <properties key="titlecolor">
            <value tag="titlecolor" value="black"/>
          </properties>
          <properties key="customtitlecolor">
            <value tag="customtitlecolor" valueArray="1|3,'0','0','0'"/>
          </properties>
          <properties key="customtitlecolor_vector_method">
            <value tag="customtitlecolor_vector_method" value="step"/>
          </properties>
          <properties key="customtitlecolor_vector_start">
            <value tag="customtitlecolor_vector_start" value=""/>
          </properties>
          <properties key="customtitlecolor_vector_stop">
            <value tag="customtitlecolor_vector_stop" value=""/>
          </properties>
          <properties key="customtitlecolor_vector_step">
            <value tag="customtitlecolor_vector_step" value=""/>
          </properties>
          <properties key="customtitlecolor_vector_numvalues">
            <value tag="customtitlecolor_vector_numvalues" value=""/>
          </properties>
          <properties key="customtitlecolor_vector_function">
            <value tag="customtitlecolor_vector_function" value="none"/>
          </properties>
          <properties key="datasetintitle">
            <value tag="datasetintitle" value="off"/>
          </properties>
          <properties key="phaseintitle">
            <value tag="phaseintitle" value="off"/>
          </properties>
          <properties key="solutionintitle">
            <value tag="solutionintitle" value="on"/>
          </properties>
          <properties key="typeintitle">
            <value tag="typeintitle" value="on"/>
          </properties>
          <properties key="descriptionintitle">
            <value tag="descriptionintitle" value="on"/>
          </properties>
          <properties key="expressionintitle">
            <value tag="expressionintitle" value="off"/>
          </properties>
          <properties key="unitintitle">
            <value tag="unitintitle" value="on"/>
          </properties>
          <properties key="prefixintitle">
            <value tag="prefixintitle" value=""/>
          </properties>
          <properties key="suffixintitle">
            <value tag="suffixintitle" value=""/>
          </properties>
          <properties key="title">
            <value tag="title" value="freq(1)=0.1 MHz Surface: Surface resistive losses (W/m&lt;sup>2&lt;/sup>)"/>
          </properties>
          <properties key="forceviewupdate">
            <value tag="forceviewupdate" value="off"/>
          </properties>
          <properties key="view">
            <value tag="view" value="auto" referenceContainerList="//@view" compositeIndex="0"/>
          </properties>
          <properties key="ignoreview">
            <value tag="ignoreview" value="off"/>
          </properties>
          <properties key="showhiddenobjects">
            <value tag="showhiddenobjects" value="off"/>
          </properties>
          <properties key="edges">
            <value tag="edges" value="on"/>
          </properties>
          <properties key="edgecolor">
            <value tag="edgecolor" value="black"/>
          </properties>
          <properties key="customedgecolor">
            <value tag="customedgecolor" valueArray="1|3,'0','0','0'"/>
          </properties>
          <properties key="customedgecolor_vector_method">
            <value tag="customedgecolor_vector_method" value="step"/>
          </properties>
          <properties key="customedgecolor_vector_start">
            <value tag="customedgecolor_vector_start" value=""/>
          </properties>
          <properties key="customedgecolor_vector_stop">
            <value tag="customedgecolor_vector_stop" value=""/>
          </properties>
          <properties key="customedgecolor_vector_step">
            <value tag="customedgecolor_vector_step" value=""/>
          </properties>
          <properties key="customedgecolor_vector_numvalues">
            <value tag="customedgecolor_vector_numvalues" value=""/>
          </properties>
          <properties key="customedgecolor_vector_function">
            <value tag="customedgecolor_vector_function" value="none"/>
          </properties>
          <properties key="frametype">
            <value tag="frametype" value="material"/>
          </properties>
          <properties key="renderdatacached">
            <value tag="renderdatacached" value="off"/>
          </properties>
          <properties key="inputmode">
            <value tag="inputmode" value="evaluate"/>
          </properties>
          <properties key="cutmode">
            <value tag="cutmode" value="none"/>
          </properties>
          <properties key="planedepth">
            <value tag="planedepth" value="0.5"/>
          </properties>
          <properties key="lastinputmode">
            <value tag="lastinputmode" value="evaluate"/>
          </properties>
          <properties key="linefirst">
            <value tag="linefirst" valueArray="1|3,'0','0','0'"/>
          </properties>
          <properties key="linesecond">
            <value tag="linesecond" valueArray="1|3,'0','0','0'"/>
          </properties>
          <properties key="lineisinit">
            <value tag="lineisinit" value="off"/>
          </properties>
          <properties key="planefirst">
            <value tag="planefirst" valueArray="1|3,'0','0','0'"/>
          </properties>
          <properties key="planesecond">
            <value tag="planesecond" valueArray="1|3,'0','0','0'"/>
          </properties>
          <properties key="planeisinit">
            <value tag="planeisinit" value="off"/>
          </properties>
          <properties key="cutlineds">
            <value tag="cutlineds" value=""/>
          </properties>
          <properties key="cutlinedshash">
            <value tag="cutlinedshash" value="0"/>
          </properties>
          <properties key="cutplaneds">
            <value tag="cutplaneds" value=""/>
          </properties>
          <properties key="cutplanedshash">
            <value tag="cutplanedshash" value="0"/>
          </properties>
          <properties key="cutlinepg">
            <value tag="cutlinepg" value=""/>
          </properties>
          <properties key="cutlinepgds">
            <value tag="cutlinepgds" value=""/>
          </properties>
          <properties key="cutplanepg">
            <value tag="cutplanepg" value=""/>
          </properties>
          <properties key="cutplanepgds">
            <value tag="cutplanepgds" value=""/>
          </properties>
          <properties key="cutlineplot">
            <value tag="cutlineplot" value=""/>
          </properties>
          <properties key="cutplaneplot">
            <value tag="cutplaneplot" value=""/>
          </properties>
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    <actions>t(s(&quot;/&quot;)) m(s(&quot;comments&quot;)) s(&quot;Untitled

&quot;) o(s(&quot;/&quot;))</actions>
    <actions>t(s(&quot;//@modelNode&quot;)) m(s(&quot;create&quot;)) s(&quot;comp1&quot;) o(s(&quot;//@modelNode/@modelNodes[key='comp1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom&quot;)) m(s(&quot;create&quot;)) s(&quot;geom1&quot;) i(3) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh&quot;)) m(s(&quot;create&quot;)) s(&quot;mesh1&quot;) s(&quot;geom1&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics&quot;)) m(s(&quot;create&quot;)) s(&quot;mef&quot;) s(&quot;ElectricInductionCurrents&quot;) s(&quot;geom1&quot;) o(s(&quot;//@physics/@physints[key='mef']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study&quot;)) m(s(&quot;create&quot;)) s(&quot;std1&quot;) o(s(&quot;//@study/@objects[key='std1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;freq&quot;) s(&quot;Frequency&quot;) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;)) m(s(&quot;activate&quot;)) s(&quot;mef&quot;) b(true) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;Dia&quot;) s(&quot;100[um]&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;descr&quot;)) s(&quot;Dia&quot;) s(&quot;Diameter of the sphere&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;R_s&quot;) s(&quot;80[uohm*cm]&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;descr&quot;)) s(&quot;R_s&quot;) s(&quot;Resisvity of sphere&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;sph1&quot;) s(&quot;Sphere&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='sph1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;F&quot;) s(&quot;0.1[MHz]&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;descr&quot;)) s(&quot;F&quot;) s(&quot;Frequency of Ac magnetic field&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;set&quot;)) s(&quot;d_f&quot;) s(&quot;10[Oe]&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;descr&quot;)) s(&quot;d_f&quot;) s(&quot;Driving filed&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;descr&quot;)) s(&quot;R_s&quot;) s(&quot;Resistivity of sphere&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='sph1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;r&quot;) s(&quot;0.00005&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value/@feature/@features[key='sph1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;run&quot;)) s(&quot;sph1&quot;) o(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@geom/@geoms[key='geom1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;epsilonr_mat&quot;) s(&quot;userdef&quot;) o(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;mur_mat&quot;) s(&quot;userdef&quot;) o(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;mur&quot;) sa(s(&quot;2&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;2&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;2&quot;)) o(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;epsilonr_mat&quot;) s(&quot;from_mat&quot;) o(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;sigma_mat&quot;) s(&quot;userdef&quot;) o(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;sigma&quot;) sa(s(&quot;1250000&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;1250000&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;0&quot;),s(&quot;1250000&quot;)) o(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;)) m(s(&quot;setIndex&quot;)) s(&quot;materialType&quot;) s(&quot;solid&quot;) i(0) o(s(&quot;//@physics/@physints[key='mef']/@value/@feature/@features[key='alc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;ftet1&quot;) s(&quot;FreeTet&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@selection&quot;)) m(s(&quot;geom&quot;)) s(&quot;geom1&quot;) i(3) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@selection&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@selection&quot;)) m(s(&quot;set&quot;)) ia(1) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@selection&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;size1&quot;) s(&quot;Size&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;custom&quot;) s(&quot;on&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;custom&quot;) s(&quot;on&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;custom&quot;) s(&quot;off&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;custom&quot;) s(&quot;off&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;hauto&quot;) s(&quot;3&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;swe1&quot;) s(&quot;Sweep&quot;) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='swe1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value&quot;)) m(s(&quot;run&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@selection&quot;)) m(s(&quot;all&quot;)) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@selection&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;showdistribute&quot;) b(false) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plist&quot;) s(&quot;0.1&quot;) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;punit&quot;) s(&quot;mHz&quot;) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;punit&quot;) s(&quot;MHz&quot;) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@param&quot;)) m(s(&quot;descr&quot;)) s(&quot;d_f&quot;) s(&quot;Driving field&quot;) o(s(&quot;//@param&quot;))</actions>
    <actions>t(s(&quot;/&quot;)) m(s(&quot;label&quot;)) s(&quot;Sphere.mph&quot;) o(s(&quot;/&quot;))</actions>
    <actions>t(s(&quot;/&quot;)) m(s(&quot;label&quot;)) s(&quot;Sphere.mph&quot;) o(s(&quot;/&quot;))</actions>
    <actions>t(s(&quot;//@material&quot;)) m(s(&quot;create&quot;)) s(&quot;mat1&quot;) s(&quot;Common&quot;) s(&quot;comp1&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;label&quot;)) s(&quot;Air&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;family&quot;) s(&quot;air&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;relpermeability&quot;) s(&quot;1&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;relpermittivity&quot;) s(&quot;1&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;dynamicviscosity&quot;) s(&quot;eta(T[1/K])[Pa*s]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;ratioofspecificheat&quot;) s(&quot;1.4&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;electricconductivity&quot;) s(&quot;0[S/m]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;heatcapacity&quot;) s(&quot;Cp(T[1/K])[J/(kg*K)]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;density&quot;) s(&quot;rho(pA[1/Pa],T[1/K])[kg/m^3]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;thermalconductivity&quot;) s(&quot;k(T[1/K])[W/(m*K)]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;soundspeed&quot;) s(&quot;cs(T[1/K])[m/s]&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func&quot;)) m(s(&quot;create&quot;)) s(&quot;eta&quot;) s(&quot;Piecewise&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;funcname&quot;) s(&quot;eta&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;arg&quot;) s(&quot;T&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;extrap&quot;) s(&quot;constant&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;pieces&quot;) saa(sa(s(&quot;200.0&quot;),s(&quot;1600.0&quot;),s(&quot;-8.38278E-7+8.35717342E-8*T^1-7.69429583E-11*T^2+4.6437266E-14*T^3-1.06585607E-17*T^4&quot;))) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='eta']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func&quot;)) m(s(&quot;create&quot;)) s(&quot;Cp&quot;) s(&quot;Piecewise&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;funcname&quot;) s(&quot;Cp&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;arg&quot;) s(&quot;T&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;extrap&quot;) s(&quot;constant&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;pieces&quot;) saa(sa(s(&quot;200.0&quot;),s(&quot;1600.0&quot;),s(&quot;1047.63657-0.372589265*T^1+9.45304214E-4*T^2-6.02409443E-7*T^3+1.2858961E-10*T^4&quot;))) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='Cp']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func&quot;)) m(s(&quot;create&quot;)) s(&quot;rho&quot;) s(&quot;Analytic&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;funcname&quot;) s(&quot;rho&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;args&quot;) sa(s(&quot;pA&quot;),s(&quot;T&quot;)) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) s(&quot;pA*0.02897/8.314/T&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;dermethod&quot;) s(&quot;manual&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;argders&quot;) saa(sa(s(&quot;pA&quot;),s(&quot;d(pA*0.02897/8.314/T,pA)&quot;)),sa(s(&quot;T&quot;),s(&quot;d(pA*0.02897/8.314/T,T)&quot;))) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='rho']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func&quot;)) m(s(&quot;create&quot;)) s(&quot;k&quot;) s(&quot;Piecewise&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;funcname&quot;) s(&quot;k&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;arg&quot;) s(&quot;T&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;extrap&quot;) s(&quot;constant&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;pieces&quot;) saa(sa(s(&quot;200.0&quot;),s(&quot;1600.0&quot;),s(&quot;-0.00227583562+1.15480022E-4*T^1-7.90252856E-8*T^2+4.11702505E-11*T^3-7.43864331E-15*T^4&quot;))) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='k']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func&quot;)) m(s(&quot;create&quot;)) s(&quot;cs&quot;) s(&quot;Analytic&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;funcname&quot;) s(&quot;cs&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;args&quot;) sa(s(&quot;T&quot;)) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;expr&quot;) s(&quot;sqrt(1.4*287*T)&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;dermethod&quot;) s(&quot;manual&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;argders&quot;) saa(sa(s(&quot;T&quot;),s(&quot;d(sqrt(1.4*287*T),T)&quot;))) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value/@func/@features[key='cs']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;addInput&quot;)) s(&quot;temperature&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;)) m(s(&quot;addInput&quot;)) s(&quot;pressure&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='def']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel&quot;)) m(s(&quot;create&quot;)) s(&quot;RefractiveIndex&quot;) s(&quot;Refractive index&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='RefractiveIndex']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='RefractiveIndex']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;n&quot;) s(&quot;1&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value/@materialmodel/@models[key='RefractiveIndex']/@value&quot;))</actions>
    <actions>t(s(&quot;//@material/@materials[key='mat1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;family&quot;) s(&quot;air&quot;) o(s(&quot;//@material/@materials[key='mat1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value/@selection&quot;)) m(s(&quot;geom&quot;)) s(&quot;geom1&quot;) i(2) o(s(&quot;//@mesh/@meshes[key='mesh1']/@value/@feature/@features[key='ftet1']/@value/@feature/@features[key='size1']/@value/@selection&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;showdistribute&quot;) b(false) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol&quot;)) m(s(&quot;create&quot;)) s(&quot;sol1&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;study&quot;)) s(&quot;std1&quot;)</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;notlistsolnum&quot;) i(1) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;notsolnum&quot;) s(&quot;1&quot;) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;listsolnum&quot;) i(1) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;solnum&quot;) s(&quot;1&quot;) o(s(&quot;//@study/@objects[key='std1']/@value/@feature/@features[key='freq']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;st1&quot;) s(&quot;StudyStep&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;study&quot;) s(&quot;std1&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;studystep&quot;) s(&quot;freq&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='st1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;v1&quot;) s(&quot;Variables&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;freq&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='v1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;s1&quot;) s(&quot;Stationary&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;p1&quot;) s(&quot;Parametric&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature&quot;)) m(s(&quot;remove&quot;)) s(&quot;pDef&quot;)</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;pname&quot;) sa(s(&quot;freq&quot;)) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plistarr&quot;) sa(s(&quot;0.1&quot;)) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;punit&quot;) sa(s(&quot;MHz&quot;)) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;pcontinuationmode&quot;) s(&quot;no&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;preusesol&quot;) s(&quot;auto&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plot&quot;) s(&quot;off&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;plotgroup&quot;) s(&quot;Default&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probesel&quot;) s(&quot;all&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;probes&quot;) sa() o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;freq&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='p1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;control&quot;) s(&quot;freq&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;fc1&quot;) s(&quot;FullyCoupled&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='fc1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;i1&quot;) s(&quot;Iterative&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;linsolver&quot;) s(&quot;fgmres&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;rhob&quot;) s(&quot;1e4&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;mg1&quot;) s(&quot;Multigrid&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value/@feature/@features[key='pr']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;so1&quot;) s(&quot;SOR&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value/@feature/@features[key='pr']/@value/@feature/@features[key='so1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value/@feature/@features[key='po']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;so1&quot;) s(&quot;SOR&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value/@feature/@features[key='po']/@value/@feature/@features[key='so1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value/@feature/@features[key='cs']/@value&quot;)) m(s(&quot;create&quot;)) s(&quot;kp1&quot;) s(&quot;KrylovPreconditioner&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value/@feature/@features[key='cs']/@value/@feature/@features[key='kp1']/@value&quot;))</actions>
    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value/@feature/@features[key='cs']/@value/@feature/@features[key='kp1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;prefuntype&quot;) s(&quot;right&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value/@feature/@features[key='cs']/@value/@feature/@features[key='kp1']/@value&quot;))</actions>
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    <actions>t(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value/@feature/@features[key='cs']/@value/@feature/@features[key='kp1']/@value&quot;)) m(s(&quot;set&quot;)) s(&quot;iterm&quot;) s(&quot;itertol&quot;) o(s(&quot;//@sol/@solseqs[key='sol1']/@value/@feature/@features[key='s1']/@value/@feature/@features[key='i1']/@value/@feature/@features[key='mg1']/@value/@feature/@features[key='cs']/@value/@feature/@features[key='kp1']/@value&quot;))</actions>
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                  <value xsi:type="com.comsol.mph-v15:SavePointView" tag="view1" entityName="View 1" entityComments="" entityAuthor="" entityCreationTime="1467123483097" operationID="ModelView3D" geom="//@savePointData/@objects[key='savepoint1']/@value/@geom/@objects[key='geom1']/@value" sdim="3" current="true" globalcurrent="true">
                    <entityFlags>nodeactivate</entityFlags>
                    <properties key="renderwireframe">
                      <value tag="renderwireframe" value="off"/>
                    </properties>
                    <properties key="showlabels">
                      <value tag="showlabels" value="off"/>
                    </properties>
                    <properties key="showDirections">
                      <value tag="showDirections" value="off"/>
                    </properties>
                    <properties key="showgrid">
                      <value tag="showgrid" value="on"/>
                    </properties>
                    <properties key="showaxisorientation">
                      <value tag="showaxisorientation" value="on"/>
                    </properties>
                    <properties key="locked">
                      <value tag="locked" value="off"/>
                    </properties>
                    <properties key="scenelight">
                      <value tag="scenelight" value="on"/>
                    </properties>
                    <properties key="totlightintensity">
                      <value tag="totlightintensity" value="1.0"/>
                    </properties>
                    <properties key="usediffuse">
                      <value tag="usediffuse" value="on"/>
                    </properties>
                    <properties key="usespecular">
                      <value tag="usespecular" value="on"/>
                    </properties>
                    <properties key="globalambient">
                      <value tag="globalambient" value="on"/>
                    </properties>
                    <properties key="totambient">
                      <value tag="totambient" value="0.3"/>
                    </properties>
                    <properties key="ambientcolor">
                      <value tag="ambientcolor" value="white"/>
                    </properties>
                    <properties key="customambientcolor">
                      <value tag="customambientcolor" valueArray="1|3,'1','1','1'"/>
                    </properties>
                    <properties key="customambientcolor_vector_method">
                      <value tag="customambientcolor_vector_method" value="step"/>
                    </properties>
                    <properties key="customambientcolor_vector_start">
                      <value tag="customambientcolor_vector_start" value=""/>
                    </properties>
                    <properties key="customambientcolor_vector_stop">
                      <value tag="customambientcolor_vector_stop" value=""/>
                    </properties>
                    <properties key="customambientcolor_vector_step">
                      <value tag="customambientcolor_vector_step" value=""/>
                    </properties>
                    <properties key="customambientcolor_vector_numvalues">
                      <value tag="customambientcolor_vector_numvalues" value=""/>
                    </properties>
                    <properties key="customambientcolor_vector_function">
                      <value tag="customambientcolor_vector_function" value="none"/>
                    </properties>
                    <properties key="transparency">
                      <value tag="transparency" value="off"/>
                    </properties>
                    <properties key="alpha">
                      <value tag="alpha" value="0.5"/>
                    </properties>
                    <properties key="drawhidestatus">
                      <value tag="drawhidestatus" value="hide"/>
                    </properties>
                    <properties key="geomhidestatus">
                      <value tag="geomhidestatus" value="hide"/>
                    </properties>
                    <properties key="isnew">
                      <value tag="isnew" value="off"/>
                    </properties>
                    <properties key="postviewkey">
                      <value tag="postviewkey" value=""/>
                    </properties>
                    <properties key="workplaneclip">
                      <value tag="workplaneclip" value="off"/>
                    </properties>
                    <hideEntities xsi:type="com.comsol.mph-v15:SavePointHideGeomList" entityName="List" entityComments="" entityAuthor="" entityCreationTime="1467123483097" model="/"/>
                  </value>
                </views>
              </view>
            </value>
          </objects>
        </geom>
      </value>
    </objects>
  </savePointData>
  <event entityName="List" entityComments="" entityAuthor="" entityCreationTime="1467123482675" model="/"/>
  <group entityName="Load and Constraint Groups" entityComments="" entityAuthor="" entityCreationTime="1466521323211" model="/"/>
  <extraDim entityName="List" entityComments="" entityAuthor="" entityCreationTime="1466521326548" model="/"/>
  <multiphysics entityName="List" entityComments="" entityAuthor="" entityCreationTime="1466521323208" model="/"/>
  <massProp entityName="List" entityComments="" entityAuthor="" entityCreationTime="1466521323173" model="/"/>
  <applicationNodeList entityName="List" entityComments="" entityAuthor="" entityCreationTime="1466521323207" model="/"/>
  <information entityName="Information" entityComments="" entityAuthor="" entityCreationTime="1466521323240" model="/">
    <objects key="expectedComputationTime">
      <value tag="expectedComputationTime" title="Expected_computation_time"/>
    </objects>
    <objects key="lastComputationTime">
      <value tag="lastComputationTime" title="Last_computation_time" body="6 s"/>
    </objects>
  </information>
</com.comsol.mph-v15:Model>
