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Effect of Local Deformation on the Emission Energy of Quantum Dots in a Flexible Tube
Publié en 2008
Strain induced by local deformation of a flexible micrometer-sized semiconductor tube is quantified by modeling a ball pressing on the tube wall. By changing the pressing condition, we are able to change the strain state of the tube wall incorporating self-assembled quantum dots (QDs) in the wall. The QD emission energy is calculated in COMSOL® by solving the Schrödinger wave equation including the effects of strain induced shifts in band edges.

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