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A) Formation of excitons. (B) Comparison of exciton radius and QD size. | Download Scientific Diagram
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SOLVED: In Ga As, me* = 0.067 me , mh* = 0.53 me , dielectric constant 13.2 , Bohr radius : 0.565 nm Calculate the Bohr exciton radius for the exciton
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PDF] DETERMINATION OF THE EXCITONIC RYDBERG ENERGY, THE EXCITON BOHR RADIUS FOR FREE EXCITON ACCORDING TO THE RATIO [Ga]⁄(([Ga]+[In] ) )AND BANDGAP ENERGY IN THE CHALCOPYRITE SOLAR CELL. | Semantic Scholar
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