The difference in the color of our professor's quantum dots is attributable to the gap between occupied (valence band) a
Posted: Wed May 18, 2022 9:38 am
The difference in the color of our professor's quantum dots
is attributable to the gap between occupied (valence band) and
unoccupied levels (conduction band). Which quantum dot has the
electrons confined to the lowest volume, according to the
particle-in-a-box formula? (E = (n^2 h^2) / (8 m L^2))
is attributable to the gap between occupied (valence band) and
unoccupied levels (conduction band). Which quantum dot has the
electrons confined to the lowest volume, according to the
particle-in-a-box formula? (E = (n^2 h^2) / (8 m L^2))