“…[31][32][33] Ptype doping of CdSe with Cu 2 Se can tune the bandgap of CdSe for varying its optical response and this can improve the photocurrent conversion efficiency by providing extra holes. Simi et al 34 reported the synthesis of type II core-shell quantum dots by a high temperature organometallic method. They inferred that the charge separation in the CdSe-Cu 2 Se core-shell system makes it a good choice for designing light harvesting devices.…”
The use of nanocrystals as materials for potential technological applications depends on tailoring their properties through intentional doping with external impurities.
“…[31][32][33] Ptype doping of CdSe with Cu 2 Se can tune the bandgap of CdSe for varying its optical response and this can improve the photocurrent conversion efficiency by providing extra holes. Simi et al 34 reported the synthesis of type II core-shell quantum dots by a high temperature organometallic method. They inferred that the charge separation in the CdSe-Cu 2 Se core-shell system makes it a good choice for designing light harvesting devices.…”
The use of nanocrystals as materials for potential technological applications depends on tailoring their properties through intentional doping with external impurities.
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