Abstract
Bandgap graded nanostructure has lots of potential applications in fields such as multicolor display, nanoscale light source and photovoltaic devices. Thus, their productivity improvement has always been a critical problem. Here we proposed a statistic model to describe the bandgap graded CdSSe nanostructure growth process, which would enable the prediction and control of the yield. The model investigated the relation between the productivity of CdSSe nanostructure and the vapor-liquid-solid (VLS) growth conditions, including temperature, pressure and distance from the heating zoom. The model would help to reduce the uncertainty in nanostructure growth process and realize robust synthesis of bandgap graded nanostructure.
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