The same is true for the different material varied doping structures responding to the same waveband incidentphoton.
同时， 不同掺杂结构光电阴极对于相同波段范围内的入射光， 其作用效果也不相同。
2
How to get higher incidentphoton-to-current conversion efficiency and prolong the lifetime of the solar cells has been the focus in the past years.
如何获得更高的光电转换效率，延长整个电池的使用寿命一直是研究的焦点问题。
3
The advantages of the proposed method are insensitivity to the incidentphoton direction, large wavelength range without mechanical movement, and real-time control.