本文的研究结果为提高光电器件的光电转换性能提供了新的思路。
The research results in this paper provide a new idea to improve the photoelectric conversion properties of photoelectric devices.
因此，合理地调整膜面孔径的尺寸对获得较强的光电转换性能是必要的。
Therefore, the photoelectric conversion properties can be improved by optimizing the pore size.
采用光纤激光器作为光源，性能稳定，光电转换效率高，能耗低。
Using the fiber laser as light source, Stable performance, High photoelectric conversion efficiency, Low energy consumption.
对CMIXIS的性能参数进行了测试，并对光电转换特性曲线进行了分析。
Performance parameters of CMI X is were measured, and the curve of photoelectric conversion characteristic of CMI X is was analyzed.
建立了LBS- 1型立靶精度测量系统中的天幕靶，对天幕靶探测性能存在的各种影响因素，如：光电转换接收器件及其探测电路、天空背景亮度的强弱等进行了分析。
LBS-1 fire accuracy measurement system was set up. Influence factors including detection circuit of photo-electricity transforming and accepting, and brightness of sky background, were analyzed.
建立了LBS- 1型立靶精度测量系统中的天幕靶，对天幕靶探测性能存在的各种影响因素，如：光电转换接收器件及其探测电路、天空背景亮度的强弱等进行了分析。
LBS-1 fire accuracy measurement system was set up. Influence factors including detection circuit of photo-electricity transforming and accepting, and brightness of sky background, were analyzed.
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