结果显示，能比较好的符合光谱补偿的要求，可以用作补偿增益窄化效应的光谱调制滤波器。
Results show that they satisfy the compensation requirements well and can be used as the spectral compensation filters.
通过分析比较各种光电转换器的参数，选取了与晶体发光光谱匹配最好的PMT和APD。
After the parameters analysis and comparison, we choose the suitable PMT and APD which is the best match with the crystal luminescence spectra as the photoelectric transducer.
通过分析比较各种光电转换器的参数，选取了与晶体发光光谱匹配最好的PMT和APD。
After the parameters analysis and comparison, we choose the suitable PMT and APD which is the best match with the crystal luminescence spectra as the photoelectric transducer.
应用推荐