high photoconductivity
高光导电性
photoconductivity effect
光导电效应
enhanced photoconductivity
增强光导电性
photoconductivity measurement
光导电性测量
photoconductivity properties
光导电性特性
photoconductivity materials
光导电材料
photoconductivity applications
光导电应用
photoconductivity study
光导电性研究
photoconductivity mechanism
光导电机制
photoconductivity increase
光导电性增加
photoconductivity is a key property in semiconductor materials.
光导电性是半导体材料中的一个关键特性。
the study of photoconductivity has led to advancements in solar cell technology.
光导电性的研究促进了太阳能电池技术的进步。
researchers are exploring the relationship between temperature and photoconductivity.
研究人员正在探索温度与光导电性之间的关系。
photoconductivity can be enhanced by doping materials with specific elements.
通过用特定元素掺杂材料，可以增强光导电性。
some materials exhibit high photoconductivity under ultraviolet light.
某些材料在紫外光照射下表现出高光导电性。
understanding photoconductivity is essential for developing new optoelectronic devices.
理解光导电性对于开发新型光电设备至关重要。
the phenomenon of photoconductivity can be observed in various organic compounds.
光导电现象可以在多种有机化合物中观察到。
photoconductivity plays a significant role in the functioning of photodetectors.
光导电性在光电探测器的功能中发挥着重要作用。
the efficiency of photoconductivity can vary widely among different materials.
不同材料的光导电效率差异很大。
innovations in photoconductivity are paving the way for new lighting technologies.
光导电性的创新为新型照明技术铺平了道路。
high photoconductivity
高光导电性
photoconductivity effect
光导电效应
enhanced photoconductivity
增强光导电性
photoconductivity measurement
光导电性测量
photoconductivity properties
光导电性特性
photoconductivity materials
光导电材料
photoconductivity applications
光导电应用
photoconductivity study
光导电性研究
photoconductivity mechanism
光导电机制
photoconductivity increase
光导电性增加
photoconductivity is a key property in semiconductor materials.
光导电性是半导体材料中的一个关键特性。
the study of photoconductivity has led to advancements in solar cell technology.
光导电性的研究促进了太阳能电池技术的进步。
researchers are exploring the relationship between temperature and photoconductivity.
研究人员正在探索温度与光导电性之间的关系。
photoconductivity can be enhanced by doping materials with specific elements.
通过用特定元素掺杂材料，可以增强光导电性。
some materials exhibit high photoconductivity under ultraviolet light.
某些材料在紫外光照射下表现出高光导电性。
understanding photoconductivity is essential for developing new optoelectronic devices.
理解光导电性对于开发新型光电设备至关重要。
the phenomenon of photoconductivity can be observed in various organic compounds.
光导电现象可以在多种有机化合物中观察到。
photoconductivity plays a significant role in the functioning of photodetectors.
光导电性在光电探测器的功能中发挥着重要作用。
the efficiency of photoconductivity can vary widely among different materials.
不同材料的光导电效率差异很大。
innovations in photoconductivity are paving the way for new lighting technologies.
光导电性的创新为新型照明技术铺平了道路。
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