photoconductions efficiency
光导效率
photoconductions materials
光导材料
photoconductions properties
光导特性
photoconductions applications
光导应用
photoconductions devices
光导设备
photoconductions systems
光导系统
photoconductions research
光导研究
photoconductions technology
光导技术
photoconductions performance
光导性能
photoconductions analysis
光导分析
the study of photoconductions is essential in understanding semiconductor materials.
研究光导电性在理解半导体材料中至关重要。
photoconductions can significantly enhance the performance of solar cells.
光导电性可以显著提高太阳能电池的性能。
researchers are exploring new materials to improve photoconductions.
研究人员正在探索新材料以改善光导电性。
understanding photoconductions helps in developing better photodetectors.
理解光导电性有助于开发更好的光电探测器。
photoconductions play a vital role in the field of optoelectronics.
光导电性在光电子学领域中发挥着至关重要的作用。
advancements in photoconductions could lead to more efficient electronic devices.
光导电性的进步可能会导致更高效的电子设备。
photoconductions are influenced by temperature and light intensity.
光导电性受温度和光强度的影响。
engineering applications often rely on the principles of photoconductions.
工程应用通常依赖于光导电性的原理。
innovative uses of photoconductions are emerging in various industries.
光导电性的创新应用正在各个行业中涌现。
photoconductions can be measured using specialized equipment in laboratories.
光导电性可以在实验室中使用专业设备进行测量。
photoconductions efficiency
光导效率
photoconductions materials
光导材料
photoconductions properties
光导特性
photoconductions applications
光导应用
photoconductions devices
光导设备
photoconductions systems
光导系统
photoconductions research
光导研究
photoconductions technology
光导技术
photoconductions performance
光导性能
photoconductions analysis
光导分析
the study of photoconductions is essential in understanding semiconductor materials.
研究光导电性在理解半导体材料中至关重要。
photoconductions can significantly enhance the performance of solar cells.
光导电性可以显著提高太阳能电池的性能。
researchers are exploring new materials to improve photoconductions.
研究人员正在探索新材料以改善光导电性。
understanding photoconductions helps in developing better photodetectors.
理解光导电性有助于开发更好的光电探测器。
photoconductions play a vital role in the field of optoelectronics.
光导电性在光电子学领域中发挥着至关重要的作用。
advancements in photoconductions could lead to more efficient electronic devices.
光导电性的进步可能会导致更高效的电子设备。
photoconductions are influenced by temperature and light intensity.
光导电性受温度和光强度的影响。
engineering applications often rely on the principles of photoconductions.
工程应用通常依赖于光导电性的原理。
innovative uses of photoconductions are emerging in various industries.
光导电性的创新应用正在各个行业中涌现。
photoconductions can be measured using specialized equipment in laboratories.
光导电性可以在实验室中使用专业设备进行测量。
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