photocathode array
光电阴极阵列
photocathode efficiency
光电阴极效率
photocathode material
光电阴极材料
photocathode response
光电阴极响应
photocathode device
光电阴极设备
photocathode emission
光电阴极发射
photocathode surface
光电阴极表面
photocathode voltage
光电阴极电压
photocathode tube
光电阴极管
photocathode technology
光电阴极技术
the photocathode converts light into electrical signals.
光电阴极将光转换为电信号。
researchers are studying the efficiency of different photocathodes.
研究人员正在研究不同光电阴极的效率。
a high-quality photocathode is essential for better imaging.
高质量的光电阴极对于更好的成像至关重要。
the performance of the photocathode can vary with temperature.
光电阴极的性能可能会随温度变化。
photocathodes are used in various types of photodetectors.
光电阴极用于各种类型的光电探测器。
advancements in photocathode technology are improving solar cells.
光电阴极技术的进步正在改善太阳能电池。
we need to optimize the photocathode for better sensitivity.
我们需要优化光电阴极以提高灵敏度。
the photocathode is a critical component in many devices.
光电阴极是许多设备中的关键组件。
photocathode materials can significantly affect performance.
光电阴极材料会显著影响性能。
understanding the properties of the photocathode is vital for innovation.
理解光电阴极的特性对创新至关重要。
photocathode array
光电阴极阵列
photocathode efficiency
光电阴极效率
photocathode material
光电阴极材料
photocathode response
光电阴极响应
photocathode device
光电阴极设备
photocathode emission
光电阴极发射
photocathode surface
光电阴极表面
photocathode voltage
光电阴极电压
photocathode tube
光电阴极管
photocathode technology
光电阴极技术
the photocathode converts light into electrical signals.
光电阴极将光转换为电信号。
researchers are studying the efficiency of different photocathodes.
研究人员正在研究不同光电阴极的效率。
a high-quality photocathode is essential for better imaging.
高质量的光电阴极对于更好的成像至关重要。
the performance of the photocathode can vary with temperature.
光电阴极的性能可能会随温度变化。
photocathodes are used in various types of photodetectors.
光电阴极用于各种类型的光电探测器。
advancements in photocathode technology are improving solar cells.
光电阴极技术的进步正在改善太阳能电池。
we need to optimize the photocathode for better sensitivity.
我们需要优化光电阴极以提高灵敏度。
the photocathode is a critical component in many devices.
光电阴极是许多设备中的关键组件。
photocathode materials can significantly affect performance.
光电阴极材料会显著影响性能。
understanding the properties of the photocathode is vital for innovation.
理解光电阴极的特性对创新至关重要。
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