RQE：相对量子效率
“相对量子效率”是光电探测领域中的一个关键性能指标，通常以其英文缩写RQE进行简化表达，以提升书写与交流效率。该术语广泛用于物理学、材料科学以及光电器件研发等综合性学科中，尚未被严格细分到特定类别。RQE主要用于衡量光电器件在特定条件下转换光子为电子的效率，是评估探测器性能的重要参数之一。
Relative Quantum Efficiency具体释义
Relative Quantum Efficiency的英文发音
例句
- In these materials, iridium complexes have been regarded as one of the most appropriate phosphorescent materials because of their relative short lifetime and high quantum efficiency.
- 其中金属铱配合物因具有短的磷光寿命和高的发光效率而成为研究的热点。
- It can be used to test relative spectral responsivity, absolute spectral responsivity and quantum efficiency, and the effect of instability of source can be eliminated. The testing results are compared.
- 该装置采用双光路替代法，可以测试绝对光谱响应度、相对光谱响应度和量子效率，并可减小光源不稳定性对测试结果的影响，最终给出了测试结果比对。
- This device can be used to test the relative spectral sensitivity, the absolute spectral sensitivity, the quantum efficiency and eliminate the effect of unstability of source on test results.
- 运用相对灵敏度解决了不同量纲的影响因素的比较难题，并根据需要引入权数分析了一些设计参数对某些评价量的影响程度，从而为后续设计和优化性能提供依据。
- The variation of the quantum yield for the sensitized photoreduction, the relative fluorescence quantum yield and their product with the concentration of nitrocompound has been examined. The efficiency of photoreduction sensitized by the singlet and triplet excited states of metal phthalocyanine has also been calculated.
- 从敏化光还原反应的量子产率及荧光猝灭与硝基化合物浓度的依赖关系，计算出各种金属酞菁激发单重态与三重态的敏化效率。
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