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1·The ratio of reflected to incident light.

入射灯光反射的比率。

2·Reflecting only a small fraction of incident light.

反射入射光的仅一小部分的。

3·The transmission factor of this cavity was found to vary with the incident light power.

研究表明，该系统的透过率随入射光强变化。

4·This enhancement increases the absorption of incident light, leading to a more efficient device.

该增强增加入射光的吸收，产生更有效的器件。

5·The estimation of the chromaticity of the incident light is calculated on the chromaticity plane.

然后通过在色度平面上的分析，估计入射光的色度值。

6·The influence of the spectral bandwidth of a polychromatic incident light on the imaging is also studied.

还研究了入射光的光谱带宽对成像的影响。

7·The space uniformity of spontaneous emitation from the surface of sample is like that of the incident light.

从样品表面出来的自发发射的空间均匀性似乎与入射光一样。

8·The pits continuously move through incident light, which produces regular photoelectric signal accepted by detector.

凹坑连续划过入射光束，使探测器接收到的光电信号呈现有规律的变化。

9·Finally, the theoretical reasons why the incident light wavelength affected the stray light correction were explained.

最后，从原理上解释了杂散光修正效果受入射光波长影响的原因。

10·The action between incident light and coatings can be divided into two parts, surface scattering and volume scattering.

涂层对入射光的散射作用可以分为面散射和体散射两部分。