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- Study of Air Bubbles in Water Based on Spatial Spectrum Intensity of Backward Scattered Light 利用后向散射光空间谱强度分布探测尾流气泡的实验研究
- Study of Attenuation Characteristic of Ship Wake's Backward Scattered Light Based on the Detection of Optical Power 尾流后向散射光功率衰减特性研究
- Backward scattered light 后向光散射
- Of a floodlight. The scattered light falling outside the beam. 对泛光灯而言。投射在光束之外的散射光。
- This objective produces only very little scattered light. 此物镜仅产生很小的散射光。
- Calibration of scatter light turbidity measurement instrument. 散射光式浊度测量仪的校准。
- The energy of the scattered light is abstracted from the original beam. 散射光的能量取自原来的光束。
- The pulse width of the backward scattered radiation decreases with the increase of the electron’s initial energy, and the collimation of the scattered radiation becomes better. 短脉冲激光条件下得到的后向散射光的频率上移与长脉冲激光条件下得到的后向散射光的频率上移是完全一致的，同时发现随着入射电子初始能量的增加，散射光的准直性越来越好，后向散射光脉冲的脉宽越来越短。
- A medium that scatters light, used in photography to soften shadows. 漫散屏，柔光屏散射光线的介质，用在摄影中使背景柔和
- Black, because there is no molecule and therefore no scattered light to brighten the sky. 黑色。因没有分子就没有散射光,故此天空显得暗淡。
- Method of Measuring Concentration of Dust In the Air on the Principle of Scattered light. 空气中粉尘浓度的光散射式测定法。
- Nebula by itself cannot produce any energy. However, some may scatter light from the other stars and so be seen. 星云本身不会产生能量,只能依靠散射恒星的光芒,才能为人所见。
- These would nestle in the spaces between the spheres and cause the material to scatter light from even more angles, making it yet more iridescent. 这些碳微粒将安居在聚苯乙烯球之间，可以使材料从更多角度反射光芒，更加色彩斑斓。
- Uses scattered light to show particles too small to see with ordinary microscopes. 用户用普通显微镜分散光观察粒子太小了以至于看不清。
- Clear natural, anti-impact, affectively stopping ultraviolet radiation, scattered light. 清晰自然，抗冲击，有效阻拦紫外线，眩光及散射光。
- Water vapour condenses to form thousands of tiny water droplets which scatter light. 水蒸气冷凝形成无数的小水滴，使光线发生散射。
- It is concluded that the absorption in turbid medium is an intrinsic gating mechanism to refuse the scattered light. 因此，混浊介质样品对光的吸收作用是样品本身所固有的分辨散射光的门机制。
- Opals could be brilliant because they have tiny crystals which could scatter light. 蛋白石闪光是因为有小的水晶颗粒可以反射光。
- Prisms on the other hand never scatter light and therefore can produce excellent contrast. 棱镜结构另一方面没有光线散射，所以可以产生很好的反差。
- The result is a thin, transparent film of water which, unlike droplets, does not scatter light. 结果形成一层与水滴不同的透明薄水膜，不会使光线发生散射。
