透明物体不吸收或散射光。
散射光的能量取自原来的光束。
The energy of the scattered light is abstracted from the original beam .
模拟了一个散射光感器和一个电离室。
A scattering light sensor and an ionization chamber were simulated.
对泛光灯而言。投射在光束之外的散射光。
Of a floodlight. The scattered light falling outside the beam.
然而，这种散射光极其微弱，因此只产生一个非常弱的信号。
However, the scattered light is extremely weak and therefore yields a very low signal.
光偏振实验表明PAR的散射光为完全偏振光。
By a light polarization experiment, the RLS of PAR was demonstrated to be complete polarized light.
课题中运用了散射光浊度测量方法来研制浊度仪。
The study applying scatter light turbidity measurement to design a turbidimeter system.
可以通过对拍摄物的散射光调节获取正确的对比度。
Correct contrast can be achieved by directing diffused lighting onto the subject.
采用两个模拟光源，分别模拟信号光和后向散射光。
Two light sources are used for simulating the signal and backscatter light respectively.
黑色。因没有分子就没有散射光，故此天空显得暗淡。
Black, because there is no molecule and therefore no scattered light to brighten the sky.
采用两个模拟光源，分别模拟了信号光和后向散射光。
Two light sources were used for simulating the signal and backscatter light respectively.
使用该成像技术能获得更高的对比度和散射光排斥率。
This imaging technique offers an increased contrast and a high scattered light rejection.
这些材料往往各向同性散射光的时装(即清一色四望)。
These materials tend to scatter light in an isotropic fashion (i. e., uniformly in all directions).
通过实验研究确定了散射光浊度和透射光浊度之间的关系。
The relation between scattering-light and transmission-light turbidity is determined by experiment and research.
相位跃变是受激背散射光与入射激光间的增益与损耗调制的结果。
In the process of compression the author observed phase jump, which is the modulating result of gain and loss between the Stokes light and incident light.
本文介绍了运用激光散射光弹性法对钢化玻璃绝缘子钢化应力进行的实验研究。
The experimental research is introduced in the tempered stresses of the toughened glass insulator with laser scattered light photoelasticity.
由表面粗糙度引起的散射光的‘全积分散射’（TIS）与PSD的零级矩有关。
The "Total Integrated Scatter" (TIS) of the scattered light caused by surface roughness is found to be related to the zeroth moment of the PSD.
拉曼光谱的工作原理是使用一束激光照射到原子上，然后收集并分析产生的散射光的波长和密度。
Raman spectroscopy works by shining a laser light onto a molecule and then collecting and analysing the wavelength and intensity of the resulting scattered light.
该结果能够合理解释HG相函数所不能描述的生物组织后向散射光增强的实验现象。
These functions provide a sound explanation for the experimental phenomena about the increase of backscattering light from tissue, which can't be well explained by HG phase function.
利用耦合波方程分析了相位共轭效应和受激散射阈值效应对受激散射光发散角的影响。
The influence of the phase conjugation effect and the threshold effect of stimulated scattering on the divergence of stimulated scattering was discussed.
构成了这层污染幕的炭黑颗粒既能吸收也能散射光，因此它既能让气候变暖也让气候变冷。
The soot particles that make up these pollution blankets can both absorb and disperse light, and therefore both warm and cool the climate.
细胞组织的每一个成分，例如毛细血管、腺和骨胶原，都以不同的方式散射光或吸收光。
Each constituent of the tissue, such as capillaries, glands and collagen, will scatter light or absorb light in different ways.
此外，其它光信号，例如OSC信号和反向散射光信号，可同样具有非常大的光功率级。
Furthermore, other optical signals, such as OSC signals and back-scattered optical signals, can also have significant optical power levels.
针对太阳散射光、吸收系数、系统光学部件和气候条件等诸多因素的影响进行了分析评述。
The influence of many factors such as the stray light of the sun, absorption coefficient, optics parts of system and the weather are analyzed as well.
设计了对高斯分布光场再扩展光路，并提高散射光场光能的利用率，取得良好的实验效果。
An optical setup used to expand Gaussian distribution light field was designed to improve the utilization ratio of light energy and satisfactory experimental results ware obtained.
给予空气凤梨的光线应该是明亮的散射光，摆放它们的地点应选在窗边、阳台、院子或树下。
Lighting for Tillandsias should be bright but filtered. Place by Windows, on balconies, in patios or under a tree.
对光管进行部分镀高反膜尽可能消除散射光对光吸收系数测量的影响，从而提高了系统的精度。
The system also could decrease the effect of scattering light on absorption coefficient measurement by partly plating highly reflective membrane, so that we can improve the precision of the system.
本文讨论了瑞利散射光、拉曼散射光、漫散射光及荧光经光栅衍射而形成的高级次光谱的干扰。
The second order diffraction light of Rayleigh scattering light, Raman light, diffused light and the fluorescence diffracted from the grating have been discussed.
研究大气粒子的光散射特性及大气对散射光偏振态的影响，是为了解决大气激光通信中的相关问题。
To study light scattering characteristics and polarization state changes in the atmosphere, is to resolve the relative problems of the atmospheric optical communication.
研究大气粒子的光散射特性及大气对散射光偏振态的影响，是为了解决大气激光通信中的相关问题。
To study light scattering characteristics and polarization state changes in the atmosphere, is to resolve the relative problems of the atmospheric optical communication.
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