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1·Our study shows that the transmitted intensity sensitively relies on the incident Angle.

研究表明，透射光强对入射角有着敏感的依赖关系。

2·The maps for different nonlinear parameters and different transmitted intensity are achieved by calculation.

数值计算得到非线性系数不同、以及透射波幅不同时的映射图。

3·How the temperature affects the transmissivity and the transmitted intensity disturbance is analytically discussed.

从理论上对棱镜透射比以及透射光强扰动的温度效应进行了讨论。

4·It is found that the variation of the transmitted intensity with the rotation Angle deviates from Malus law, exhibiting a cyclic fluctuation with the rotation Angle.

实验中发现，透射光强曲线随着入射角的微小变化而偏离马吕斯定律，出现了周期性扰动。

5·Photometers are specifically designed to measure emitted, reflected or transmitted light in photometric terms of luminous flux, luminance, illuminance or luminous intensity.

光度计是专门用于测量发射，反射或透射光的光通量，亮度，照度或发光强度等。

6·Based on the principles of transmitted caustics as well as photoelasticity, the two techniques in determining stress intensity factors (SIF) are compared.

以光弹性法及焦散线法的基本原理为基础，对两种方法在确定应力强度因子方面进行了比较。

7·The sensitivity of magnetometer changes in the same way as the signal intensity of transmitted laser, both of which reach a peak value at a particular temperature.

磁力仪灵敏度和透射光信号强度的变化规律一致，都在某一温度时达到峰值。

8·At the same time, signal intensity of the transmitted laser is also researched, which shows that it changes with the cell and temperature.

同时，研究了透射光强的信号强度，得出它随铷泡和温度的改变而改变。

9·Normally the spectrum is given as a function of transmittance, the quotient of the intensity of the transmitted radiation and the incident radiation.

在测量范围内可以产生单色辐射光学系统的分光光度计也可以使用。通常光谱是透光度（透射光强度与入射光强度之商）的函数。

10·In the scheme, FSK-FDM technique is used in subcarrier modulation, and the EDFA's supervisory information is transmitted by optical intensity modulation.

该方案利用频移键控频分复用（FSK FDM）技术进行声频副载波调制，通过光强度调制实现远程在线EDFA监控信息随主信号的传输。