There are multiple scattering theories and single scattering theories in the process of light propagation.
在光线传播的简化过程中，产生了多重散射和单向散射两种理论。
The light propagation in the modulator is studied with the wave coupling theory of linear electro-optic effect.
利用线性电光效应的耦合波理论，对单轴晶体铌酸锂电光调制器的温度特性进行了研究。
The light propagation characteristics which are influenced by Bragg fiber structures have been researched in this paper.
研究了布拉格光纤结构对光传输特性的影响。
Photonic crystals are the periodical arrays of materials with the different refractive indices which can control the light propagation.
光子晶体是由介电常数不同的材料周期性分布而成，可以用来控制光的传输。
With the help of the turbulent cell, an experiment is carried out to simulate light propagation in atmospheric convective boundary layer.
利用湍流池模拟大气对流边界层的光传输，同时测量了到达角起伏和光路上的温度脉动。
The third generation techniques such as light propagation control achieved by refractive index distribution in core and clad are promising.
利用纤芯和包层中的折射率分布实现光传输控制等先进技术被认为是第三代显微学中的激光技术。
A novel model for light propagation in elliptical hole photonic crystal fibers (PCF) is developed with localized orthogonal function method.
采用正交函数算法，提出了一种新型椭圆孔光子晶体光纤的本地正交函数模型。
Analyzed the principle of slow light propagation in Ruby crystal and it's experiment setting, observed the phenomena of slow light propagation.
分析红宝石晶体中的光速减慢原理及实验装置，观测到极慢光速现象。
According to the light propagation theory in turbulent atmosphere, the relation of coupling light power with optical path and turbulence parameters is derived.
根据湍流大气光传播原理，推导出了耦合光功率与光路参数和湍流参数关系式。
The refractive indices of crystal for electrooptic and gyrotropic effect by fast and slow lights in arbitrary directions of dc field and light propagation are calculated.
计算了电光和旋光效应中，当外界电场方向和传播方向任意时晶体的折射率。
The atmospheric aerosol has important influence to atmospheric radiation and light propagation, but scale height is the key parameter which reflects aerosol height distribution.
大气气溶胶对大气辐射和光传播具有重要影响，而标高是反映气溶胶高度分布特征的关键参量。
The information entropy in quantum mechanics is introduced to represent nonlinear propagation of light within the framework of the Schroedinger formulation of light propagation.
结合光束传输的薛定谔形式理论，基于量子机制的信息熵被用来描述非线性光传输。
The character of light propagation in palm tissue is explained, and the principle of non-invasive blood glucose detection through transcutaneous near-infrared spectroscopy is present.
本文分析了光在手掌组织中的传播特性，以及经皮近红外无创血糖浓度测量原理。
Like light waves, acoustic (sound) waves are characterized by a frequency, wavelength and propagation speed.
声波就和光波一样，是以频率、波长和传播速度为其特征。
At runtime, the i-field can be queried to accelerate the line-scene intersection computation that required in light energy propagation.
在运行时，光能传输计算必须的光线与场景的求交运算被简化为在交点场中的查询操作。
Conclusion that result of diffraction of light is rectilinear propagation in limited condition is demonstrated from wave theory.
从波动理论出发，证明极限情况下光的衍射结果就是光的直线传播。
To give an error analysis of this effect, the propagation of partial coherent light in the proximity UV-lithography was investigated and the relative theoretical model was proposed.
为此，研究了接近式紫外光刻中部分相干光的传播过程，建立了相应的光刻理论模型，对光刻成像中的误差产生机理进行分析。
Starting from the propagation theory of partially coherent light, the spectrum of twisted Gaussian Schell-model beams in the far field are studied.
从部分相干光的传输理论出发，研究了被光阑衍射扭曲高斯·谢尔模型光束远场的光谱变化规律。
The highly sophisticated electronic methods rely on either light or radio wave propagation.
较复杂的电子技术是利用光或无线电波传播。
Based on the propagation law of partially coherent light, spectral changes of a polychromatic Gaussian-Schell model beam propagating in free space is studied.
基于部分相干光的传输定律，研究了多色高斯·谢尔模型光束在自由空间中传输的光谱变化。
Starting from the propagation law of partially coherent light, spectral changes in Young′s two-slit experiment with Schell model beams are studied.
从部分相干光的传输定律出发，研究了杨氏双缝实验远场的光谱变化。
Based on the accurate expression of light intensity at transverse plane, the propagation characteristics of monochromatic planar wave diffracted by small circular aperture are analyzed in this paper.
采用横截面上光强的精确表述，分析了单色平面波微小圆孔衍射后，其衍射光束的传输特性。
By using this analytical method, propagation and transformation characteristics of light beams through an apertured ABCD optical systems are analyzed analytically.
利用解析方法详细分析了激光光束在带光阑光学系统中的传输和变换特性。
A transfer matrix method, suitable for computing the propagation of polarized light in anisotropic media, is described in detail in this paper.
给出了一种可用于计算偏振光在各向异性介质传播问题的传输矩阵方法。
And the influence of the scattering coefficient, absorption coefficient and size of scatters in tissue on propagation of light in tissue is studied in detail.
利用该程序详细讨论了散射系数、吸收系数以及散射体大小等对生物组织内光传输特性的影响。
This paper is the first part of a theory of the coherent propagation of light in semiconductors.
本文是半导体中光的相干传播理论的第一部分。
The new definition of the beam propagation factor for partially coherent light is proposed through the propagation equations of the cross-spectral density.
并依据部分相干光的交叉光谱密度的傍轴传输方程，重新定义了普遍的部分相干光的传输因子。
The coherently coupled nonlinear Schrdinger (NLS) equation of the propagation of a light pulse in a fiber has been studied.
利用光脉冲在光纤中传播时所遵守的相干非线性薛定谔耦合方程，研究了线偏振光在光纤中的传输特性。
The coherently coupled nonlinear Schrdinger (NLS) equation of the propagation of a light pulse in a fiber has been studied.
利用光脉冲在光纤中传播时所遵守的相干非线性薛定谔耦合方程，研究了线偏振光在光纤中的传输特性。
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