菲涅耳反射

依照折射率（菲涅耳反射）使用一个依据观察角度计算的反射折射，其数值大小依据物质折射率。

By IOR ( fresnel reflections ) - uses a fixed reflection curve based on the angle of view and its strength is controlled by the material 's index of refraction .

为减少SOI波导端面菲涅耳反射损耗，采用离子束增强沉积方法在波导端面制备了氮氧化物增透膜，大大降低了菲涅耳反射损耗。

In order to reduce the Fresnel reflection loss , SiNxOy : H films are deposited on the waveguide interfaces by Ion Beam Enhanced Deposition ( IBED ) method .

本文通过对非偏振光情况下菲涅耳反射系数R（θi）的特性的研究，提出一种计算漫射近似理论中外推系数K的简便算法。

By analyzing the characteristics of the Fresnel 's reflection coefficient R (θ I ) under the situation of non-polarization light , a kind of simple and convenient calculating method of extrapolated coefficient K in the diffusion approximation theory is presented in this paper .

菲涅耳反射公式及反射光与入射光的位相关系

Fresnel 's Law and Phase Relationship Between Reflected and Incident Light

利用大气和水体的辐射传输方程推导出太阳光的菲涅耳反射模式，在合适的参数条件下计算出试验海区的太阳耀光。

A model of the specular reflectance of direct Sun light at a rough sea surface was derived by radiative transfer through the atmosphere and water .

利用光纤传输系统中菲涅耳反射所产生的反射回波和多光束干涉效应设计了一种反射型光纤信号干涉调制器。

Reflection interference modulator for optical signal in fiber transmission system was designed based on the multiple-beam interference effect of the echo wave which was aroused on the end face of fiber and the face of the crystal .

通过对菲涅耳反射系数的讨论，重新认识光的半波损失，指出一些大学物理教科书中在光的半波损失认识上的误区，重新解释了牛顿环中心暗斑的半波损失现象。

Under the discussion of the Fresnel 's coefficient of reflect , some misunderstandings on the half-wave lose of light have been pointed out , at the same time the phenomenon of the half-wave lose of central dark spots of the Newton 's ring will be explained once more .

由于采用了基于菲涅耳双反射镜的干涉结构，使傅里叶变换成像光谱仪获得了从最高截止波数到远红外波段的很大的带宽范围。

Because of its all-reflective layout based on the Fresnel double mirror interference system , the newly developed Fourier transform imaging spectrometer has a very large spectral bandwidth ranged from a cut-off wavelength to far infrared .

为了使计算结果更接近于实际情况，在理论分析中引入了厚透镜表面的菲涅耳（Fresnel）反射及有限孔径的影响。

The theoretical analysis of the effect is presented with the Fresnel reflection on the surface of thick lens and the definite aperture introduced in the analysis to make the results agreement with the actual case .

在散射场[通过菲涅耳（Fresnel）反射系数决定于入射场]的边界条件、互易定理及等效场原理的支持下，完善了金属闪耀光栅的多次基尔霍夫（Kirchhoff）积分方法；

Supported by the boundary conditions of the scattering field related to the incident field through the Fresnel coefficients , and by the reciprocity theorem and the equivalent field principle , the multiple Kirchhoff integral method for metal blazed grating is developed .