The new method of a simplified processes of fresnel formula for the method of critical angle.
关于临界角法菲涅耳公式简化理论处理的新方法。
In practice, the result of the formula is slightly less than the first Fresnel zone radius. And forward modeling validates that the spatial resolving power formula is reasonable.
该公式的计算结果与第一菲涅尔带半径在数值上相当，并通过正演模拟验证了计算公式的合理性。
A special case, that the effective Fresnel number turns out to be a pure imaginary number, was discussed, and it is indicated that the simple formula evaluating the relative focal shift is still valid in this case.
还讨论了一种特殊等效菲涅耳数为纯虚数情况。结果证明，在这种情况下，该相对焦移简单公式仍然有效。
The limitation of far region Fresnel -Kirchhoff formula in transient problem is dis-eussed.
本文讨论了应用频域远区近似夫累涅尔-基尔霍夫公式计算瞬态辐射场的局限性。
This article through analyzes the Fresnel formula thoroughly earnestly, theoretically development and analysis of the application of Fresnel formula.
本文通过认真透彻地分析菲涅耳公式，从理论上拓展和分析菲涅耳公式的应用。
Along with Fresnel formula and multiple-beam interference, the formula of light transmission of laser polarizing prisms was got.
利用菲涅耳公式并考虑到多束光的干涉，得出了激光偏光棱镜的光强透射比公式，由该公式看出偏光棱镜的光强透射比与光束的入射角，胶合介质的折射率，入射波长，胶合层的厚度，入射面的方位及棱镜的结构角有关。
Through the study of this topic, expanding the Fresnel formula theoretical analysis, clarifying the relevant parts of the literature on this issue is not the correct description, strengthening the formula in the modern description of the basis for optoelectronic applications.
通过对本课题的研究，拓展对菲涅耳公式的理论分析，澄清相关部分文献对此问题的不正确描述，加强本公式在现代光电描述中的基础性应用。
An accurate formula to calculate the Fresnel number of circular aperture is presented and the validity of usual Fresnel number formula is reexamined.
给出了计算圆孔菲涅尔数的精确公式，重新检查了通常的菲涅尔数公式的有效性。
Fresnel formula was first exported by AJ Fresnel in 1812, and it is a important formula in optics and the electromagnetics.
菲涅耳公式最早是1812年由菲涅耳（ Augustin-Jean Fresnel ）导出的，是光学和电磁学的重要公式。
Far field distributions of in-phase mode and out-of-phase mode were calculated using Fresnel diffraction formula of one-dimension on the basis of near field amplitude distribution.
在同相模和异相模近场分布的基础上，利用1维情况下的菲涅耳衍射公式计算了其远场分布。
The mutations on reflection and refraction with the Fresnel formula is analyzed, the selecting extra path difference of every type film interference and the influencing the contrast of fringes of the film interference for the mutations is dissected.
用菲涅耳公式分析光矢量经反射、折射时所发生的突变，剖析各种类型薄膜干涉中额外程差的选取、以及这种突变对薄膜干涉条纹衬比度所产生的影响。
The research on the phrase relationship of light on the interface is based on the theory of thin film optics - Fresnel's formula.
运用薄膜光学的理论基础&Fresnel公式，研究光在界面上的位相关系。
The basic principle of this measurement comes from the Fresnel formula and Brewster's law.
其基本原理源于菲涅耳公式和布儒斯特定律。
The Fresnel diffraction formula and the Fourier transforms are used to get the intensity distribution formula.
采用菲涅耳衍射公式和傅里叶变换得出了输出面上的光场的理想计算公式。
The limit of Fresnel diffraction formula when λ z → 0 and its physical meanings are also discussed.
同时讨论了菲涅耳公式中当λz→0时的极限情况及其物理意义。
Using the Fresnel formula we have calculated compose electromagnetic wave from incidence and reflection when use incidence an angle of wilful to interface, and analysed characteristics of compose wave.
用Fresnel公式推导出电磁波在介质分界面上以任意角入射后入射波和反射波的合成波表示式，并对合成波的特性进行了分析。
Using the corresponding Fresnel formula of anisotropic uniaxial crystal the transmissivity and reflectivity is calculated when the light passes the interface of Nicol prism, the shortcoming of a paper elsewhere is also pointed out in this aspect.
利用各向异性单轴晶体光轴位于入射面内的“菲涅耳公式”计算了光通过尼科耳棱镜各界面时光强的透射率、反射率，并指出了某文献在这方面的失误。
With Fresnel formula, the maximum reflectivity is calculated for different materials at corresponding wavelength in water window, the influence of the multilayers'periods and surface roughness on the element performance is analysed.
用菲涅耳公式计算出在水窗波段内不同材料组合对应不同波长的最大反射率，模拟分析了多层膜周期和表界面粗糙度对多层膜偏振光学元件性能的影响。
According to the boundary conditions of the electromagnetic field, relation of electric field amplitude on crystal interface has been deduced, which differs from Fresnel formula.
根据电磁场的边值关系，导出了不同于菲涅耳公式的晶体界面光振幅的关系，提出了晶体锥光干涉中两相干光的位相差和振幅的计算方法。
In this paper, when incident light is unpolarized, the relation between the polarized states of the reflected and the refracted light and the angles of incidence is discussed in detail by Fresnel formula.
应用菲涅耳公式对自然光入射时反射及折射光的偏振态与入射角之关系进行了讨论。