菲涅耳方程

双折射晶体入射、折射光电场矢量的琼斯描述及界面处菲涅耳方程的修正

Jones Vectors for Incident and Refracted Electric Fields of a Birefringent Crystal and Modification of Fresnel Equations on Interface

其中，入射光和折射光电场分量之间的关系用菲涅耳方程中的透射系数表示。

The relationship between electric components of incident and refracted waves is expressed by transmission coefficients from Fresnel equations .

考虑到e光电场矢量与电位移矢量的差别，对菲涅耳方程进行了一定的修正以满足e光的边界条件。

Considering the differences between the electric field vector and displacement vector of e ray , Fresnel equations are modified to meet the boundary conditions .

并通过具体的数值计算说明，菲涅耳方程修正前后e光的透射系数有一定的差别，且e光的电场矢量和电位移矢量之间的分裂不可忽略。

And numerical examples are given to show that there is difference between conventional and modified transmission coefficients , and the difference between the electric field vector and displacement vector of e ray cannot be neglected .

应用傅里叶频谱分析法，给出了光栅在啁啾超短脉冲光波照射下菲涅耳衍射方程并分析了其Talbot效应。

The Fresnel diffraction equation of a grating under chirped ultrashort pulsed laser illumination is given through Fourier spectrum analysis , and the Talbot effect of the grating is studied using the equation .

利用菲涅耳波射线方程求解晶体光学问题的研究

Study of crystal optical character by use of Fresnel wave ray equation