1.
New inference method of the optic axial angle and the ray axial angle of the negative biaxial crystal
负双轴晶体光轴角和光线轴角推导的新方法
2.
Research Influence of Birefringence Crystal Light about Light Angle and Place of Crystal Axis
光线入射角和晶体光轴取向对晶体折射光线的影响研究
3.
Crystals of this type, having only one optic axis, are called uniaxial crystals.
这种只有一根光轴的晶体称为单轴晶体。
4.
A Study on the Walk-Off Angle in the Optical Indicatrix s Principal Section of Uniaxial Crystal;
单轴晶光率体主截面内离散角的研究
5.
Reflection of the Incidence O-Ray on the Internal Boundary Surface of Uniaxial Crystal;
单轴晶体内表面入射o光线的双反射
6.
Reflection and transmission at interface of uniaxial crystals
光在两单轴晶体间界面的反射和透射
7.
Propagation of Parallel Polarization Light in Single Axis Absorption Crystal
水平极化光在单轴吸收晶体中的传播
8.
Study on the Characteristics of Fiber Gratings Made of Uniaxial Crystal Materials
单轴晶体材料构成的光纤光栅特性研究
9.
Transmission of a beam at crystal surfaces:the optical axis orientation arbitrary
光在光轴取向任意条件下的晶体表面透射率
10.
Having one direction along which double refraction of light does not take place.Used of a crystal.
单轴晶体的有一个方向的，沿此方向不发生光的双折射。用于晶体
11.
The Investigation of Beams Propagation and Amphoteric Refraction in a Uniaxially Anisotropic Crystal;
单轴晶体中的光束传输和正负折射现象研究
12.
Extraordinary Ray s Locus and Its Features When Uniaxial Crystal is Turning;
单轴晶体转动时非常光的轨迹及其特征
13.
The Nexus of the Ware Normal and the Light way of e ware Takes Place in the Uniaxial Crystal;
单轴晶体中e光的波线和波法线间的关系
14.
To Define The Direction of Light Propagation In Uniaxial Crystal Double Refraction By Drafting Method;
用作图法确定光在单轴晶体中传播的方向
15.
Realization of Biaxial Crystal Dynamic Outer Conic Refraction by Using Iris
利用可变光阑实现双轴晶体动态外锥折射
16.
The change of axial length and refraction after intraocular lens implantation in pediatric patient
儿童白内障人工晶状体植入后眼轴及屈光变化
17.
Measurements of refractive indices and optical axis of uniaxial crystal using Brewster angle method
用布儒斯特角法同时测定单轴晶体的折射率和光轴方向
18.
Theory of width effect of isogyres of crystals with large optical axis angle and optical orientating method with fast rate
大光轴角晶体消光影宽度效应理论及其快速光学定向方法