Nicol prism

One kind of light beam translation quantity smallest Nicol prism form using mathematics method is presented .

运用数学方法求出了一种光束平移量最小的尼科耳棱镜形式。

Translation of transmission light in Nicol prism

尼科耳棱镜透射光束的平移

Analysis on the Image Character for Nicol Prism

尼科尔棱镜的成像特性分析

Some questions about calculate the optic path of e light in Nicol prism

尼科耳棱镜中e光光路计算的几个问题

Total - reflection of Nicol Prism with Convergent Beams

尼科尔棱镜对会聚光线的全反射

Nicol Prism 's Design of Microbeam Translation

微光束平移尼科耳棱镜的设计

Improvement in Nicol Prism

尼科尔棱镜的改进

The best known is the Nicol prism , invented in 1828 by the Scottish physicist William Nicol .

最有名的是尼科耳棱镜，1828年由苏格兰物理学家尼科耳所发明。

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。

The results indicate that for the same aperture Φ of the prism , Ahrens Nicol prism has the least beam translation , and Thompason inversed Nicol prism has the biggest beam translation .

结果表明：对于相同的棱镜孔径Φ，阿伦斯尼科耳棱镜产生的光束平移量最小，而汤普逊倒尼科耳棱镜产生的光束平移量最大。

Discussion of the index of refraction of extraordinary ray in Nicol 's prism

尼科耳棱镜中非常光折射率的讨论

The Propagating Direction of Extraordinary Rays in Wollaston 's Prism and Nicol 's Prism

渥拉斯顿棱镜和尼科耳棱镜中非常光线的传播方向

A new type of Nicol 's prism which could save as a half crystal material as usual , and meanwhile overcome the shortcoming of noncoaxis between the incident and emissive beams .

本文提出了一种新型尼科耳棱镜的设计。这种榜镜可以节省一半的晶体材料，并克服了尼科耳棱镜出射光束与入射光束不共轴的缺点。