色散率

用Faraday效应测量光学材料的色散率

Measurement of Dispersive Power of Optical Material with Faraday Effect Principle

介绍了利用Faraday磁致旋光性原理，测量光学材料色散率的方法。

This paper recommends the method what measure dispersive power of optical material with Faraday 's magnetic optical rotation principle .

氯化钠型离子晶体色散率的计算

Calculation of the dispersive power of the NaCl-type ionic crystals

垂直对称式平面光栅摄谱仪色散率公式的实验矫正及其在计算机寻找谱线时的应用

The correction of the formula for linear dispersive power and its use in computer 's seeking spectra 's places

矫正后的线色散率公式可直接用于汇编计算机自动寻找谱线位置的程序。

The corrected formula can directly be used to work out the computer program of automatic seeking spectra 's places .

光学零件（基底）表面镀前的清洁状态直接影响到膜层质量，诸如附着力、均匀性、色散、透过率等，进而影响到光学系统的性能。

The surface cleanliness of optical components before coating will directly affect the films characteristics , such as adherence , uniformity , optical scatter , transmittance etc , thus degrade the performance of the IR system .

高色散、高折射率的光学玻璃。

Optical glass of high dispersion and high refractive index .

低色散、低折射率的光学玻璃。

Optical glass of low dispersion and low refractive index .

石英晶体的色散方程及折射率温度系数

The Study on Dispersive Equation and Thermal Refractive Index Coefficient of Quartz Crystal

用流体线性理论导出了这种脉塞的色散方程和增长率公式，并进行了相应的分析与计算。

The dispersion equation , the radia-tion frequency and growth rate formulae are derived by using the linear fluid theory .

提出了色散补偿光纤折射率剖面分布的通用模型。

The model for the refractive index profile distribution of dispersion compensating fiber ( DCF ) is proposed in this paper .

锗比硅的光谱吸收范围要宽，色散小，折射率高而且在红外波段透过率也比较好。

Ge absorption than silicon spectrum , the range is wide , refractive index high dispersion small and in the infrared band transmittance is relatively good .

就双模光纤具有零模色散的最佳折射率分布设计问题提出了一个新的数值计算方法，即将问题归为一类代数方程组反问题，给出了一个可行的牛顿迭代数值解法。

A new numerical method for finding the optimum retractive-index profile of Dual-mode optical fibres with zero intermodal dispersion is presented , Using Newton iteration we obtain the solutions of the above inverse problem .

理论分析了色散指数级变光纤中光孤子的传输特性，发现三阶色散使光孤子产生时间漂移，漂移量与色散变化率有关。

The propagation properties of the soliton is analyzed theoretically .