1.
The effect of water vapour gradient on the refraction coefficient is fully noted in thispaper.
本文充分注意到了水汽梯度对折光系数的影响。
2.
Atmosphere Refraction Coefficient Correction and High Precision Trigonometric Leveling
大气折光系数修正与高精度三角高程测量
3.
The formula of calcuating average coefficient of refraction is inferred.
推导出大气折光平均折射系数的计算公式。
4.
Quantitative Study on the Relation Between Refractive Index and Molecular Structure of Aliphatic Aldehydes
酯肪醛折光指数与分子结构间定量关系的探讨
5.
Alkane Hydrocarbon Density Refract Light Research,Line of Sexual Relations under Index;
烷烃密度与折光指数间线性关系的研究
6.
Studay on the gain of dioptric compound crystal PBN by dicrotisc mixing;
利用二波混频研究光折变晶体PBN的增益系数
7.
Measurement of the temperature coefficient of maximal birefringent index of crystal by polarized interference spectrum
测量晶体最大双折射率温度系数的偏光干涉法
8.
First, the relation between the dispersion of the fiber and the propagation constant and equivalent refractive index is presented.
文章先给出了光纤色散与光纤传播常数及等效折射率的关系。
9.
fast refractive infrared optical system
快速折射红外光学系统
10.
Colourless optical glass test methods--Temperature coefficient of refractive index
GB/T7962.22-1987无色光学玻璃测试方法折射率温度系数测试方法
11.
Colourless optical glass test methods--Refractive index and coefficient of dispersion
GB/T7962.1-1987无色光学玻璃测试方法折射率和色散系数测试方法
12.
Theoretical study of the intensity dependence and temperature dependence absorption coefficient in photorefractive crystal at two-centre model;
两中心模型中光折变晶体吸收系数强度和温度特性理论研究
13.
Studies on the Relationship between Refractive indexes of Alkyl Naphthalenes and Their Molecular Structures by Using Molecular Topology;
烷基萘的折光指数与其分子结构之间定量关系的拓扑化学研究
14.
Thermal Refractive Index Coefficients of Colorless Optical Glass and Equal Thickness Interference Fringe of Optical Flat
无色光学玻璃折射率温度系数与平晶等厚干涉条纹
15.
NUMERICAL SIMULATIONS OF SOLITARY WAVES IN PHOTOVOLTAIC-PHOTOREFRACTIVE CRYSTAL
光伏光折变晶体中孤立波的数值模拟
16.
For this reason, This text refract light from alkane hydrocarbon index and density relation set about, probe into its line sexual relations, and express with mathematics type, make the satisfactory result.
从烷烃折光指数与密度关系着手，探讨其线性关系，并以数学式表达，取得令人满意的结果。
17.
Study on Correcting Secondary Spuctrum of Diffactive/Refractive Hybrid Optical System;
衍/折射光学系统消二级光谱的研究
18.
Aromatics--Determination of refractive index
GB/T14454.4-1993香料折光指数的测定