1.
Research on Accurate Calculation Method of Vertical Atmosphere Refraction Angle in Height Surveying by ETS (Electronic Total Station) Based on Spherical Surface
基于球面的电子全站仪测高大气竖直折射角严密计算方法研究
2.
VERTICAL ATMOSPHERIC REFRACTION AND SPECTRAL ANALYSIS OF TIME SEQUENCING VERTICAL ANGLES
大气垂直折射与时序垂直角值的谱分析
3.
Microwave refractometer for accurate measurement of atmospheric refractivity
精确测量大气折射率的微波折射率仪
4.
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。
5.
Research on Atmospheric Refraction Error Correction Method of Optic Radar
光学雷达大气折射误差修正方法研究
6.
Design of Handy & High Accuracy Atmospheric Refractometer
便携高精度大气折射率测试仪的设计
7.
Its origin is required of refraction or reflection of the light by atmospheric ice crystals.
它是由大气的冰晶对光的折射或反射所产生的。
8.
Studies on Atmospheric Refractivity Profile Model and Radio Wave Refractive Error Correction Method;
大气折射率剖面模型与电波折射误差修正方法研究
9.
Method of Retrieving Refractive Index of Aerosol Particles
大气气溶胶粒子折射率虚部反演方法研究
10.
Study on the Impact of Atmosphere Refraction over Qinghai-Tibetan Plateau on the Terrestrial Precision Surveying;
论青藏高原大气折射对地面精密测量的影响
11.
Troposphere Refraction Correction above a Non-uniform Underlaying Surface
下垫面复杂地区对流层大气折射修正方法研究
12.
Analysis of Subrefractive Profile in the Marine Atmospheric and its Effect on the Propagation of Electromagnetic Wave
海上大气负折射现象及其对电波传播影响分析
13.
Influence and correction method of atmosphere refraction on tracking antenna direction
大气折射对跟踪天线指向的影响及修正方法
14.
Atmospheric Refraction and Building a Local Observational Model
测定瞬时天文大气折射值和建立本地实测模型
15.
Building measured atmospheric refraction delay model using astronomical observation
利用天文观测建立大气折射延迟改正模型
16.
Differential Measurement Method for Atmospheric Refraction and the Results of Experimental Observations
天文大气折射的较差测量方法及试观测结果
17.
It arises because the refractive index of water( n equals about1.3) is larger than that of air, and rays of light are bent at the interface between the air and the water.
上述现象的原因是水的折射率（大约等于1.3）于空气的折射率，而光在水与空气的界面弯曲了。
18.
Effect of Rolling Condition on Two-phase Flow Pattern in Vertical Tubes;
摇摆对竖直管内气液两相流型的影响