1.
A Celestial Analytic Positioning Method by Stellar Horizon Atmospheric Refraction
新颖星光大气折射模型及天文导航迭代算法研究(英文)
2.
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
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.
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。
5.
Error Analysis of Retrieving Temperature and Pressure from Atmospheric Refractivity in GPS Occultation Data Inversion
GPS掩星数据反演中由大气折射率反演温度和气压的误差分析
6.
Microwave refractometer for accurate measurement of atmospheric refractivity
精确测量大气折射率的微波折射率仪
7.
The refractive principle of mountain-based GPS occultation inversion on atmosphere troposphere and its primary influential factor analysis
山基GPS掩星反演大气对流层折射率原理及其主要影响因素分析
8.
System and Software Performance of the Atmospheric Refractive Inversion for Mountain-based GPS Occultation
山基GPS掩星反演大气对流层折射率系统组成及其程序实现
9.
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。
10.
As a ray of light passes near the earth, it must cut through the atmosphere, which might bend the ray through the refraction of light.
作为光辐射通过接近地球时，它必须穿过大气层，它可能通过折射光而导致光线弯曲。
11.
absorption and scattering of stellar atmosphere
恒星大气的吸收和散射
12.
Research of the Atmospheric Refraction Errors Correction on the Neural Network in Photo-electricity Survey Information;
光电测量信息中大气折射误差的神经网络建模修正研究
13.
Refraction occurs when light passes from air to a denser material such as water or glass, where its speed in slowed down .
当光从空气传播到像水或玻璃这样密度较大的物质时，就发生折射，光速减慢。
14.
the diffused light from the sky when the sun is below the horizon but its rays are refracted by the atmosphere of the earth.
当太阳处于地平线以下时，太阳光被地球的大气所折射而弥漫在天空中的光。
15.
An autonomous satellite attitude and orbit determination system based on the stellar refraction measurement is described.
研究了基于星光折射量测进行自主确定卫星姿态及轨道的方法。
16.
an optical illusion in which atmospheric refraction by a layer of hot air distorts or inverts reflections of distant objects.
一种光学错觉，大气中的一层热空气通过折射扭曲或颠倒了远处物体的影像。
17.
GI(Grated Index)
渐变折射线(光纤)
18.
Design of Handy & High Accuracy Atmospheric Refractometer
便携高精度大气折射率测试仪的设计