1.
Double refraction correction algorithm in SLM micro stereo vision

SLM显微立体视觉中的双重折射校正算法
2.
Spatial variation V_0 refraction wave static correction technique and its application.

空变V_0的折射波静校正技术应用
3.
Refraction First-beak Statics Method under Complex Near-surface Conditions;

复杂地表条件下初至折射波静校正方法研究
4.
Refraction First-Break Automatic Residual Static Corrections by Using Difference Method for the Seismic Wave Signals;
地震信号差分法初至折射波自动剩余静校正
5.
Rectification of Catadioptric Omnidirectional Images Via Cylindrical Unwarping

折反射全向图像柱面展开校正算法研究
6.
This paper presents a static correction method by using the first-arrival times in raw seismic data.
本文提出一个用折射波初至时间计算静校正量的新方法。
7.
Application Research of Coalfield Seismic on Refraction Static Correction Method under Complex Near-Surface Area of Shanxi;
山西复杂地表区煤田地震勘探折射静校正方法应用研究
8.
THE APPLICATION OF FOCUS REFLECTION STATIC CORRECTION METHOD IN DESERT AREA OF MIDDLE OF JUNGGAR BASIN
FOCUS折射静校正技术在准噶尔盆地腹部沙漠地区中的应用
9.
Reflection and Refraction of Electromagnetic Waves at the Interface between Media with Positive and Negative Refractive Indices;
电磁波在正负折射率介质分界面上的折射与反射
10.
Experiment of a One-Dimensional Photonic Crystal of Photorefractive Including Positive-Negative Refractive Index
一维光折变光子晶体正负折射率的实验实现
11.
The method of first arrival refraction wave statics, travel-time decomposition, may be contributed to resolve above- mentioned problem.
就此,文章介绍一种初至折射波静校正方法─旅行时分解法,及其在资料处理与解释中的应用。
12.
Evaluation and correction of ionospheric delay with network RTK

网络RTK的电离层折射估算与改正
13.
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
14.
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
15.
LCCS (Launch Control and Checkout System)

发射控制与校正系统
16.
video frequency/IF/RF pre-correction

视频、中频、射频预校正
17.
creeping adjustment

逐次接近法射击校正
18.
As expected, the microwave beam underwent positive refraction from the Teflon prism but was negatively refracted by the metamaterial prism.
正如预期,通过铁氟龙稜镜的微波展现了正折射,而通过超材料稜镜的则出现负折射。