探地雷达,Ground penetrating radar
1)Ground penetrating radar探地雷达
1.RIS—K2 Ground Penetrating Radar Data Analysis and Processing;RIS—K2型探地雷达数据的分析及处理
2.Forward simulation of ground penetrating radar and its finite difference method wave equation migration processing;探地雷达的正演模拟及有限差分波动方程偏移处理
3.Exploration study of gob filling by ground penetrating radar and its application;采空区充填物探地雷达识别技术研究及应用
英文短句/例句

1.Method for landmine detecting based on the linear prediction基于线性预测的探地雷达探雷方法研究
2.Application of Earth--detection Radar in Nonmetal Pipeline Detection探地雷达在非金属管线探测中的应用
3.The Method of Landmine Image Processing and Object Recognizing Based on Ground Penetrating Radar;探地雷达地雷图像处理与目标识别方法
4.Research on Signal Processing Arithmetic of Subsurface Ground Penetrating Radar;浅地层探地雷达信号处理算法的研究
5.Modeling and Recognition of GPR Image of Unfavorable Geology不良地质的探地雷达图像模拟与识别
6.The ground penetrating radar is an effective shallow exploration method.探地雷达是浅部勘探的一种有效的勘探方法。
7.Design, Implementation and Optimization of Antenna System Used in Impulse Ground Penetrating Radar探地雷达天线系统的设计、实现与优化
8.Adaptive Target Detecting and Tracking for GPR探地雷达中目标的自适应检测与跟踪
9.Wavelet Analysis and Reinforcing Bar Detecting of Ground Penetrating Radar Signal;探地雷达信号的小波分析与钢筋检测
10.The Application and Research of DSP in Ground-Penetraing Radar System;基于DSP的探地雷达系统的应用研究
11.2-D Forward Simulation of Ground Penetrating Radar and Engineering Examples;探地雷达二维正演模拟及其工程实例
12.The Study on Transmitter Techniques for Impulse Ground Penetrating Radar;无载波脉冲探地雷达发射机技术研究
13.The Research on Impulse GPR Receiver Technique;冲激脉冲探地雷达接收机技术的研究
14.Resistance Loaded TEM Antenna for Ground Penetrating Radar;用于探地雷达的TEM加载喇叭天线
15.The application of PCI bus technology on underground detecting radar system;PCI技术在探地雷达系统中的应用
16.Polarization Analysis of MIMO Ground Penetrating RadarMIMO探地雷达极化信号特征分析
17.GPR Migration Imaging Algorithm Based on NUFFT基于NUFFT的探地雷达偏移成像算法
18.SAR Imaging Processing Method of the Stepped-Frequency GPR频率步进探地雷达的SAR成像处理方法
相关短句/例句

GPR探地雷达
1.Computation of GPR Response Modeling in Dispersive Medium Under Resolution Method;基于解析方法计算频散层状介质的探地雷达响应
2.METHOD OF IMPROVING RESOLUTION OF GPR DATA;提高探地雷达剖面分辨率的方法
3.THE PHYSICAL MODELING SIMILARITY CRITERION OF RADAR WAVE AND THE TEST FOR MONITORING OIL AND GAS POLLUTION USING GPR;探地雷达物理模拟相似性准则及监测油气污染试验
3)ground penetrating radar(GPR)探地雷达
1.Application of Ground Penetrating Radar(GPR) in cracks detection on the second dam crest at Lianhua dam;探地雷达在莲花电站二坝坝顶路面裂缝探测中的应用
2.The surveying work in a limestone site of Malaysia by means of ground penetrating radar(GPR) shows that the interpretation results are consistent with the results of drilling.马来西亚某石灰岩工地探地雷达探测实例显示,探测解释结果同钻孔验证结果基本吻合,说明利用探地雷达可以获得关于地基的地质信息,可为建筑设计和施工提供参考依据。
3.The target reflected waves of the ground penetrating radar(GPR) are usually disturbed by the clutter(or the direct wave) and the stochastic noise and causes the target signal to distinguish with difficulty.探地雷达目标回波信号通常会受到串扰(或直达波)、随机噪声等的干扰,致使目标信号难以分辨。
4)ground-penetrating radar探地雷达
1.An application of reverse-time migration in the ground-penetrating radar data processing;逆时偏移在探地雷达信号处理中的应用
2.Application of ground-penetrating radar and shallow seismic wave method to detection of riprap layer in a sea dike;探地雷达和浅层地震波法在海堤抛石层探测中的应用
3.Design of T/R switch system of ground-penetrating radar探地雷达收发开关系统的设计
5)ground penetrating radar (GPR)探地雷达
1.Numerical Simulation and Imaging of Ground Penetrating Radar (GPR);探地雷达波场数值模拟与成像
2.In order to deal with the sideward influences,“X" interferences and other linear interferences,the Radon transform can be used to process the ground penetrating radar (GPR) profile.为了消除探地雷达剖面中存在的旁侧影响、“X”形同相轴等线段形干扰,把拉东变换引入到探地雷达资料处理中。
3.The paper introduces the principles and techniques of ground penetrating radar (GPR), including data acquisition, processing and explanations.介绍了探地雷达的原理和技术方法,包括数据采集、数据处理和资料解释,分析了煤矿采空区的地球物理特征及主要的技术难度,结合具体工程实例,探讨了利用探地雷达技术查明地表浅部采空区的效果。
6)Ground Penetrating Radar(GPR)探地雷达(GPR)
延伸阅读

地热化探地热化探geothermalreservoir,geochemicalexplorationfor查明地热田的存在及其分布范围的地球化学勘查方法。在有利的情况下,地热化探还能大体圈出热田的中心、控热、导热构造和估算热储的温度。地热化探基于某些微量元素,尤其是一些易挥发元素在热水温度及构造等的作用下,造成元素在空间分布上的变化;通常在热田的上方及周围形成了分散晕或异常。地热化探中应用的方法有:汞量测量、土壤地球化学测量、水地球化学测量、气体地球化学测量、地球化学温标法和同位素地球化学法等。常用的指示元素有Hg、As、Sb、Bi、B、222Rn、210Po、He、Rb+、Cs+、K+、Na+、Ca2+、Mg2+、F-、Cl-和SiO2等。其中一些指示元素异常可用于圈定热田的范围,一些指示元素及其比值则用于指示热水的温度,而另外一些则用在指示地热田的构造上。地热化探是地热田普查勘探的一种重要方法,常与地质、物探方法配合进行,有较好的地质效果。但对热田异常形成的机制等课题,有待深入研究。