Geoelectricity

The daily mean of the ground resistivity of Gaoyou station is processed by the method of differential energy of geoelectricity .

应用地电学的差分能量法，对高邮台地电阻率日均值进行处理分析。

Design and implement of synthesis service software on digital geoelectricity datum

数字地电数据综合服务软件（GDMS）设计与实现

FDTD method forward simulation of the complex geoelectricity GPR model

复杂地电模型的探地雷达时域有限差分正演

The FDTD forward modeling of two dimension geoelectricity based on UWB signal

基于UWB源的二维地电模型FDTD正演模拟

The frequency conversion method can completely eliminate the impact of power frequency geoelectricity interference .

变频方法可彻底消除工频地电干扰的影响；

As the underground structure is complex , so that it is important to forward the complex geoelectricity model .

然而，地下构造是复杂的，因此，对复杂地电模型的正演研究显得更为重要。

The disturbance reason of geoelectricity for 763 seismograph and its elimination method

763记录受地电测数干扰原因及其排除方法

Studying the automatic instrumentation system ( c-tas , which made in china ) in geoelectricity

地电自动测量系统国产化（C&ATS）研究

Over years observations showed that the interference factors for Qingdao geoelectricity are mainly from groundwater level and temperature variation .

多年来的观测表明，青岛地电的主要干扰因素是地下水位和温度。

Their affection on geoelectricity observation are not simply in linearity but in nonlinearity with lag memory effects .

它们对地电的影响并不是简单的线性关系，而是带有滞后记忆效应的非线性关系。

The type of original observation datum of digital geoelectricity is especial , and the number of files after transform are more .

数字地电的原始观测数据文件类型特殊，转换后文件个数较多。

Anomaly analysis of Yushu geoelectricity

榆树地电异常的分析

In this paper , a new type of electrode system-the compound electrode of high effective earthy-resin is proposed to apply to the geoelectricity observations .

提出了一种用于地电观测的新型电极系统&高效接地树脂复合电极。

For landscape orientation heterogeneous geoelectricity , migration is conducted by means of fractional Fourier transformation method , taking the averaged value of the subsection resistivity as background value .

对横向非均匀地电介质，利用分段傅里叶变换方法进行偏移，同时将每一段内电阻率的平均值作为背景值。

Geoelectricity variations are complicated in igneous rock area , where the conditions of horizontal bedded media cannot be met and the quantitative interpretation of electrical sounding data is difficult .

火成岩分布区，地电变化复杂，不能满足水平层状介质条件，造成电测深资料定量解释困难。

On the basis of the above-mentioned studies , the paper analyzes the differences to respond to the same low resistance noise-producing materials observed at geoelectricity observatories having different site conditions .

在此基础上分析了地电阻率台站不同台址条件对同种低阻干扰反映程度的差异。

A new TEM illustration method is introduced to establish underground 3-D geoelectricity space from depth apparent resistivity section diagram and iso-elevation apparent resistivity plan mapped with the TEM anomaly .

论述了由瞬变电磁法（TEM）测得的异常绘制深度视电阻率断面图和等标高视电阻率平面图并建立地下三维地电空间的TEM图示新方法。

On the basis of introducing the principle for fuzzy information allotment , in combination with fuzzy approximation deduction and information concentration principle , the application of fuzzy information process method to earthquake prediction has got good result in data analysis of geoelectricity .

在详细介绍模糊信息分配原理的基础上，结合模糊近似推论及信息集中原理，以地电手段为例，将模糊信息处理法应用于地震的三要素预报，取得了良好的结果。

Based on prior products and combining with the data of twice selecting sation in 1975 and in 1994 and observations of geoelectricity of the station , regional geological structure background and strata electric property of the station , are explained in this paper .

本文在前人工作成果的基础上，结合1975年、1994年两次选测台址以及四平地震台多年工作，扼要阐述了四平地震台地质构造环境和区域岩层电性结构特征。

Outstanding Contributions Made by Professor Weng Wenhao in the Field of Mineral Deposits & 100th Anniversary of Professor Weng Wenhao 's Birth STUDYING THE AUTOMATIC INSTRUMENTATION SYSTEM ( C-TAS , WHICH MADE IN CHINA ) IN GEOELECTRICITY

翁文灏在矿床地质学上的卓越贡献纪念翁文灏先生诞辰100周年地电自动测量系统国产化（CATS）研究

This paper , from the aspects of observational system , data quality , methods of ana - lysis and prediction , scientific research as well as prediction practice etc , overviews the new progress made in earthquake prediction research by the geoelectricity method in China since 1985 .

本文从观测系统、资料质量、分析预报方法、科学研究以及预报实践等诸方面综述了自1985年以来地电方法预报地震的研究所取得的新进展。