1.
A Study on Apparent-resistivity Anomaly Characteristic of the Mined-out Area Influence to Ground Building Environment;
采空区对地面建筑环境影响的视电阻率异常特征研究
2.
The resistivity contours appear much less diagnostic of anomalous bodies below the surface.
地面下方的异常体，在视电阻率等值线上并无明显的反映。
3.
The resistivity contours appear much less diagnostic of anomlous bodies below the surface.
地面下方的异常体，在视电阻率等值线上并无明显的反映
4.
Anomaly Analysis of Earth Resistivity Observations before the Wenchuan Earthquake
汶川8.0级地震前的地电阻率异常分析
5.
Abnormal characteristics analysis on the low resistivity in intrusive contact zones by high-density resistivity method
侵入接触带高密度电阻率法低阻异常分析
6.
The effect of the response to earthquake of the precursor abnormal information of the Geo-resistivity in Gansu area
甘肃地区地电阻率前兆异常信息的映震效果
7.
Analysis and Discussion on Earth Resistivity Anomalies of Linfen Seismological Station,Shanxi
山西临汾地震台地电阻率异常分析与探讨
8.
INCIDENCE OF ABNORMAL P-VEP IN CHILDREN WITH AMBLYOPIA
弱视儿童图形视觉诱发电位异常的发生率分析
9.
Cagniard apparent resistivity
卡格尼亚德视电阻率
10.
no-load apparent power
空载视在功率 -电阻焊的
11.
Response characteristics of apparent resistivity of anisotropic laminar formation in direct current electric sounding
直流电测深中各向异性层状地层的视电阻率响应特征
12.
Study of Warter-Inrush Geological Abnormal Bodies Detection Experiment with Resistivity Method Responding Character in the Working Face
矿井工作面突水地质异常体电阻率响应特征实验研究
13.
Anomalous Change Features of Resistivity before the Wenchuan M8.0 Earthquake and Other Large Earthquake in China
汶川8.0级地震以及其它大震前的地电阻率异常特征
14.
Analysis on the Relationship between Ground Resistivity Anomalies and Medium-strong Earthquakes in the Crossed Area of Shanxi, Hebei and Inner Mongolia
晋冀蒙交界地区地电阻率异常与该区中强地震关系的分析研究
15.
Compared Commonly Used Frequency Spectrum Parameter of Complex Impedance Model
常用的复电阻率频率谱参数模型对比
16.
APPARENT RESISTIVITY CONVERSION AND APPLICATION OF THE IMPULSE HELICOPTER ELECTROMAGNETIC SYSTEM
频率域直升机航空电磁法视电阻率转换及应用
17.
Study of Extraordinary Magnetoresistance Effects in Nonmagnetic Semiconductors;
非磁性半导体的异常磁电阻效应研究
18.
The resistivity is then constant and Ohm's law is obeyed.
因此电阻率也是常数，并遵循欧姆定律。