1.
Spike noise elimination from surface nuclear magnetic resonance signal for underground water
地面核磁共振找水信号中的奇异干扰抑制
2.
Feasibility Research on the Integrated MRS-TEM Method in Groundwater Exploration
地面核磁共振与瞬变电磁联用找水的可行性研究
3.
Research on Forward Modeling and Inversion of Surface Nuclear Magnetic Resonance for Exploring Groundwater
地面核磁共振探测地下水正反演研究
4.
Most MRIs look for hydrogen, usually found in the body as a component of water.
大多数核磁共振成像先寻找体内构成水的氢。
5.
The application of nuclear magnetic resonance to direct water exporation is a new technique.
利用核磁共振技术直接找水是一种新方法。
6.
The Development of NMR Experimental Prototype for Groundwater Investigation;
核磁共振找水仪实验样机的研究与设计
7.
Data Preprocessing Software System on NMR Underground Water Investigation Prototype;
核磁共振找水仪科研样机数据预处理软件设计
8.
Design of the Indoor Detection and Calibration Equipment for MRS Groundwater Investigation
核磁共振找水仪室内检测标定装置设计
9.
Design of transmitter control system of the nuclear magnetic resonance seeking water instrument
核磁共振找水仪发射机控制系统的设计
10.
Numerical Simulation of Surface Nuclear Magnetic Resonance for Groundwater and Analysis of Influence Factors;
地面核磁共振探测地下水数值模拟与影响因素分析
11.
Research on the Characteristics of the Groundwater and the Stability of the Landslide by SNMR;
利用地面核磁共振研究滑坡地下水特征及稳定性
12.
The Environment Electromagnetic Noise Test and Instrument Design Based on the Surface Nuclear Magnetic Resonance Instrument for Groundwater Investigation;
基于核磁共振找水仪的环境电磁噪声测量仪的设计与实现
13.
Three Dimensional Forward of Surface Nuclear Magnetic Resonance in Uniformity Medium;
均匀地电条件下地面核磁共振三维正演
14.
Design of Removal of Power-line Harmomics Basing on Substraction in MRS Measuring
基于对消法的核磁共振找水仪工频谐波干扰滤除模块的设计
15.
The Aggregating Behaviors of Surfactants in Aqueous Solutions Studied by Nuclear Magnetic Resonance Technique;
表面活性剂在水溶液中聚集行为的核磁共振研究
16.
differential nuclear magnetic resonance magnetometer
差动式核磁共振磁强计
17.
Design and Application of Data Processing Software in Magnetic Resonance Sounding System for Groundwater Detection
核磁共振地下水探测系统数据处理软件的设计与应用
18.
EVALUATING WATERFLOODED FORMATION WITH HIGH SALINITY WATER BY THE LOGGING TECHNOLOGIES OF NUCLEAR MAGNETIC RESONANCE AND DUAL FREQUENCY RESISTIVITY
利用核磁共振和双频电阻率测井评价高矿化度地层水淹层