1.
The Study on 3D Geoscience Modeling for Forward and Inverse of Gravity & Magnetism;
三维地质建模在重磁正反演中的应用研究
2.
Joint Inversion of Gravity and Magnetic Data with Varying Density and Constant Magnetic Susceptibility Interface Model
变密度常磁化强度界面重磁联合反演
3.
Study on 2.5D Complex Resistivity Electromagnetic Forward and Inversion;
2.5维复电阻率电磁场正反演研究
4.
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
5.
The Development of MT 2D Forward and Inversion Software System
大地电磁法二维正反演软件系统开发
6.
3-D Gravity and Magnetic Inversion for Physical Properties Based on the Correlation Constraint
相关约束重磁三维定量反演方法研究
7.
The Study about 1D Forward and Inversion of Central-loop TEM;
瞬变电磁法中心回线装置一维正反演研究
8.
Research on Electromagnetic Modeling of 3D Complex Resistivity with Topography;
带地形的三维复电阻率电磁场正反演研究
9.
Research of Complex Resistivity 2.5D Electromagnetic Forward and Inversion with Topography
带地形的复电阻率2.5维电磁场正反演研究
10.
The Study of 2D MT Forward and Inversion Interactive Interpretation System
二维大地电磁正反演人机交互解释系统研究
11.
Forward and inversion algorithm of magnetic interfaces using two-interface pattern Parker method
双界面模式Parker算法磁性界面正反演方法
12.
The Research on the Forward Calculation and Constrained Inversion of the 3D Salt Dome Model's Gravity Anomaly
三维盐丘模型重力异常正演与约束反演研究
13.
GARVITY-MAGNETIC-SEISMIC INVERSION AND INTEGRATED INTERPRETATION OF A TYPICAL SECTION IN SOUTH YELLOW SEA
南黄海某典型剖面重磁震联合反演及综合解释
14.
Gravity-magnetic-magnetotelluric-seismic Joint Inversion of Carboniferous Stratum Basement in Tacheng Basin
塔城盆地石炭系基底的重磁电震联合反演
15.
Analytic singularity-free forward computation of gravity and magnetic anomaly for 2.5-D geologic body
2.5D地质体重磁异常无解析奇点正演计算研究
16.
3D Conductivity Reconstruction of Magnetoacoustic Tomography with Magnetic Induction Based on Time Reversal Method
基于时间反演方法的三维磁感应磁声成像电导率重建
17.
Magnetic poles are attracted to their opposites.The fire attracted significant coverage from the media.
正反磁极互相吸引。大火引起传播媒介的重视
18.
To illustrate the influence of different regularization operator on the inversion of water content distribution from surface nuclear magnetic resonance (NMR) signal, synthetic data of noise free and contaminated have been investigated.
不同的模型约束对基于正则化反演技术的地面核磁共振测深数据反演影响很大。