Magnetotellurics - Globe Thesis

Keyword [Magnetotellurics] Result: 1 - 20 \| Page: 1 of 4
1.	The Characteristics Of Crust-mantle Electrical Structure And Dynamics Within Tibetan Plateau
2.	Three-Dimension Magnetotellurics Adaptive Edge Finite-Element Numerical Simulation Based On Unstructured Meshes
3.	A Study Of 3D High Frequency Magnetotellurics Modeling By Edge-based Finite Element Method
4.	Research On Parallel Algorithm For Three Dimentional Forward Modeling Of DC Resistivity Method And Magnetotelluric Method Based On MPI And GPU
5.	Two-dimension Topographic Numeric Simulation Research In Magnetotellurics Using Finite Elements
6.	Tensor Impedance Decomposition Realization And Applying In The Studying Of The South-Tibet Structure Strike
7.	Baiyin Ore District's Conductivity Structure Of Crust And Mineralization
8.	Fine Magnetotelluric Inversion And Its Application In The Research Of Crust-mantle Electrical Structure
9.	The Characteristics Of Deep Electrical Structure And Dynamics With Altyn Tagh Fault
10.	Electrical Structure Of The Ordos Block And Its Relationship With The Geologial Structure
11.	Research On Electrical Structure And Dynamics Within North Tibet Plateau
12.	Magnetotelluric Forward Modeling Based On Software Of COMSOL
13.	The Study Of Simulation And Inversion Of1D-Controlled Source Audiofrequency Magnetotellurics Method
14.	Identification Of The Hydrogeological Structure In Horqin Sandy Based On EH-4 Magnetotelluric Theory
15.	Study On Three-dimension Numerical Simulation Of CSAMT Based On Aggregation-based Algebraic Multigrid Method
16.	2D And 3D Forward Modeling Of MT Using Unstructured Finite Element Method
17.	The Research On The Lithospheric Conductivity Structure Of Ordos Block And Its Surrounding Regions
18.	The Research Of Three Dimensional Conductivity Structure Of The Middle Section Of Tancheng-Lujiang Fault Zone And Its Surrounding Regions: Based The Data From Sino Probe MT Standard Network
19.	A Study Of Electrical Structure Of Crust In Southeastern Qinghai-Tibet Plateau
20.	Three-Dimensional Forward Modeling And Inversion Of Tensor Controlled-Source Audio-Frequency Magnetotellurics
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