Amplitude Ratio - Globe Thesis

Keyword [Amplitude Ratio] Result: 1 - 20 \| Page: 1 of 1
1.	Application Of Finite Difference Time Domain Method In High Frequency Electromagnetic Wave Logging
2.	The Research On Electromagnetic Wave Logging While Drilling Response And Interpretation Method
3.	Full Waveform Matching Based Microseismic Focal Mechanism Inversion And Its Application
4.	Dfil Receiver Front-end Design And Induction Logging Analysis Of New Methods Of Research
5.	Frequency Induction Logging Tool Measurement Circuit Design
6.	High-resolution Amplitude-phase Induction Logging Key Theoretical Study And Receive Circuits To Improve The Design
7.	A Study On Reservoir-Induced Earthquake Location And Focal Mechanism Characteristics Of The Yangtze River Three Gorges Reservoir Region
8.	Application Study Of Technology And Method About Predicting Coalbed Methane By Seismic Data At Zhengzhuang In Qinshui Basin In Shanxi
9.	The Study Of Propagation Of Composite Stokes Singularities In Free Space
10.	The Acquiring And Processing Circuit Design Of The Receiving End In Logging System
11.	The Properties Of Ps Converted Seismic Waves And Applications In The Determination Of Shallow Shear Wave Velocity Structure
12.	Numerical Simulation Of Response Of Electromagnetic Logging While Drilling(LWD) By Hybrid Algorithm
13.	Evaluating 3-D Crustal Velocity Models In North China Using Regional Seismic Travel Time And Rayleigh Wave Vertical-Horizontal Amplitude
14.	Research On The Method Of Seed Water Content Measurement Based On Electromagnetic Induction
15.	Constraints On The S Velocity In The Uppermost Inner Core From PKIIKP/PKIKP Amplitude Ratios
16.	Study On The Theory And Realization Method Of Multi-frequency Induction Amplitude And Phase Logging
17.	Analysis Of Diurnal Varation Amplitude Ratio About Marine Magnetic Survey Data
18.	Research On Detection Circuit Of Amplitude Ratio And Phase Difference Of Sweep-frequency Dielectric Logging Tool
19.	Study On Crack Growth Path Of 2A12-T4 Aluminum Alloy Under Multiaxial Fatigue Load
20.	A Study On The High-cycle Fatigue Failure Behavior Of Q345 Steel Welded Structure Under Combined Tension-torsion Loading
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