Quantitative interpretation - Globe Thesis

Keyword [Quantitative interpretation] Result: 1 - 20 \| Page: 1 of 2
1.	Investigation On Oil/Water Two-Phase Profiles Interpretation Based On Temperature And Flowmeter Logs
2.	Log Interpretation For Watered Flooded Reservoir Of Upper Ng Group In Chengdao Oilfield
3.	Study On The Interpretation Method Of Russian Through Casing Resistivity Logging Data
4.	Sidewell Coring Geo-logging Evaluation Technique And Its Application Of Putaohua Oil Layer Of Xujiaweizi In Daqing Oil Field
5.	Application Researching Of The Quantitative Interpretation Of Borehole Resistivity And Acoustic Imaging Logging In Fractured Reservoir
6.	2-D Forward Modeling And Inversion Imaging About Fixed Point Source IP Sounding
7.	A Research Of Logging Evaluation Method For Water Flooded Layer Of L Field
8.	Application Of Magnetic Method To The Exploration Of Magnetite
9.	Research On Logging Interpretation Method Of Water Flooded Layers Of Block Ⅲ，Xinli Oilfield
10.	Simulation And Application Of Forward Modeling And Inversion Of High-density Resistivity Survey
11.	Array Induction Logging Data Processing In The Application Of The Water Flooded Layer Interpretation
12.	Geological And Geophysical Quantitative Analysis On Thrust Nappe Structure
13.	Evaluation Of Low Gas - Repellent Layer Based On Data Processing Of Array Induction Logging Instrument
14.	The Research And Application Of Selforganized Competitive Neural Network In Interpretation Of Well Logging Data In Sandstone Type Uranium Deposits
15.	Quantitative Prediction Of Shale Gas Reservoir Parameters Based On Rock Physics Template
16.	The Study On Application Of High-density Resistivity Method On The Survey Of Structural Of Slope Rock Mass
17.	Research On Logging Interpretation Of Water Flooded Layer In Xingshugang Oilfield
18.	Research On Quantitative Interpretation Methods And Influencing Factors Of Linear Structure Of Remote Sensing Images
19.	Physical and quantitative interpretation of seismic attributes for rocks and fluids identification
20.	Rock physics models for constraining quantitative interpretation of ultrasonic data for biofilm growth and development
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