super high-water - Globe Thesis

Keyword [super high-water] Result: 1 - 20 \| Page: 1 of 2
1.	Study On Overlying Strata Movement Behavior For Longwall Filling Mining Of Superhigh-water Material And Its Control
2.	Energy-saving Technology Research Of Electric Submersible Pump In The Super High Water-cut Development Period
3.	Study On Remaining Oil Description In Complex Heterogeneous Reservoir At Super-high Water Cut Period Of Gudao Oil Field
4.	The Optimization Research Of Layer And Well Pattern Recombination Of Waterdrive Reservoir In Super High Water Cut Stage
5.	Study On Pressure Drop Calculation Of Transmission Line With Mixed Oil-gas-water Three-phase Flow
6.	Study On Water Conservation Mining And Safe Mining With Superhigh-water Material
7.	Research And Application On Filling Minging In Underhand Minging With Superhigh-water Material
8.	Reach About Well Pattern And Injection-production Parameter Boundaries Of Reservoir In Extra-high Watercut Stage
9.	Theadaptability Evaluation System Research Of Well Pattern And Water Flooding Regime In Super High Water Cut Stage
10.	Characteristics Of High Water Cut Crude Oil System
11.	The Key Technology Research On Thick Coal Re-mining With Super High-water Material Filling Mining Technology
12.	Research On The Overlying Strata Movement Law Of Super-high-water Material Bag-type Filling Mining And Its Control
13.	Technology Of Subsequent Water Flooding Cyclic Studying In Naner Area Saertu Oil Field
14.	Experimental Study On Bearing Capacity Of Open Filling Consolidation Of Super High Water Materials
15.	Research And Application Of Backfill Mining By Setting Pillars With Super High-Water Material
16.	Study On Surface Subsidence Characteristics With Super High Water Material Bag-Type Filling Mining
17.	Study On "Support-surrounding Rock Relationship" In Mining Faces Backfilled With Bags Of Super-high Water Materials
18.	Development And Research Of Depositional Device For Oil-Water Two-Phase Flow With Super High Water
19.	Experimental Study On Wall-sticking Of Crude Oil Under Ultra High Water Cut
20.	Study On Super-high-water Material Backfilling Technology With Extremely Thick Igneous Rock Above Coal Seam In Anju Mine
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