super-low - Globe Thesis

Keyword [super-low] Result: 1 - 20 \| Page: 1 of 2
1.	Study Of Mechanisms And Technologies To Improve The Effect Of Water-flooding At Super-low Permeability Reservior
2.	Experimental Study On Several Multi-Field Coupled Behavior Of Ferromagnetic Materials
3.	Fine Description Of Reservoir And Distribution Of Remaining Oil Of Super-Low Permeability Reservoirs In Northern Shaanxi Province
4.	Optimizing Of Composition For Alkybenzene Sulfonates And Study On Formulation Of Weak Alkali Used For ASP
5.	Study Of Laser-Arc Hybrid Welding And The Magnetic Properties Of Laser Welded Super-Low Carbon Steel
6.	The Studies On The Kinetics Of Cationic/Super Low Temperature Photopolymerization
7.	The Research Of Kinetics Of UV Photopolymerization In Super Low Temperature
8.	Stable State Deliverability Of Extremely Low Permeability Reservoir And Forecasting Elastic Recovery Efficiency
9.	A Study On Cryogenic Toughness Of Super Low Carbon 9Ni Steel Welding Joint
10.	Anti-Pilling Finishing Of Super-Low-Twisted Cotton Knitted Textiles
11.	The Research Of Well-net Array And The Optimization Of Injection-production Parameters For Super-low Permeability Reservoir
12.	Design And Implementation Of Real-Time Tracking And Locating System For Pipeline Internal Detector
13.	Study On Microstructure And Properties Of0Cr16Ni5Mo-0.12N High Nitrogen Super-Martensitic Stainless Steel
14.	Alkylbenzene Sulfonate Synthesis
15.	Formation Of Microporous Mulberry Silk And Its Property
16.	Several Ladles Pouring Together For Large Super-low-carbon Stainless Steel Casting
17.	Optimization Techniques Research On Different Well Types And Well Patterns For Ultra-low And Super-low Permeability Reservoirs Of Changqing Oilfield
18.	The Research Advanced Water Injection Timing And Reasonable Injection Parameters Of Chang7Reservoir In Ordos Basin
19.	Study On Microstructure And Properties Of Nb Micro-alloying00Cr13Ni5Mo2Super Low Carbon Matensitic Stainless Steel
20.	Study On Microstructure And Properties Of Nb-V-N Micro-alloying13Cr5Ni2Mo Super Low Carbon Matensitic Stainless Steel
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