reduction mechanism - Globe Thesis

Keyword [reduction mechanism] Result: 1 - 20 \| Page: 1 of 2
1.	The Mechanism Of Drag Reduction With Hydrophobic Nanoparticles In Reservoir Microchannels
2.	Experimental Investigation Of Drag Reduction Mechanism Over Riblet Surface In Turbulent Boundary Layer
3.	Experimental Investigation Of Drag Reduction Mechanism In Turbulent Boundary Layer Over Riblet Surface
4.	The Research Of Greenhouse Gases Reduction Mechanism Under The
5.	Experimental Investigation On Drag Reduction Mechanism Of Turbulent Boundary Layer With Grooved Surface In Low Velocity
6.	TRPIV Measurement Investigation On Drag-Reduction Mechanism Of Wall-bounded Turbulent Flow With Polymer Solution
7.	Application Research Of Project Geothermal Energy And Emission Reduction Mechanism
8.	Escherichia Coli Dh10b And Stenotrophomonas Maltophilia R551-3 Total Metabolism Of Imidacloprid And Its Nitro Reduction Mechanism
9.	Fabrication And Drag Reduction Mechanism Of Super-hydrophobic Surfaces With Micro-nano Structures
10.	Electromagnetic Force Turbulent Drag Reduction Mechanism Of The Wall
11.	PIV Experimental Research Of Coherent Structures In Wall-bounded Turbulent Flow And Drag Reduction Mechanism By Superhydrophobic Surfaces
12.	Experimental Investigation Of Active Control And Drag Reduction Mechanism For Turbulent Boundary Layer Over A Flat Plate
13.	Theoretical Study On The Dehydrogenation Properties Of Magnesium Hydride And The Reduction Mechanism Of Fluorinated Graphene
14.	Study On Drag Reduction Mechanism Of Grooved Surface Based On Entropy Analysis
15.	Experimental Investigation Of Drag-Reduction Mechanism For Superhydrophobic Surfaces In Wall-Bounded Turbulent Flows With Time-Resolved Particle Image Velocimetry
16.	Influence Of Isomorphous Substitution On The Reducing Capability Of Magnetite Coupled With Aqueous Fe(?) And The Related Mechanisms
17.	Research On A Selenite-reducing Bacterium Stenotrophomonas Sp. EGS12
18.	Analysis On Base Isolation Mechanism Of High-rise Shear Wall Structure With Large Height-width Ratio And Shake Table Investigation
19.	The Application And Energy Dissipation Research On Large Height-width Ratio Base-isolated High-rise Structures
20.	Drag-reduction Mechanism Of Thermally Conductive Elastic Bionic Wall Based On The Method Of Fluid�Structure�Heat Coupling
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