Micro-CT - Globe Thesis

Keyword [Micro-CT] Result: 1 - 20 \| Page: 1 of 3
1.	The Theory And Its Application Of Percolation In Pore And Fracture Double-Medium
2.	The Pyrolysis Characteristics And In-situ Hot Drive Simulation Research That Exploit Oil-gas Of Oil Shale
3.	The Theory And Experimental Research Of Hydrocarbon Resources Extraction From In-situ Lignite Injectign Vapour
4.	Study Of Structural Characteristics And Acoustic Properties Of Fiber Assembly
5.	Research On Mechanical Behavior Of Two Directional Carbon/Carbon Composites
6.	Microstructure Analysis Of Carbon/Carbon Composite Material Based On High-resolution Computed Tomography Technology
7.	Surface Treatment Of Mg-Zn-Zr Alloy And Study On The Degradation Behavior In Vitro And In Vivo
8.	Micro-CT Based 3D Morphological Analysis And Performance Study Of Porous Metal Fiber Sintered Sheet
9.	3D Image Processing And Analysis Of The Structure Of Composite Materials
10.	Punch Shear Properties And Failure Mechanism Of 3-D Braided Composites
11.	Interfacial Property Changes Induced By Displacement Agents And Their EOR Mechanisms
12.	Comparative Study On Analysis And Detection Of Three Kinds Of Carbon Fiber Composite Porosity
13.	Refine Modeling Of Three-dimensional Braided Composites Based On Micro-CT And Analysising Of Mechanical Properties
14.	Through-thickness Tension And Interlaminar Shear Damage Behavior Of Three Dimension Woven Composites
15.	Establishment Of Coal Micro-pore Structure And Simulation On The Seepage Rules Of Low-pressure Water Based On Micro CT Technology
16.	Proe Structure Evolution And In-Situ Heating Simulation Analysis Of Oil Shale Under Conduction And Convection Heating Conditions
17.	Study On Powder Metallurgy Controllable Preparation Of Aluminum Foam And Foaming Mechanism Research Based On Synchrotron Radiation Technique
18.	Study On Powder Metallurgy Foaming Process And Mechanism Of Aluminum Foam
19.	Simulation Of Fluid Flow In Complex Channels By LBM Method
20.	Study On The Evolution Law Of Oil Shale Pores And Fracture Structure And Seepage Path Under Different Heating Modes
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