in situ characterization - Globe Thesis

Keyword [in situ characterization] Result: 1 - 20 \| Page: 1 of 4
1.	Alcohol Oxidation And CO Oxidation Over Supported Au And Ru Catalysts
2.	Characteristics And In Situ Characterization Of Martensitic Transformation In Mn-Fe-Cu Alloy
3.	The Structure Property And In-Situ Characterization Of Hydrodesulfurization Catalyst
4.	Formation And Electrochemical Real-time In-situ Characterization Of Self-assembled Monolayers Of Mercaptan On Gold Electrodes In Nonaqueous Solution
5.	In Situ Characterization Of Mechanical Properties Of Carbon Fiber/epoxy Composites By Nanoindentation
6.	In Situ Real-time Characterization Of Structure Change In The Thin Film Of Poly Octylfluorene When It Is Under Annealing
7.	Study On Reaction Mechanism Of Propane Dehydrogenation Over Pt Catalysts
8.	Study On The Hydrogenation Of Carbon Oxides By In-situ X-Ray Absorption Fine Structure (XAFS) Method
9.	Study Of Three Dimensional Dendritic Morphology Evolution Of Mg-based Alloys During Solidification
10.	Structural Optimization Of Transition Metal Compounds For Electrochemical Energy Storage/conversion
11.	Graphene In-situ Synchrotron Characterization Platform And Its Applications
12.	Study On Palladium-based Nickel Cobaltite Catalyst For The Catalytic Combustion Of Lean Methane
13.	Fast Flow Induced Non-equilibrium Phase Transition Of Isotactic Polypropylene
14.	Study On Electrocatalytic Properties Of Defect-induced Nano-materials
15.	Atomic Scale TEM In-situ Characterization Of Novel Two Dimensional Oxide Films And Functional Devices
16.	Theoretical Study And In Situ Raman Characterization Of The Electronic Processes In Organice Field-effect Transistor
17.	Design Of Micro-nanostructured Based On Metal Sulfides/selenides And Their Sodium Storage Properities
18.	The Design And Application Of An Online MS Based In Situ Characterization Platform For C1 Energy Related Mechanistic Studies
19.	In-situ Characterization And Reaction Mechanism Of Low Rank Coal Pyrolysis Behavior
20.	Multi-scale Characterization And Finite Element Simulation Of The Fracture Mechanism Of Face-centered Cubic Metal
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