molecule-adsorption - Globe Thesis

Keyword [molecule-adsorption] Result: 1 - 20 \| Page: 1 of 2
1.	Scanning Tunneling Microscopy Study Of Molecular Adsorbate Systems On Metal And Metal Oxide Surfaces
2.	Theoretical Studies Of Vacancy And Molecule Adsorption On Titanium Dioxide Surface
3.	A Density Functional Study Of Small Molecule Adsorption On GaN(0001) Surface
4.	Theoretical Study Of Adsorption, Diffusion And Dissociation Mechanism On Gas-solid Surface Interaction
5.	Mechanism For Atom,Molecular Adsorption On Transition Metal Surface
6.	Gas Molecule Adsorption On Surfaces Of Indium (Tin) Oxide: Density Functional Theory Study
7.	Mechanism For Atom,Molecular Adsorption On Simple Metal And Transition Metal Surface
8.	Study Of Adsorption Behavior On Surfaces At The Single Molecules Level
9.	First-Principles Study Of Surfaces Property From The Î²-Sic (111) Derived Structure And Its Water Molecule Adsorption
10.	Theoretical Study Of Small Molecule Adsorption On Cu~+-, Ag~+- And Au~+-Exchange Zeolite
11.	Density Functional Theory Study Of Small Molecule Adsorption On Perovskites-type Catalyst Surface
12.	Hydrogen, Oxygen Atoms And Molecules On The Metal Surface Adsorption And Dissociation Theory Research
13.	The Theoretically Studies On The Mechanism For Small Molecule Adsorption On The Si Surface
14.	Directed Synthesis Of Ceria Based Materials By Small Molecule Adsorption And The Study Of Catalytic Performance
15.	Hydrogen Storage Property Study Of H₂Molecule Adsorption On LaFeO₃ï¼ˆ100ï¼‰ Surfaces
16.	The Adsorption And Dissociation Of Oxygen-contained Gas Molecule On Uranium Surface:a First-principles Study
17.	A First Principle Study On The Ceria Nanopariticle Interaction With Small Organic Molecules
18.	Construction Of Copper-Based Metal-Organic Frameworks And Their Small Molecule Adsorption Properties
19.	The Structural, Magnetical, Electronic Properties And No Adsorption And Dissociation On Bimetallic Rh_nPt_55-n Clusters: A First-Principles Study
20.	A DFT Study Of Surface Properties And Reaction Mechanisms Of NO Oxidation Over Perovskite-type LaCoO₃
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