oxidation - Globe Thesis

Keyword [oxidation] Result: 1 - 20 \| Page: 1 of 10
1.	Electro-oxidation Of Modified Titanium Based Coating Containing Plattnium Towards Methanol And Its Artificial Intelligent Simulation
2.	Study On The Processes And Mechanism Of Microcystins Degradation For Drinking Water
3.	Research On The Alloy Corrosion Behavior In Uranyl Solution And Oxide Characteristics Of Uranium-Niobium Alloy
4.	Oxidation Properties Of Large Area CVD Free-standing Diamond Films
5.	Modification And Surface Treatment Of Carbon Materials Used As Anode Of Lithium Ion Secondary Battery
6.	Synthesis And Electrochemical Properties Research Of Electrode Materials In Lithium-Ion Batteries From Layered Precursors
7.	Efficiency And Mechanism Of Ozone/Heterogeneous Catalytic Oxidation For The Degradation Of Organic Pollutants In Water
8.	Structure And Anti-Corrosion Mechanism Of Ceramic Coatings On Titanium Alloy By Micro-Plasma Oxidation
9.	Basis Study On Direct Methanol Fuel Cell
10.	Experimental And Theoretical Study On CFB Gas/Heat/Power Cogeneration System
11.	Lubrication And Application Properties Of Two New Environmental Friendly Lubricants
12.	Preoxidation And Enhanced Coagulation For The Water From The Miyun Reservoir
13.	Preparation Of P-type ZnO Thin Films And Study On The Doping Mechanisms
14.	Study On Formation Characteristics And Removal Mechanism Of Disinfection By-products During Prechlorination
15.	Studies On The Analytical And Removal Method And The Oxidative Degradation Mechanism Of Microcystins In Eutrophic Water
16.	Study On Novel Anode And Cathode Material For Intermediate-temperature Solid Oxide Fuel Cell
17.	Study Of Methanol Electrooxidation And Simulation Of Its Nonelinear Dynamics
18.	Preparation, Characterization And Property Of The Microarc Oxidation Of Titanium And Titanium Alloys
19.	Degradation Mechanisms And Life Prediction Of 3D C/SiC Composite In High Temperature Environments Including Oxidizing Gas And Stress
20.	Study On The Content Of Microcystins In The Water Source Of Shanghai And The Optimal Removal Methods
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