Mediators - Globe Thesis

Keyword [Mediators] Result: 1 - 20 \| Page: 1 of 4
1.	Biodegradation Of Hyper-salinity Dye Wastewaters And The Accelerating Effect Of Redox Mediators
2.	Application Of Redox Mediators To Accelerate The Decolorization Of Azo Dye By Photosynthetic Bacteria
3.	Study And Application Of Chemically Modified Electrodes And Biosensors
4.	Study On Modified Electrodes For The Electrocatalysis Processes Of Biomicromolecule And New HRP Biosensor
5.	Enhanced Biological Decolourzation Of Azo Dyes By The Quinoid Redox Mediators
6.	Enhanced Biological Decolourzation Of Azo Dyes By Products Reduced From Acid Azo Dyes
7.	Enhanced Biodecolorization Of Azo Dyes By The Anthraquinone Dyes Intermediators
8.	Enhanced Biodecolorization Of Azo Dyes Using Anthraquinone Immobilized In Polyurethane Foam
9.	Study On The Structure Activity Relationship And The Catalysis Mechanism Of Dissolved Redox Mediators During The Azo Dyes Biodegradation Processes
10.	Study The Key Factors And Kinetic Characteristics Of The Anaerobic Hydrogen Fermentation
11.	Study On Effects Of Exogenous Quinoid Redox Mediators On Activity Of Anammox Biomass
12.	Enhancement Of Anaerobic Phenol Degradation By Catalytic Biocarriers
13.	Expression Of A Laccase Gene From Lentinula Edodes In Pichia Pastoris And Degradation Of Triarylmethane Dyes By Laccase In The Presence Of Natural Mediators
14.	Theoretical Study On The Properties Of Co-based Redox Mediators And The Mechanism Of Dye Regeneration For Dye-sensitized Solar Cells
15.	Study On The Removal Mechanism Of Similar Persistent Organic Pollutants From Dyeing Wastewater By Pseudomonas Sp. Bacteria
16.	Enhanced Biodecolorization Of Azo Dyes Using Immobilized Quinones As Redox Mediators And Bacterial Community Analysis
17.	Enhanced Anaerobic Biodegradation Of Phenol By Redox Mediators
18.	Design, Synthesis And Application Of Triarylimidazole Derivatives As Electrochemical Organic Redox Catalysts
19.	Study Mechanism And Kinetic Of Cl O4-bio-degradation With Redox Mediators
20.	Effects Of Iron Elements And Mediators On Pentachlorophenol Degradation And Its Microbial Community Structure By ASBR
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