Dissimilatory fe - Globe Thesis

Keyword [Dissimilatory fe] Result: 1 - 17 \| Page: 1 of 1
1.	The Effect Of Dissimilatory Fe(â…¢) Reduction On The Decomposition Of Different Benzene Analogs In Paddy Soils
2.	Electron Transfer Capability Of Dissolved Organic Matter And Its Effects On Microbial Dissimilatory Fe(â…¢) Reduction
3.	The Characteristics Of Microbial Iron Reduction And Identification Of Iron Reducers In Marine Sediments
4.	Study On Characteristics And Factors Of Phosphorous Removal Using Dissimilatory Fe(â…¢) Reduction In Activated Sludge System
5.	Electron Transfer Capability Of Dissolved Organic Matter And Its Strengthening Effects On Dissimilatory Fe(â…¢) Reduction
6.	Dynamic And Chemical-microbial Coupling Mechanisms Of Pentachlorophenol Reductive Dechloriantion Under Anaerobic Condition
7.	Study On Oxidation Of BTEX Coupled To Microbial Dissimilatory Fe(â…¢) Reduction
8.	Characterization Of Water Environmental Quality Situation And Preliminary Research On Poisonous Ferric Ions Reduction With Microorganisms
9.	Dissimilatory Fe(â…¢) Reduction By Shewanclla Oneidensis MR-1and The Influence Factors
10.	Arsenic Biomethylation By Shewanella Oneidensis MR-1 And Its Influencing Factors
11.	Study On The Characteristic Of Using Carbon Source For Dissimilatory Fe(â…¢) Reduction With Removal Of Nitrogen In Activated Sludge And The Application Of Activated Sludge Dissimilatory Fe(â…¢) Reduction
12.	Fe And Cd Release, Transport And Transformation During Microbial Reduction Of Fe(â…¢) In Cd-loaded Polyferric Sulfate Flcos By Shewanella Oneidensis MR-1
13.	Experimental Study On Interface Characteristics And Metal Release Mechanism Of S.oneidensis MR-1 And Uranium Tailings Under Anaerobic Conditions
14.	Effects Of Phosphate On The Formation Of Secondary Iron Minerals And Cadmium Transformation Induced By Dissimilatory Fe(Ⅲ) Reduction
15.	The significance of iron(III) reducing bacteria in uranium(VI) bioremediation and energy production by sediment fuel cells
16.	Study Of The Mechanism Of Arsenic Oxidation-immobilization And Arsenic Release Mediated By Microbes In Paddy Soils
17.	Research On Mechansim Of Iron Mineral Recrystallization Drived By Interfacial Electron Transfer Coupling Environmental Behavior Of Heavy Metal
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