sulfate-Reducing Bacteria - Globe Thesis

Keyword [sulfate-Reducing Bacteria] Result: 121 - 140 \| Page: 7 of 10
121.	Study On Insitu Removal Of The Heavy-metals In Acid Mine Drainage By Permeable Reaction Bed Of Immobilized Sulfate Reducing Bacteria With Fe-C Reduction
122.	The Study On The Control Of Microbial Film In Simulated Cooling Water
123.	A Study On The Microbiologically Influenced Corrosion In The Presence Of A Static Magnetic Field
124.	Microbial Preparation Of Nitrogen And Sulfur-doped Graphene And Study On Its Application In The Simultaneous Determination Of Ultratrace Heavy Metals
125.	The Effect Of Sulfate Reduction On The Attenuation Of Polychlorinated Biphenyls In Paddy Soil
126.	The Research On Operation Characteristics And Microecological Structure Differences Between Lighted Anaerobic Reactors And Tranditional Anaerobic Reactors
127.	Analysis Of The Genesis Of Sulfur And Control Of Microbial Corrosion In Oilfield Water System
128.	Effect Of2,4-dichlorophenol On Interactions Between Environmental Microbes And Minerals
129.	Carbon Source Analysis Of Sulfate-reducing Bacteria In Panbei Coal Mine
130.	Research On Symbiosis Of Sulfate Reducing Bacteria And Methanogenic Bacteria In Coal Seam Groundwater
131.	Analysis Of The Interaction Between Heavy Metal And EPS Isolated From Sulfate Reducing Bacteria
132.	Preparation Of Sulfate-reducing Bacteria Immobilized Microspheres And Properties U (Ⅵ) Removal
133.	Carbon Nanoparticles- Assisted Sulfate Reducing Bacteria As An Efficient Approach For Removal Of Copper(Ⅱ)、zinc(Ⅱ) Ions From The Effluent
134.	Research On The SRB Growth Characteristics And Suppression Method Of Oilfield Produced Fluid
135.	Mechanism And Environmental Significance Of The Decomposition Of Sulfate-reduction Bacterium
136.	Application Of Research On The Acid Mine Drainage Treatment Technology By Sulfate Reducing Bacteria
137.	Community Structure And Distribution Characteristics Of Sulfate-Reducing Bacteria In Wuliangsuhai Wetland
138.	The Study On Development Of Reactor For Acidic Mineral Drainage
139.	Isolation Of Sulfate Reducing Bacteria From Sewage Sludge And Determination Of Its Heavy-metal-removal Mechanism
140.	Biosynthesizing FeS For Reductive Debromination Of Hexabromocyclododecanes(HBCDs)
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