Reducing bacteria - Globe Thesis

Keyword [Reducing bacteria] Result: 21 - 40 \| Page: 2 of 7
21.	Isolation Of Thermophilic Nitrate-reducing Bacterium And Research On Its Inhibition To Sulfate-reducing Bacteria
22.	Acquirement And Electrochemical Characteristics Of Methanogenic Isolation From Coastal Riverine Sediment
23.	The Formation Of Authigenic Minerals During Methane Seeping In Seafloor: Insight From Laboratory Test
24.	The Mechanisms Of Iron-reduction And Biomineralization Of Two Fermentative Dissimilatory Iron-reducing Bacteria From Deep-sea Hydrothermal Fields
25.	Microbial Flora. Shihongtan And Different Uranium Deposits In The Qaidam Distribution Characteristics
26.	The Study Of Corrosion Mechanism Induced By Sulphate Reducing Bacteria And Composite Antibacterial Mateirals
27.	The Study Of Localized Corrosion Mechanism Of Typical Engineering Metal Material In Seawater Containing Microorganism
28.	Distribution And Interaction Of Sulfate-Reducing Prokaryotes And Nitrate-Reducing Prokaryotes In Petroleum Reservoirs
29.	Study Of Detection Methods For Sulfate-reducing Bacteria By DNA Sensor
30.	Formation Of Sandstone-hosted Uranium Deposit In The Ordos Basin, Northwest China
31.	Sandstone Type Uranium Deposit In Different Ore Belt Can Cultivate Sulfate Reducing Bacteria And Their Distribution
32.	Isolation, Identification And Fe(â…¢) Reducing Characteristics Of Fe(â…¢)/Humus-reducing Bacteria
33.	Development Of Rapid Detection Methods For Sulfate-reducing Bacteria
34.	Responses Of Microbial Communities In Lake And Soil Environments To Inputs Of Nitrogen And Phosphorus
35.	Research On Chemicals Assistant Bacteria Treatment For Hydrogen Sulfide In Oil Reservoir
36.	Distribution Characteristics Of Bacteria In Shihongtan Uranium Deposit Groundwater And Ore
37.	Research Of Molecular Diagnostic To Sulfate-Reducing Bacteria Based On Nucleic Acid Amplification
38.	Pure Copper Corrosion Induced By Microbes And Preparation Of Anti-Corrosive Super-hydrophobic Surface On Copper
39.	Performance And Characteristics Of Microbial Community Structure Based On Sulfur Metabolism For Sulfate Petrochemical Wastewater Treatment
40.	Impact Mechanisms Of Fe(Ⅱ) Chemical Oxidation On Fe(Ⅲ) Bio-reduction
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