iron-reducing bacteria - Globe Thesis

Keyword [iron-reducing bacteria] Result: 1 - 17 \| Page: 1 of 1
1.	Cultivation Of Alkaliphlic Iron-Reducing Bacteria In Ultra-pressure Metamorphic Rocks Collected From Chinese Continental Scientific Drilling Program (CCSD)
2.	Corrosion Mechanism And Process Of Carbon Steel Influenced By Marine Anaerobic Microorganism
3.	Experimental Investigation Of Interactions Between Dissimilatory Iron Reducing Bacteria And Organic Clay Mineral
4.	The Mechanisms Of Iron-reduction And Biomineralization Of Two Fermentative Dissimilatory Iron-reducing Bacteria From Deep-sea Hydrothermal Fields
5.	The Study Of Localized Corrosion Mechanism Of Typical Engineering Metal Material In Seawater Containing Microorganism
6.	Responses Of Microbial Communities In Lake And Soil Environments To Inputs Of Nitrogen And Phosphorus
7.	Electrochemical Activity Of Iron Reducing Bacteria And Diversity Of Methanogens In Sediments Of Bohai Sea And Its Coastal Rivers
8.	Effect Of Iron-Reducing Bacteria On The Interaction Between Soil Colloid And Arsenic
9.	Effects Of DOM And Dissimilatory Iron-Reducing Bacteria On The Bioavailability Of Heavy Metals In Rhizosphere Micro-Domains Under Hydraulic Conditions
10.	Characteristics And Biochemical Effects Of Indigenous Iron Reducing Bacteria In Hetao Basin,Inner Mongolia
11.	Iron-reducing Bacteria Mediated Reduction Of Arsenic-bearing Mixed Iron Oxide Minerals And Arsenic Release
12.	Iron-reducing Bacteria-mediated Migration And Transformation Of Antimony On Crystal Facet-dependence Hematite
13.	Arsenic Mobilization Affected By Dissimilatory Iron Reducing Bacteria From High Arsenic Groundwater In Hetao Basin
14.	Mechanisms Research On Removal Of Heavy Metal Cr(?) By Dissimilatory Iron-reducing Bacteria From Marine Sediment
15.	A Novel Deep-sea Iron Reducing Bacteria And The Influence Of Hydrostatic Pressure On The Free Energy Production In The Process Of Iron Dissimilation Reduction
16.	Iron Reduction Ability And Electricity Generation Ability Of Desulfocurvibacter Isolated From Offshore
17.	Research On The Characteristics Of Iron Reducing Bacteria Coupled Heavy Metals Removal And Denitrification
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