Bioelectricity generation - Globe Thesis

Keyword [Bioelectricity generation] Result: 1 - 16 \| Page: 1 of 1
1.	Characteristics And Mechanism Of Using Microbial Fuel Cell For Simultaneousazo Dye Degradation And Bioelectricity Generation
2.	Performance And Mechanism Of Microbial Fuel Cell Based On Simultaneous Congo Red Decolorization And Bioelectricity Generation
3.	Simultaneous Degradation Of Azo Dye And Bioelectricity Generation Using Air-cathode Single Chamber Microbial Fuel Cell
4.	Simultaneous PH Self-neutralization, Azo Dye Degradation And Bioelectricity Generation Using Algal-bacterial Microbial Fuel Cell Operated Under Periodically Reversing Polarity
5.	Performance Of Microbial Fuel Cell Incorporating Constructed Wetland For Wastewater Treatment And Bioelectricity Generation
6.	The Characteristics And Mechanisms Of Simultaneous Azo Dye Degradation And Bioelectricity Generation Using A Constructed Wetland-microbial Fuel Cell
7.	Strengthen The Bioelectricity Generation Of Bioelectrochemical Systems By N-containing Functional Carbon Materials:performance And Mechanisms
8.	Bioremediation Of Polluted Urban River Using Hybrid Processes Of Macrophyte Sediment Microbial Fuel Cell(mSMFC)
9.	Study On Removal Performance And Intensified Strategies Of Typical Antibiotics In Microbial Fuel Cells Integrated With Constructed Wetlands
10.	Study On Performance Of Microbial Fuel Cell Incorporating Up-flow Constructed Wetland For Pig Farms Biogas Slurry Treatment And Bioelectricity Generation
11.	Research On Bioelectricity Generation And Electron Transfer Pathway Of Tolumonas Osonensis And Kocuria Rhizophila
12.	Bioelectricity Generation Using Chlorella Regularis And Microcystis Aeruginosa Biomass As Electron Donor In A Bioanode Microbial Fuel Cell
13.	The Research On The Performance Of The Treatment Of Saline Wastewater By Constructed Wetlands Combined With Microbial Fuel Cell
14.	Engineering microorganisms for biosensor development and bioelectricity generation
15.	Synthesis,optical Properties And Bioelectricity Of Carbon Dots Produced By Sodium Naphthalene Method
16.	Anthraquinones As Electron Mediators Enhanced Bioelectricity Generation And Pollutants Removal In MFC
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