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Copper anode corrosion affects power generation in microbial fuel cells
Xiuping Zhu, Bruce E. Logan
Research output
:
Contribution to journal
›
Article
›
peer-review
54
Scopus citations
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Dive into the research topics of 'Copper anode corrosion affects power generation in microbial fuel cells'. Together they form a unique fingerprint.
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INIS
fuel cells
100%
power generation
100%
anodes
100%
copper
100%
corrosion
100%
carbon
42%
power
42%
stainless steels
42%
metals
28%
control
28%
toxicity
28%
comparative evaluations
14%
production
14%
chemical industry
14%
reactors
14%
increasing
14%
surface area
14%
microorganisms
14%
corrosion resistance
14%
Earth and Planetary Sciences
Anode
100%
Power Generation
100%
Corrosion
100%
Copper
100%
Stainless Steel
42%
Carbon
42%
Micro-Organism
28%
Metal
28%
Fabric
28%
Chemical Industry
14%
Surface Area
14%
High Current
14%
Increasing
14%
Society
14%
Toxic Product
14%
Material Science
Anode
100%
Corrosion
100%
Fuel
100%
Stainless Steel
50%
Metal
33%
Fabrics
33%
Surface Area
16%
Anode Material
16%
Toxicity
16%
Carbon-Based Material
16%
Corrosion Resistance
16%
Chemistry
Anode
100%
Corrosion
100%
Copper
100%
Carbon
42%
Stainless Steel
42%
Metal
28%
Chemical Industry
14%
Toxic
14%
Surface Area
14%
Chemical Reaction Product
14%
Toxicity
14%
Reactor
14%
Chemical Engineering
Copper
100%
Microbial Fuel Cell
100%
Carbon
75%