Ferrous iron oxidation microflora from rust deposits improve the performance of bioelectrochemical system

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

Fingerprint

???publication_fingerprints_help???

Biochemistry, Genetics and Molecular Biology

100
Iron Biochemistry, Genetics an...
100
Microflora Biochemistry, Genetics an...
100
Oxidation Biochemistry, Genetics an...
20
Facilitated Diffusi... Biochemistry, Genetics an...
20
Density Biochemistry, Genetics an...
20
Electron Biochemistry, Genetics an...
20
Bacterium Biochemistry, Genetics an...
20
Sphingomonas Biochemistry, Genetics an...
20
Iron Ion Biochemistry, Genetics an...
20
Acidithiobacillus Biochemistry, Genetics an...
20
Rhodobacter Biochemistry, Genetics an...

Earth and Planetary Sciences

100
Microflora Earth and Planetary Scien...
100
Ferrous Iron Oxidat... Earth and Planetary Scien...
100
Deposit Earth and Planetary Scien...
60
Ion Earth and Planetary Scien...
40
Rate Earth and Planetary Scien...
40
Sludge Earth and Planetary Scien...
40
Topsoil Earth and Planetary Scien...
20
Investigation Earth and Planetary Scien...
20
Electron Earth and Planetary Scien...
20
Loss Earth and Planetary Scien...
20
Oxidation Earth and Planetary Scien...
20
Acceleration (Physi... Earth and Planetary Scien...
20
Catholytes Earth and Planetary Scien...
20
Efficiency Earth and Planetary Scien...
20
Iron Earth and Planetary Scien...

Keyphrases

100
Bioelectrochemical ... Keyphrases
100
Microflora Keyphrases
100
Ferrous Iron Oxidat... Keyphrases
33
Fe(III) Ions Keyphrases
33
Topsoil Keyphrases
16
Sludge Keyphrases
16
Fe(II) Keyphrases
16
System Operation Keyphrases
16
Loss Rate Keyphrases
16
Electron Acceptor Keyphrases
16
Internal Resistance Keyphrases
16
Fe Ions Keyphrases
16
Diffusion Resistanc... Keyphrases
16
Sphingomonas Keyphrases
16
Maximum Power Densi... Keyphrases
16
Coulombic Efficienc... Keyphrases
16
Ferrous Iron Keyphrases
16
Catholyte Keyphrases
16
Ion Loss Keyphrases
16
Rhodobacter Keyphrases
16
Fe(II)-oxidizing Ba... Keyphrases
16
Aerobic Sludge Keyphrases
16
Fe2+ Oxidation Rate Keyphrases
16
Acidithiobacillus S... Keyphrases
16
Ferrovum Keyphrases

INIS

100
performance INIS
100
oxidation INIS
100
deposits INIS
100
iron INIS
100
microflora INIS
40
ions INIS
40
sludges INIS
20
losses INIS
20
diffusion INIS
20
efficiency INIS
20
bacteria INIS
20
operation INIS
20
power density INIS
20
iron ions INIS
20
electron acceptor INIS

Engineering

100
Performance Engineering
100
Iron Engineering
50
Oxidation Rate Engineering
50
System Operation Engineering
50
Rate Loss Engineering
50
Internal Resistance Engineering
50
Maximum Power Densi... Engineering
50
Electron Acceptor Engineering
50
Efficiency Engineering

Agricultural and Biological Sciences

100
Microflora Agricultural and Biologic...
100
Ferrous Iron Oxidat... Agricultural and Biologic...
40
Topsoil Agricultural and Biologic...
20
Sphingomonas Agricultural and Biologic...
20
Rhodobacter Agricultural and Biologic...
20
Acidithiobacillus Agricultural and Biologic...
20
Oxidation Agricultural and Biologic...
20
Bacterium Agricultural and Biologic...

Chemical Engineering

100
Iron Chemical Engineering
100
Deposit Chemical Engineering
100
Sludge Chemical Engineering
50
Maximum Power Densi... Chemical Engineering
50
Catholytes Chemical Engineering
Research OutputsResearch Output authored by Ferrous iron oxidation microflora from rust deposits improve the performance of bioelectrochemical system is tagged with the concept