Influence of external resistance on electrogenesis, methanogenesis, and anode prokaryotic communities in microbial fuel cells
The external resistance (R ext) of microbial fuel cells (MFCs) regulates both the anode
availability as an electron acceptor and the electron flux through the circuit. We evaluated
the effects of R ext on MFCs using acetate or glucose. The average current densities (I)
ranged from 40.5 mA/m2 (9,800 Ω) to 284.5 mA/m2 (150 Ω) for acetate-fed MFCs (acetate-
fed reactors [ARs]), with a corresponding anode potential (E an) range of− 188 to− 4 mV
(versus a standard hydrogen electrode [SHE]). For glucose-fed MFCs (glucose-fed reactors …
availability as an electron acceptor and the electron flux through the circuit. We evaluated
the effects of R ext on MFCs using acetate or glucose. The average current densities (I)
ranged from 40.5 mA/m2 (9,800 Ω) to 284.5 mA/m2 (150 Ω) for acetate-fed MFCs (acetate-
fed reactors [ARs]), with a corresponding anode potential (E an) range of− 188 to− 4 mV
(versus a standard hydrogen electrode [SHE]). For glucose-fed MFCs (glucose-fed reactors …
Influence of External Resistance on Electrogenesis, Methanogenesis, and Anode Prokaryotic Communities in Microbial Fuel Cells
MA MOHAMMOD, J Sokhee - 한국생물공학회학술대회, 2021 - dbpia.co.kr
The external resistance (R ext) of microbial fuel cells (MFCs) regulates both the anode
availability as an electron acceptor and the electron flux through the circuit. We evaluated
the effects of R ext on MFCs using acetate or glucose. The average current densities (I)
ranged from 40.5 mA/msup2/sup (9,800 Ω) to 284.5 mA/msup2/sup (150 Ω) for acetate-fed
MFCs (acetate-fed reactors [ARs]), with a corresponding anode potential (E an) range of-188
to-4 mV (versus a standard hydrogen electrode [SHE]). For glucose-fed MFCs (glucose-fed …
availability as an electron acceptor and the electron flux through the circuit. We evaluated
the effects of R ext on MFCs using acetate or glucose. The average current densities (I)
ranged from 40.5 mA/msup2/sup (9,800 Ω) to 284.5 mA/msup2/sup (150 Ω) for acetate-fed
MFCs (acetate-fed reactors [ARs]), with a corresponding anode potential (E an) range of-188
to-4 mV (versus a standard hydrogen electrode [SHE]). For glucose-fed MFCs (glucose-fed …
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