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Team:Bielefeld-CeBiTec/Results/rMFC/Construction
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<font size="3" style="text-align:left;"><b>Figure 1</b>: H-cell reactor set up. You can see the anode- and cathode- compartments which are connected by a glass flange. The water-heating conection, fumigation and the wiring of the needed electrodes. It is a three electrode set up with working- (WE) und reference- electrode (RE) in the cathode space and a counter electrode (CE) in the anode space.</font> | <font size="3" style="text-align:left;"><b>Figure 1</b>: H-cell reactor set up. You can see the anode- and cathode- compartments which are connected by a glass flange. The water-heating conection, fumigation and the wiring of the needed electrodes. It is a three electrode set up with working- (WE) und reference- electrode (RE) in the cathode space and a counter electrode (CE) in the anode space.</font> | ||
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Revision as of 19:28, 13 October 2014
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H-Cell Reactor
Short summary
The idea of the H-cell reactor was to investigate the electrochemical behaviour of our mediators and electrode materials on the one hand and to characterize the electron uptake into the cells on the other.
Figure 1: H-cell reactor set up. You can see the anode- and cathode- compartments which are connected by a glass flange. The water-heating conection, fumigation and the wiring of the needed electrodes. It is a three electrode set up with working- (WE) und reference- electrode (RE) in the cathode space and a counter electrode (CE) in the anode space.
Flow Cell
