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UID:13602458-5363-4777-928a-63d47bcd5e7a@unesortie.fr
DTSTAMP:20261031T224125Z
SUMMARY:Antoine Vautier PhD defense
DTSTART:20261103T133000Z
DTEND:20261103T153000Z
LOCATION:Campus de Beaulieu - ISCR - Bat. 10 B - Amphi Grandjean · Rennes\
 , Rennes
DESCRIPTION:Condensed Matter and Electroactive Systems (MaCSE) team Abstrac
 t Microbial fuel cells (MFCs) convert the energy contained in organic matt
 er into electricity\, while offering potential for effluent treatment. How
 ever\, their low power density limits their direct use as an energy source
 . Coupling MFCs with redox flow batteries (RFBs) is a strategy that allows
  the biological production of electricity to be separated from its storage
 . This thesis explores the challenges associated with this coupling a…\n
 \nhttps://unesortie.fr/e/antoine-vautier-phd-defense-136024/
URL:https://unesortie.fr/e/antoine-vautier-phd-defense-136024/
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