Improved Electrochemical performance of NMC Cathode Materials Based on the modification of the Salt Content in the Electrolyte
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Sedlaříková, Marie
Ortiz, Mariela Gisela
Čech, Ondřej
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0000-0002-6345-0397 Abstract
Thelayered LiMO2 (M=Mn,Co,andNidenotedasNCM),havebeenextensivelystudiedandconsideredtobeapromisingcandidateofcathodematerialforfutureLIBsbecauseoftheirhightheoreticalcapacity,lowcost,safety,highcyclingstabilityandlowtoxicity.However,itisconsideredthattheneedtocontinuewiththesestudies,tobeabletoimprovetheirelectrochemicalbehaviorespeciallywithrespecttoitslowinitialcoulombefficiencyandpoorratecapability,isstillpresent.
Thelayered LiMO2 (M=Mn,Co,andNidenotedasNCM),havebeenextensivelystudiedandconsideredtobeapromisingcandidateofcathodematerialforfutureLIBsbecauseoftheirhightheoreticalcapacity,lowcost,safety,highcyclingstabilityandlowtoxicity.However,itisconsideredthattheneedtocontinuewiththesestudies,tobeabletoimprovetheirelectrochemicalbehaviorespeciallywithrespecttoitslowinitialcoulombefficiencyandpoorratecapability,isstillpresent.
Thelayered LiMO2 (M=Mn,Co,andNidenotedasNCM),havebeenextensivelystudiedandconsideredtobeapromisingcandidateofcathodematerialforfutureLIBsbecauseoftheirhightheoreticalcapacity,lowcost,safety,highcyclingstabilityandlowtoxicity.However,itisconsideredthattheneedtocontinuewiththesestudies,tobeabletoimprovetheirelectrochemicalbehaviorespeciallywithrespecttoitslowinitialcoulombefficiencyandpoorratecapability,isstillpresent.
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en