Enhance Electrochemical Performance of Mn-Based Cathode Material via Defect Chemistry for Aqueous Zinc-ion Batteries
Enhance Electrochemical Performance of Mn-Based Cathode Material via Defect Chemistry for Aqueous Zinc-ion Batteries 3gJ7J
The aqueous zinc ion batteries (AZIB) are an alternative next generation energy storage system due to its non-toxicity, safety, high theoretical capacity, and its low cost. However, the cycle performance of AZIB is limited by the find suitable cathode materials. Oxide based cathodes are the most widely used and studied. This study mainly focused on manganese-based cathodes and recent advances with defect chemistry.
The aqueous zinc ion batteries (
AZIB
) are an alternative
next
generation energy storage system due to its non-toxicity, safety, high theoretical capacity, and its low cost.
However
, the cycle performance of
AZIB
is limited
by the find suitable cathode materials. Oxide based cathodes are the most
widely
used
and studied. This study
mainly
focused on manganese-based cathodes and recent advances with defect chemistry.
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