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Tough Gel Electrolyte Extends Lithium Anode Lifespan

Tough Gel Electrolyte Extends Lithium Anode Lifespan
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Japan , A-national-institute-for-materials-science , Technology-agency , National-institute , Materials-science , Advanced-battery-collaboration , Japan-science , Advanced-materials , Japan-time ,

Extending the life of a lithium metal anode u

A National Institute for Materials Science (NIMS) research team has succeeded in substantially improving the cycling performance of a lithium metal battery by developing a mechanically very strong polymeric gel electrolyte and integrating it into the battery as a layer to protect the lithium metal anode. This achievement may greatly facilitate efforts to put lithium metal anodes a potentially very high performance anode material into practical use.

Japan , Technology-agency , Method-of-research , A-national-institute-for-materials-science , National-institute , Materials-science , Advanced-battery-collaboration , Japan-science , Advanced-materials , Japan-time , Stretchable-gel-electrolytes

Nanotechnology Now - Press Release: Beyond lithium: a promising cathode material for magnesium rechargeable batteries: Scientists discover the optimal composition for a magnesium secondary battery cathode to achieve better cyclability and high battery capacity

Nanotechnology Now - Press Release: Beyond lithium: a promising cathode material for magnesium rechargeable batteries: Scientists discover the optimal composition for a magnesium secondary battery cathode to achieve better cyclability and high battery capacity
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Japan , Tokyo , Chiaki-ishibashi , Toshihiko-mandai , Naoya-ishida , Naoto-kitamura , Yasushi-idemoto , Mina-takamatsu , Hiroshi-matsuda , Research-group-for-advanced-energy-conversion , Department-of-pure , Battery-technology-capacitors-generators-piezoelectrics-thermoelectrics-energy