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Ultra-thin solid electrolyte membrane for all-solid-state secondary batteries developedThe research team applied a binder material that exhibits fibrillation behavior when mechanical shear (force) is applied, and manufactured an ultra-thin solid electrolyte membrane with a thickness of ...
The research team applied a binder material that exhibits fibrillation behavior when mechanical shear (force) is applied, and manufactured an ultra-thin solid electrolyte membrane with a thickness ...
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