A cost-effective water-in-salt electrolyte enables highly s鈥arabi University

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鈫� 袧邪蟹邪写 泻 锌褍斜谢懈泻邪褑懈褟屑

A cost-effective water-in-salt electrolyte enables highly stable operation of a 2.15-V aqueous lithium-ion battery

袚芯写 锌褍斜谢懈泻邪褑懈懈
2022
CiteScore
7.6
SJR
2.598
SNIP
1.48
袗胁褌芯褉褘
馃懁 Turgeman, M.
馃懁 Wineman-Fisher, V.
馃懁 Malchik, F.
馃懁 Saha, A.
馃懁 Bergman, G.
馃懁 Gavriel, B.
馃懁 Penki, T.R.
馃懁 Nimkar, A.
馃懁 Baranauskaite, V.
馃懁 Aviv, H.
馃懁 Levi, M.D.
馃懁 Noked, M.
馃懁 Major, D.T.
馃懁 Shpigel, N.
馃懁 Aurbach, D.
袠褋褌芯褔薪懈泻: Cell Reports Physical Science
孝懈锌: Article
DOI:
袨斜谢邪褋褌懈 蟹薪邪薪懈泄: General Chemistry General Energy General Engineering General Materials Science General Physics and Astronomy
袗薪薪芯褌邪褑懈褟

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