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• W2045598422 endingPage "4260" @default.
• W2045598422 startingPage "4260" @default.
• W2045598422 abstract "By means of density functional theory, we systematically investigate the insertion and diffusion of Na and Li in layered Si materials (polysilane and H-passivated silicene), in comparison with bulk Si. It is found that Na binding and mobility can be significantly facilitated in layered Si structures. In contrast to the Si bulk, where Na insertion is energetically unfavorable, Na storage can be achieved in polysilane and silicene. The energy barrier for Na diffusion is reduced from 1.06 eV in the Si bulk to 0.41 eV in polysilane. The improvements in binding energetics and in the activation energy for Na diffusion are attributed to the large surface area and available free volume for the large Na cation. Based on these results, we suggest that polysilane may be a promising anode material for Na-ion and Li-ion batteries with high charge-discharge rates." @default.
• W2045598422 created "2016-06-24" @default.
• W2045598422 creator A5023036191 @default.
• W2045598422 creator A5029325364 @default.
• W2045598422 creator A5031908321 @default.
• W2045598422 creator A5042357207 @default.
• W2045598422 creator A5045535171 @default.
• W2045598422 creator A5047564053 @default.
• W2045598422 date "2014-01-01" @default.
• W2045598422 modified "2023-09-25" @default.
• W2045598422 title "Controlling Na diffusion by rational design of Si-based layered architectures" @default.
• W2045598422 cites W1504531927 @default.
• W2045598422 cites W1963635167 @default.
• W2045598422 cites W1967098385 @default.
• W2045598422 cites W1972441796 @default.
• W2045598422 cites W1975710239 @default.
• W2045598422 cites W1975903533 @default.
• W2045598422 cites W1976319865 @default.
• W2045598422 cites W1979509996 @default.
• W2045598422 cites W1979864946 @default.
• W2045598422 cites W1981368803 @default.
• W2045598422 cites W1984748172 @default.
• W2045598422 cites W1989799765 @default.
• W2045598422 cites W1992375084 @default.
• W2045598422 cites W1992732132 @default.
• W2045598422 cites W1994439702 @default.
• W2045598422 cites W2009990961 @default.
• W2045598422 cites W2011442509 @default.
• W2045598422 cites W2012587360 @default.
• W2045598422 cites W2014411652 @default.
• W2045598422 cites W2016100304 @default.
• W2045598422 cites W2018471238 @default.
• W2045598422 cites W2018544698 @default.
• W2045598422 cites W2021403769 @default.
• W2045598422 cites W2021437247 @default.
• W2045598422 cites W2022085321 @default.
• W2045598422 cites W2024565483 @default.
• W2045598422 cites W2024679983 @default.
• W2045598422 cites W2024966938 @default.
• W2045598422 cites W2027384010 @default.
• W2045598422 cites W2029817687 @default.
• W2045598422 cites W2030460019 @default.
• W2045598422 cites W2032100925 @default.
• W2045598422 cites W2034840881 @default.
• W2045598422 cites W2036235169 @default.
• W2045598422 cites W2041771022 @default.
• W2045598422 cites W2042910343 @default.
• W2045598422 cites W2044591029 @default.
• W2045598422 cites W2050315976 @default.
• W2045598422 cites W2051576260 @default.
• W2045598422 cites W2053142613 @default.
• W2045598422 cites W2053277989 @default.
• W2045598422 cites W2057821907 @default.
• W2045598422 cites W2060518248 @default.
• W2045598422 cites W2060543343 @default.
• W2045598422 cites W2064431562 @default.
• W2045598422 cites W2071466669 @default.
• W2045598422 cites W2079060917 @default.
• W2045598422 cites W2081891816 @default.
• W2045598422 cites W2090591291 @default.
• W2045598422 cites W2104059425 @default.
• W2045598422 cites W2104814752 @default.
• W2045598422 cites W2105983584 @default.
• W2045598422 cites W2111411714 @default.
• W2045598422 cites W2113031332 @default.
• W2045598422 cites W2115010843 @default.
• W2045598422 cites W2119454944 @default.
• W2045598422 cites W2122427541 @default.
• W2045598422 cites W2124043346 @default.
• W2045598422 cites W2125337668 @default.
• W2045598422 cites W2126565451 @default.
• W2045598422 cites W2128743734 @default.
• W2045598422 cites W2135330895 @default.
• W2045598422 cites W2136220530 @default.
• W2045598422 cites W2136547252 @default.
• W2045598422 cites W2141158201 @default.
• W2045598422 cites W2144157960 @default.
• W2045598422 cites W2147719291 @default.
• W2045598422 cites W2151908414 @default.
• W2045598422 cites W2153661348 @default.
• W2045598422 cites W2160794872 @default.
• W2045598422 cites W2165765640 @default.
• W2045598422 cites W2170022687 @default.
• W2045598422 cites W2171606319 @default.
• W2045598422 cites W2254539516 @default.
• W2045598422 cites W2314198497 @default.
• W2045598422 cites W2321779038 @default.
• W2045598422 cites W2323335638 @default.
• W2045598422 cites W2325814990 @default.
• W2045598422 cites W2331907968 @default.
• W2045598422 cites W2334437318 @default.
• W2045598422 cites W2334634859 @default.
• W2045598422 cites W2951998453 @default.
• W2045598422 cites W2953300944 @default.
• W2045598422 cites W3206606417 @default.
• W2045598422 cites W4229766111 @default.
• W2045598422 doi "https://doi.org/10.1039/c3cp54320j" @default.
• W2045598422 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/24452014" @default.

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