FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2969439192> ?p ?o ?g. }

• W2969439192 endingPage "122619" @default.
• W2969439192 startingPage "122619" @default.
• W2969439192 abstract "To obtain anode materials with high performance Li-ion batteries, a nanostructured Si-based composite, including Si, a Li-inactive conducting Cu3Si matrix, and multiple carbon-based matrices (carbon nanotube, graphite, and a pyrolytic carbon coating) is developed by facile step-by-step combination of solid-state synthetic technologies. First, various SixCuy alloys with different weight compositions are synthesized by a simple ball-milling process. Among the SixCuy alloys, Si80Cu20, which is comprised of Si and Cu3Si, displays the highest electrochemical performance. To further improve the electrochemical performance of Si-Cu3Si, an interconnected composite with 1D-structured CNT and 3D-structured graphite, Si-Cu3Si-CNT/G, is prepared via an additional ball-milling process. The Si-Cu3Si-CNT/G composite is finally coated via the pyrolysis of polyvinyl chloride, thus forming the carbon-coated Si-Cu3Si-CNT/G-C composite. This final product, Si-Cu3Si-CNT/G-C, is comprised of well-dispersed nanocrystalline Si and Cu3Si (Li-inactive conducting matrix) within the multiple interconnected carbon matrices. The Si-Cu3Si-CNT/G-C displays excellent electrochemical performance, with a high first reversible capacity of 1237 mA h g−1, a high initial coulombic efficiency of 82.8%, a long cycle durability of 1084 mAh g−1 over 100 cycles, and a high rate capability of ~1000 mAh g−1 at 1C-rate, which confirms its commercial application as a high-performance Si-based anode for Li-ion batteries." @default.
• W2969439192 created "2019-08-29" @default.
• W2969439192 creator A5059676640 @default.
• W2969439192 creator A5071569457 @default.
• W2969439192 creator A5082016355 @default.
• W2969439192 creator A5090174315 @default.
• W2969439192 date "2020-02-01" @default.
• W2969439192 modified "2023-10-17" @default.
• W2969439192 title "Si-based composite interconnected by multiple matrices for high-performance Li-ion battery anodes" @default.
• W2969439192 cites W1498686725 @default.
• W2969439192 cites W1949231392 @default.
• W2969439192 cites W1968715216 @default.
• W2969439192 cites W1973010644 @default.
• W2969439192 cites W1974399746 @default.
• W2969439192 cites W1975177116 @default.
• W2969439192 cites W1978181739 @default.
• W2969439192 cites W1980254505 @default.
• W2969439192 cites W1985013794 @default.
• W2969439192 cites W1986138423 @default.
• W2969439192 cites W1993778307 @default.
• W2969439192 cites W1994516628 @default.
• W2969439192 cites W1996689450 @default.
• W2969439192 cites W2000183938 @default.
• W2969439192 cites W2003373056 @default.
• W2969439192 cites W2004351023 @default.
• W2969439192 cites W2005740212 @default.
• W2969439192 cites W2005920289 @default.
• W2969439192 cites W2005971253 @default.
• W2969439192 cites W2005990290 @default.
• W2969439192 cites W2012708277 @default.
• W2969439192 cites W2013098138 @default.
• W2969439192 cites W2019911759 @default.
• W2969439192 cites W2021360112 @default.
• W2969439192 cites W2025240498 @default.
• W2969439192 cites W2031550967 @default.
• W2969439192 cites W2039269635 @default.
• W2969439192 cites W2042490528 @default.
• W2969439192 cites W2045733696 @default.
• W2969439192 cites W2050394534 @default.
• W2969439192 cites W2057725327 @default.
• W2969439192 cites W2061476242 @default.
• W2969439192 cites W2064165999 @default.
• W2969439192 cites W2067454114 @default.
• W2969439192 cites W2075267962 @default.
• W2969439192 cites W2077987673 @default.
• W2969439192 cites W2078721992 @default.
• W2969439192 cites W2080778283 @default.
• W2969439192 cites W2082168153 @default.
• W2969439192 cites W2085024694 @default.
• W2969439192 cites W2091177616 @default.
• W2969439192 cites W2092376173 @default.
• W2969439192 cites W2093149392 @default.
• W2969439192 cites W2100316038 @default.
• W2969439192 cites W2113095835 @default.
• W2969439192 cites W2127856528 @default.
• W2969439192 cites W2131829029 @default.
• W2969439192 cites W2134711156 @default.
• W2969439192 cites W2142904252 @default.
• W2969439192 cites W2143236508 @default.
• W2969439192 cites W2162684619 @default.
• W2969439192 cites W2171243550 @default.
• W2969439192 cites W2315869772 @default.
• W2969439192 cites W2326848819 @default.
• W2969439192 cites W2329283377 @default.
• W2969439192 cites W2413067157 @default.
• W2969439192 cites W2575245530 @default.
• W2969439192 cites W2583476906 @default.
• W2969439192 cites W2613060427 @default.
• W2969439192 cites W2765564783 @default.
• W2969439192 cites W2804626663 @default.
• W2969439192 cites W2883833209 @default.
• W2969439192 cites W2889580286 @default.
• W2969439192 cites W2911742789 @default.
• W2969439192 cites W2942616554 @default.
• W2969439192 doi "https://doi.org/10.1016/j.cej.2019.122619" @default.
• W2969439192 hasPublicationYear "2020" @default.
• W2969439192 type Work @default.
• W2969439192 sameAs 2969439192 @default.
• W2969439192 citedByCount "33" @default.
• W2969439192 countsByYear W29694391922020 @default.
• W2969439192 countsByYear W29694391922021 @default.
• W2969439192 countsByYear W29694391922022 @default.
• W2969439192 countsByYear W29694391922023 @default.
• W2969439192 crossrefType "journal-article" @default.
• W2969439192 hasAuthorship W2969439192A5059676640 @default.
• W2969439192 hasAuthorship W2969439192A5071569457 @default.
• W2969439192 hasAuthorship W2969439192A5082016355 @default.
• W2969439192 hasAuthorship W2969439192A5090174315 @default.
• W2969439192 hasConcept C104779481 @default.
• W2969439192 hasConcept C127413603 @default.
• W2969439192 hasConcept C130349721 @default.
• W2969439192 hasConcept C132186339 @default.
• W2969439192 hasConcept C140676511 @default.
• W2969439192 hasConcept C147789679 @default.
• W2969439192 hasConcept C159985019 @default.
• W2969439192 hasConcept C171250308 @default.
• W2969439192 hasConcept C17525397 @default.
• W2969439192 hasConcept C185592680 @default.

• next