FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2139306232> ?p ?o ?g. }

• W2139306232 endingPage "16202" @default.
• W2139306232 startingPage "16195" @default.
• W2139306232 abstract "A hierarchical fibrous SnO2 /carbon nanocomposite composed of fine SnO2 nanocrystallites immobilized as a thin layer on a carbon nanofiber surface was synthesized employing natural cellulose substance as both scaffold and carbon source. It was achieved by calcination/carbonization of the as-deposited SnO2 -gel/cellulose hybrid in an argon atmosphere. As being employed as an anode material for lithium-ion batteries, the porous structures, small SnO2 crystallite sizes, and the carbon buffering matrix possessed by the nanocomposite facilitate the electrode-electrolyte contact, promote the electron transfer and Li(+) diffusion, and relieve the severe volume change and aggregation of the active particles during the charge/discharge cycles. Hence, the nanocomposite showed high reversible capacity, significant cycling stability, and rate capability that are superior to the nanotubular SnO2 and SnO2 sol-gel powder counter materials. For such a composite with 27.8 wt % SnO2 content and 346.4 m(2) g(-1) specific surface area, a capacity of 623 mAh g(-1) was delivered after 120 cycles at 0.2 C. Further coating of the SnO2 /carbon nanofibers with an additional carbon layer resulted in an improved cycling stability and rate performance." @default.
• W2139306232 created "2016-06-24" @default.
• W2139306232 creator A5025300344 @default.
• W2139306232 creator A5048817987 @default.
• W2139306232 creator A5049424003 @default.
• W2139306232 creator A5077327850 @default.
• W2139306232 date "2015-09-23" @default.
• W2139306232 modified "2023-10-06" @default.
• W2139306232 title "Hierarchical SnO₂/Carbon Nanofibrous Composite Derived from Cellulose Substance as Anode Material for Lithium‐Ion Batteries" @default.
• W2139306232 cites W1626854854 @default.
• W2139306232 cites W1629830706 @default.
• W2139306232 cites W169863521 @default.
• W2139306232 cites W1949231392 @default.
• W2139306232 cites W1964697542 @default.
• W2139306232 cites W1967037767 @default.
• W2139306232 cites W1967605236 @default.
• W2139306232 cites W1968708943 @default.
• W2139306232 cites W1969194479 @default.
• W2139306232 cites W1969237352 @default.
• W2139306232 cites W1972139054 @default.
• W2139306232 cites W1973178464 @default.
• W2139306232 cites W1973462293 @default.
• W2139306232 cites W1973828259 @default.
• W2139306232 cites W1976083708 @default.
• W2139306232 cites W1977876723 @default.
• W2139306232 cites W1980592665 @default.
• W2139306232 cites W1981690969 @default.
• W2139306232 cites W1981945515 @default.
• W2139306232 cites W1984775992 @default.
• W2139306232 cites W1988758485 @default.
• W2139306232 cites W1990053679 @default.
• W2139306232 cites W1992732132 @default.
• W2139306232 cites W1993159752 @default.
• W2139306232 cites W1995978275 @default.
• W2139306232 cites W1996388264 @default.
• W2139306232 cites W1996641716 @default.
• W2139306232 cites W1997905938 @default.
• W2139306232 cites W2002855928 @default.
• W2139306232 cites W2007079546 @default.
• W2139306232 cites W2010026378 @default.
• W2139306232 cites W2011254969 @default.
• W2139306232 cites W2011669019 @default.
• W2139306232 cites W2011981190 @default.
• W2139306232 cites W2012061735 @default.
• W2139306232 cites W2012134506 @default.
• W2139306232 cites W2017018831 @default.
• W2139306232 cites W2018306560 @default.
• W2139306232 cites W2019903682 @default.
• W2139306232 cites W2024610881 @default.
• W2139306232 cites W2027452000 @default.
• W2139306232 cites W2027832721 @default.
• W2139306232 cites W2034307707 @default.
• W2139306232 cites W2040354989 @default.
• W2139306232 cites W2042918428 @default.
• W2139306232 cites W2053723936 @default.
• W2139306232 cites W2054481104 @default.
• W2139306232 cites W2057398546 @default.
• W2139306232 cites W2063313748 @default.
• W2139306232 cites W2065852943 @default.
• W2139306232 cites W2073395086 @default.
• W2139306232 cites W2074995312 @default.
• W2139306232 cites W2081738501 @default.
• W2139306232 cites W2088319649 @default.
• W2139306232 cites W2093333472 @default.
• W2139306232 cites W2098224539 @default.
• W2139306232 cites W2098837521 @default.
• W2139306232 cites W2113262923 @default.
• W2139306232 cites W2116592561 @default.
• W2139306232 cites W2119297722 @default.
• W2139306232 cites W2123736674 @default.
• W2139306232 cites W2132251399 @default.
• W2139306232 cites W2140440931 @default.
• W2139306232 cites W2144902715 @default.
• W2139306232 cites W2153130629 @default.
• W2139306232 cites W2154693802 @default.
• W2139306232 cites W2155501797 @default.
• W2139306232 cites W2164674554 @default.
• W2139306232 cites W2164899150 @default.
• W2139306232 cites W2169329985 @default.
• W2139306232 cites W2171339163 @default.
• W2139306232 cites W2312199777 @default.
• W2139306232 cites W2313273230 @default.
• W2139306232 cites W2315530826 @default.
• W2139306232 cites W2316285565 @default.
• W2139306232 cites W2320130864 @default.
• W2139306232 cites W2320477108 @default.
• W2139306232 cites W2323560984 @default.
• W2139306232 cites W2334965736 @default.
• W2139306232 cites W2335548970 @default.
• W2139306232 cites W2950465170 @default.
• W2139306232 cites W3032634091 @default.
• W2139306232 cites W3096449293 @default.
• W2139306232 cites W4234871771 @default.
• W2139306232 cites W4256386633 @default.
• W2139306232 doi "https://doi.org/10.1002/chem.201502833" @default.
• W2139306232 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26397841" @default.
• W2139306232 hasPublicationYear "2015" @default.
• W2139306232 type Work @default.

• next