FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4360874912> ?p ?o ?g. }

• W4360874912 endingPage "169784" @default.
• W4360874912 startingPage "169784" @default.
• W4360874912 abstract "Benefiting from its unique high theoretical capacity and energy density, V6O13 is considered an outstanding cathode candidate. Nevertheless, the lithium ions will form LixV6O13 when embedded in V6O13, resulting in volume expansion and crystal structure instability. For that reason, the construction of three-dimensional nanostructures is an awfully serviceable method to resolve the above problems. Herein, we adopt a green and convenient hydrothermal method to synthesize three-dimensional microsphere structure composed of nanoflakes, and flower-like V6O13 microspheres are synthesized by adjusting the concentration of nitric acid (HNO3). Meanwhile, the formation mechanism of flower-like V6O13 microspheres is investigated by controlling the hydrothermal reaction time and the concentration of HNO3. As a lithium-ion cathode material, flower-like V6O13 microspheres show an initial discharge specific capacity of up to 368.1 mAh/g at a current density of 0.1 A/g. There was still a discharge specific capacity of up to 313.1 mAh/g after 50 charge/discharge cycles, with a capacity retention rate of 85.1%. The flower-like V6O13 microsphere electrode also combines an excellent rate performance with a satisfactory cycling stability, which achieves a cycle retention rate of 80.2% even after 200 charge/discharge cycles, and an initial discharge specific capacity of 216.9 mA/g even at a high current density of 1 A/g. The results show that, benefitting from its large specific surface area and robust three-dimensional structure, the flower-like V6O13 microsphere electrode material exhibits excellent cycling performance, and the lithium-ion batteries which use it as the cathode material perform equally well in terms of high capacity and high rate." @default.
• W4360874912 created "2023-03-25" @default.
• W4360874912 creator A5004393324 @default.
• W4360874912 creator A5010334964 @default.
• W4360874912 creator A5017197362 @default.
• W4360874912 creator A5047029286 @default.
• W4360874912 creator A5062385564 @default.
• W4360874912 creator A5067170775 @default.
• W4360874912 creator A5069493102 @default.
• W4360874912 creator A5080113737 @default.
• W4360874912 creator A5082520888 @default.
• W4360874912 date "2023-07-01" @default.
• W4360874912 modified "2023-10-12" @default.
• W4360874912 title "Ultrathin V6O13 nanosheets assembled into 3D micro/nano structured flower-like microspheres for high-performance cathode materials of Li-ion batteries" @default.
• W4360874912 cites W1053374847 @default.
• W4360874912 cites W1838114744 @default.
• W4360874912 cites W1964314652 @default.
• W4360874912 cites W1971682317 @default.
• W4360874912 cites W1976255903 @default.
• W4360874912 cites W1981729229 @default.
• W4360874912 cites W1999618845 @default.
• W4360874912 cites W2002107576 @default.
• W4360874912 cites W2002472741 @default.
• W4360874912 cites W2006753030 @default.
• W4360874912 cites W2022406471 @default.
• W4360874912 cites W2029311072 @default.
• W4360874912 cites W2032622347 @default.
• W4360874912 cites W2047718622 @default.
• W4360874912 cites W2053045361 @default.
• W4360874912 cites W2066524521 @default.
• W4360874912 cites W2075946504 @default.
• W4360874912 cites W2098316032 @default.
• W4360874912 cites W2108165585 @default.
• W4360874912 cites W2111492033 @default.
• W4360874912 cites W2116855393 @default.
• W4360874912 cites W2136195205 @default.
• W4360874912 cites W2154299974 @default.
• W4360874912 cites W2165080963 @default.
• W4360874912 cites W2171928012 @default.
• W4360874912 cites W2274686285 @default.
• W4360874912 cites W2314118351 @default.
• W4360874912 cites W2342998011 @default.
• W4360874912 cites W2417852706 @default.
• W4360874912 cites W2560869014 @default.
• W4360874912 cites W2587939958 @default.
• W4360874912 cites W2594865601 @default.
• W4360874912 cites W2595699311 @default.
• W4360874912 cites W2600682340 @default.
• W4360874912 cites W2611536488 @default.
• W4360874912 cites W2736279548 @default.
• W4360874912 cites W2791031001 @default.
• W4360874912 cites W2895402632 @default.
• W4360874912 cites W2906002827 @default.
• W4360874912 cites W2907091341 @default.
• W4360874912 cites W2912580081 @default.
• W4360874912 cites W2946236910 @default.
• W4360874912 cites W2949060335 @default.
• W4360874912 cites W2965248642 @default.
• W4360874912 cites W2980751344 @default.
• W4360874912 cites W2999973407 @default.
• W4360874912 cites W3000249517 @default.
• W4360874912 cites W3017005243 @default.
• W4360874912 cites W3021451259 @default.
• W4360874912 cites W3036643675 @default.
• W4360874912 cites W3039969414 @default.
• W4360874912 cites W3086652748 @default.
• W4360874912 cites W3088126293 @default.
• W4360874912 cites W3112536926 @default.
• W4360874912 cites W3150262645 @default.
• W4360874912 cites W3159170151 @default.
• W4360874912 cites W3159305954 @default.
• W4360874912 cites W3202868177 @default.
• W4360874912 cites W3210267185 @default.
• W4360874912 cites W3211451950 @default.
• W4360874912 cites W4205202288 @default.
• W4360874912 doi "https://doi.org/10.1016/j.jallcom.2023.169784" @default.
• W4360874912 hasPublicationYear "2023" @default.
• W4360874912 type Work @default.
• W4360874912 citedByCount "3" @default.
• W4360874912 countsByYear W43608749122023 @default.
• W4360874912 crossrefType "journal-article" @default.
• W4360874912 hasAuthorship W4360874912A5004393324 @default.
• W4360874912 hasAuthorship W4360874912A5010334964 @default.
• W4360874912 hasAuthorship W4360874912A5017197362 @default.
• W4360874912 hasAuthorship W4360874912A5047029286 @default.
• W4360874912 hasAuthorship W4360874912A5062385564 @default.
• W4360874912 hasAuthorship W4360874912A5067170775 @default.
• W4360874912 hasAuthorship W4360874912A5069493102 @default.
• W4360874912 hasAuthorship W4360874912A5080113737 @default.
• W4360874912 hasAuthorship W4360874912A5082520888 @default.
• W4360874912 hasConcept C121332964 @default.
• W4360874912 hasConcept C127413603 @default.
• W4360874912 hasConcept C134018914 @default.
• W4360874912 hasConcept C145148216 @default.
• W4360874912 hasConcept C147789679 @default.
• W4360874912 hasConcept C156622251 @default.
• W4360874912 hasConcept C171250308 @default.
• W4360874912 hasConcept C17525397 @default.

• next