FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4283069733> ?p ?o ?g. }

• W4283069733 endingPage "060545" @default.
• W4283069733 startingPage "060545" @default.
• W4283069733 abstract "An increase in the practical energy density of anodes can be achieved when using 10%–25% silicon in graphite composite anodes. This is sufficient as the practical capacity of lithium-ion batteries (LIBs) is limited by the cathode capacity and applicable current densities (<4 mA cm −2 ). Using an NMC811 cathode and a graphite–15% silicon (G-Si15%) composite anode, the performance of more than 20 electrolyte formulations have been evaluated. Of these formulations, EC/EMC+1.2 M LiPF 6 containing FEC/VC or LiFSI/VC combinations were shown to have superior performance over the parent electrolyte. Safer to operate ionic liquid-based electrolytes (ILELs) were found to be compatible with these electrodes at moderate cycling rates, with discharge capacities 15% lower compared to the conventional electrolytes. DSC data for both electrodes, cycled and uncycled, in contact with three different electrolytes were recorded. For the cathode in contact with the ILEL, temperatures of exothermic events were higher compared to those of carbonate-based electrolyte counterparts, whereas they were significantly lower for the G-Si15% anodes. In both cases when in contact with ILEL, the heat generated is considerably higher not only compared to samples containing carbonate-based electrolytes but also with respect to data reported for common graphite electrodes with the same ILEL." @default.
• W4283069733 created "2022-06-19" @default.
• W4283069733 creator A5006547843 @default.
• W4283069733 creator A5009565827 @default.
• W4283069733 creator A5024579477 @default.
• W4283069733 creator A5080820047 @default.
• W4283069733 date "2022-06-01" @default.
• W4283069733 modified "2023-10-07" @default.
• W4283069733 title "Improved Cycling Performance and Safety Characteristics of NMC811/G-Si Battery Cells with an Optimised Electrolyte Formulation" @default.
• W4283069733 cites W1802685082 @default.
• W4283069733 cites W1822455536 @default.
• W4283069733 cites W1925920447 @default.
• W4283069733 cites W1969942105 @default.
• W4283069733 cites W1971627509 @default.
• W4283069733 cites W1971672415 @default.
• W4283069733 cites W1972313027 @default.
• W4283069733 cites W1973928263 @default.
• W4283069733 cites W1982665326 @default.
• W4283069733 cites W1993782879 @default.
• W4283069733 cites W1999365578 @default.
• W4283069733 cites W2000570376 @default.
• W4283069733 cites W2000976584 @default.
• W4283069733 cites W2002358215 @default.
• W4283069733 cites W2007083876 @default.
• W4283069733 cites W2007930007 @default.
• W4283069733 cites W2008709582 @default.
• W4283069733 cites W2016168440 @default.
• W4283069733 cites W2025539255 @default.
• W4283069733 cites W2033514801 @default.
• W4283069733 cites W2036408855 @default.
• W4283069733 cites W2038276847 @default.
• W4283069733 cites W2040440082 @default.
• W4283069733 cites W2045965783 @default.
• W4283069733 cites W2047137624 @default.
• W4283069733 cites W2057436107 @default.
• W4283069733 cites W2065804504 @default.
• W4283069733 cites W2073887259 @default.
• W4283069733 cites W2081740208 @default.
• W4283069733 cites W2082106137 @default.
• W4283069733 cites W2083934088 @default.
• W4283069733 cites W2084104548 @default.
• W4283069733 cites W2093318643 @default.
• W4283069733 cites W2124376199 @default.
• W4283069733 cites W2128922124 @default.
• W4283069733 cites W2147786599 @default.
• W4283069733 cites W2169211003 @default.
• W4283069733 cites W2305649261 @default.
• W4283069733 cites W2313604584 @default.
• W4283069733 cites W2319552664 @default.
• W4283069733 cites W2344592845 @default.
• W4283069733 cites W2420611669 @default.
• W4283069733 cites W2516098419 @default.
• W4283069733 cites W2553821206 @default.
• W4283069733 cites W2575597094 @default.
• W4283069733 cites W2598415112 @default.
• W4283069733 cites W2619294238 @default.
• W4283069733 cites W2724546575 @default.
• W4283069733 cites W2754377032 @default.
• W4283069733 cites W2757623388 @default.
• W4283069733 cites W2766859578 @default.
• W4283069733 cites W2767092791 @default.
• W4283069733 cites W2780292054 @default.
• W4283069733 cites W2800536116 @default.
• W4283069733 cites W2888571185 @default.
• W4283069733 cites W2890057613 @default.
• W4283069733 cites W2895888954 @default.
• W4283069733 cites W2907470596 @default.
• W4283069733 cites W2923982540 @default.
• W4283069733 cites W2963374736 @default.
• W4283069733 cites W2979033853 @default.
• W4283069733 cites W2991546737 @default.
• W4283069733 cites W3013233852 @default.
• W4283069733 cites W3047292886 @default.
• W4283069733 cites W3125582144 @default.
• W4283069733 doi "https://doi.org/10.1149/1945-7111/ac79d1" @default.
• W4283069733 hasPublicationYear "2022" @default.
• W4283069733 type Work @default.
• W4283069733 citedByCount "0" @default.
• W4283069733 crossrefType "journal-article" @default.
• W4283069733 hasAuthorship W4283069733A5006547843 @default.
• W4283069733 hasAuthorship W4283069733A5009565827 @default.
• W4283069733 hasAuthorship W4283069733A5024579477 @default.
• W4283069733 hasAuthorship W4283069733A5080820047 @default.
• W4283069733 hasBestOaLocation W42830697331 @default.
• W4283069733 hasConcept C104779481 @default.
• W4283069733 hasConcept C121332964 @default.
• W4283069733 hasConcept C127413603 @default.
• W4283069733 hasConcept C147789679 @default.
• W4283069733 hasConcept C159985019 @default.
• W4283069733 hasConcept C163258240 @default.
• W4283069733 hasConcept C17525397 @default.
• W4283069733 hasConcept C178790620 @default.
• W4283069733 hasConcept C185592680 @default.
• W4283069733 hasConcept C192562407 @default.
• W4283069733 hasConcept C2775991599 @default.
• W4283069733 hasConcept C2779197387 @default.
• W4283069733 hasConcept C2779698641 @default.
• W4283069733 hasConcept C42360764 @default.

• next