Matches in SemOpenAlex for { <https://semopenalex.org/work/W3205213448> ?p ?o ?g. }
- W3205213448 endingPage "336" @default.
- W3205213448 startingPage "329" @default.
- W3205213448 abstract "Cascaded thermal runaway (TR) propagation is the utmost safety issue for large-format lithium-ion battery (LIB) modules because of the high risk of system fires or explosions. However, quenching TR without side effects still remains a challenge. Herein, we delivered an ultrathin smart firewall concept for avoiding the TR propagation in a LIB module. We demonstrate that the firewalls have thermally-triggered switchable thermal physical properties because of the synergistic effect of non-flammable phase change materials (NFPCM) and flexible silica nanofiber mats. Under TR condition, the firewalls give rise to multiple functions simultaneously, including cooling, fire extinguishing and thermal insulation. Consequently, the TR propagation between fully charged 50 Ah LIBs, with a transient thermal shock of up to 53 kW, is successfully suppressed by 1-mm-thick smart firewalls, yielding a maximum cell-to-cell temperature gap of 512 °C. The smart firewall design provides a reliable approach to quench TR propagation in large-format LIBs, which can also be suitable for other dynamically adaptive thermal-protection applications for oil tanks, space exploration, and firefighting equipment." @default.
- W3205213448 created "2021-10-25" @default.
- W3205213448 creator A5001533541 @default.
- W3205213448 creator A5001963067 @default.
- W3205213448 creator A5003722188 @default.
- W3205213448 creator A5005910839 @default.
- W3205213448 creator A5007405558 @default.
- W3205213448 creator A5012278873 @default.
- W3205213448 creator A5016851922 @default.
- W3205213448 creator A5018499475 @default.
- W3205213448 creator A5027022346 @default.
- W3205213448 creator A5039631283 @default.
- W3205213448 creator A5041759760 @default.
- W3205213448 creator A5042779337 @default.
- W3205213448 creator A5046191662 @default.
- W3205213448 creator A5065035151 @default.
- W3205213448 creator A5066518862 @default.
- W3205213448 creator A5075628887 @default.
- W3205213448 creator A5075765411 @default.
- W3205213448 creator A5075889094 @default.
- W3205213448 date "2021-09-01" @default.
- W3205213448 modified "2023-10-16" @default.
- W3205213448 title "Thermal-responsive, super-strong, ultrathin firewalls for quenching thermal runaway in high-energy battery modules" @default.
- W3205213448 cites W1533520729 @default.
- W3205213448 cites W1885776340 @default.
- W3205213448 cites W1949231392 @default.
- W3205213448 cites W2006318126 @default.
- W3205213448 cites W2019357759 @default.
- W3205213448 cites W2073594930 @default.
- W3205213448 cites W2079985616 @default.
- W3205213448 cites W2085227243 @default.
- W3205213448 cites W2110149839 @default.
- W3205213448 cites W2217790132 @default.
- W3205213448 cites W2310374715 @default.
- W3205213448 cites W2317713564 @default.
- W3205213448 cites W2539000640 @default.
- W3205213448 cites W2552104536 @default.
- W3205213448 cites W2574108449 @default.
- W3205213448 cites W2599550548 @default.
- W3205213448 cites W2618037459 @default.
- W3205213448 cites W2620623671 @default.
- W3205213448 cites W2736697269 @default.
- W3205213448 cites W2768314275 @default.
- W3205213448 cites W2794244778 @default.
- W3205213448 cites W2799386148 @default.
- W3205213448 cites W2847489698 @default.
- W3205213448 cites W2884384127 @default.
- W3205213448 cites W2912198485 @default.
- W3205213448 cites W2943829311 @default.
- W3205213448 cites W2945629485 @default.
- W3205213448 cites W2948650589 @default.
- W3205213448 cites W2953861258 @default.
- W3205213448 cites W2981301832 @default.
- W3205213448 cites W3004435115 @default.
- W3205213448 cites W3007225622 @default.
- W3205213448 cites W3007944099 @default.
- W3205213448 cites W3013364489 @default.
- W3205213448 cites W3021497072 @default.
- W3205213448 cites W3023435578 @default.
- W3205213448 cites W3026711307 @default.
- W3205213448 cites W3033863605 @default.
- W3205213448 cites W3036805063 @default.
- W3205213448 cites W3040049680 @default.
- W3205213448 cites W3042016341 @default.
- W3205213448 cites W3044236974 @default.
- W3205213448 cites W3044335576 @default.
- W3205213448 cites W3045703710 @default.
- W3205213448 cites W3049066680 @default.
- W3205213448 cites W3056414199 @default.
- W3205213448 cites W3083392845 @default.
- W3205213448 cites W3084213444 @default.
- W3205213448 cites W3092057516 @default.
- W3205213448 cites W3096957861 @default.
- W3205213448 cites W3126518307 @default.
- W3205213448 doi "https://doi.org/10.1016/j.ensm.2021.05.018" @default.
- W3205213448 hasPublicationYear "2021" @default.
- W3205213448 type Work @default.
- W3205213448 sameAs 3205213448 @default.
- W3205213448 citedByCount "71" @default.
- W3205213448 countsByYear W32052134482021 @default.
- W3205213448 countsByYear W32052134482022 @default.
- W3205213448 countsByYear W32052134482023 @default.
- W3205213448 crossrefType "journal-article" @default.
- W3205213448 hasAuthorship W3205213448A5001533541 @default.
- W3205213448 hasAuthorship W3205213448A5001963067 @default.
- W3205213448 hasAuthorship W3205213448A5003722188 @default.
- W3205213448 hasAuthorship W3205213448A5005910839 @default.
- W3205213448 hasAuthorship W3205213448A5007405558 @default.
- W3205213448 hasAuthorship W3205213448A5012278873 @default.
- W3205213448 hasAuthorship W3205213448A5016851922 @default.
- W3205213448 hasAuthorship W3205213448A5018499475 @default.
- W3205213448 hasAuthorship W3205213448A5027022346 @default.
- W3205213448 hasAuthorship W3205213448A5039631283 @default.
- W3205213448 hasAuthorship W3205213448A5041759760 @default.
- W3205213448 hasAuthorship W3205213448A5042779337 @default.
- W3205213448 hasAuthorship W3205213448A5046191662 @default.
- W3205213448 hasAuthorship W3205213448A5065035151 @default.
- W3205213448 hasAuthorship W3205213448A5066518862 @default.