Igwebu le-carbon nanotube (CNT) elishumekiwe le-carbonized melamine (CNT/CMF) lenziwe ngenqubo ye-pyrolysis eqondile. Ngisho nasezimeni ezijulile ze-cryogenic (-196 °C), i-hybrid CNT/CMF ibonise ukuqhutshwa kukagesi okuguqulekayo ngenkathi ihlinzeka ngokunwebeka okuphezulu kakhulu kokuzwa ingcindezi/ingcindezi kanye nokuphazanyiswa kwe-electromagnetic interference (EMI). Ukuzwela okuphezulu kakhulu (kufika ku-103.24 kPa-1) kanye nobubanzi bokuthola ingcindezi ebanzi (0-175 kPa) kufinyelelwa ngenzwa yegwebu elixubile, okubalulwe esakhiweni se-hierarchical esakhiwe izendlalelo ze-nanofibrous carbon nanotube nama-macropores.
Inzwa esekelwe kugwebu ibonisa ukumelana nezinga lokushisa eliphansi kakhulu, igcina ukusebenza okuzinzile ngemva kokucwiliswa ku-nitrogen ewuketshezi amahora angu-36 kanye nemijikelezo engu-5,000 yokukhululwa kokucindezelwa okuphindaphindiwe. Ngaphezu kwalokho, ngenxa yesakhiwo esinezimbotshana ze-CNT/CMF sibonisa ukusebenza kahle kokuvikela kwe-EMI kanye nempumelelo ethile ephezulu yokuvikela engu-6147.3 dBcm2g1, inomshini wokuvikela obuswa ukumuncwa. I-CNT/CMF emelana nezinga lokushisa ephansi enalezi zimo ezinhle kakhulu zokuzwa ingcindezi/ukucindezela kanye nezakhiwo ze-EMI zokuvikela zinesithembiso njengohlelo lokusebenza olusebenzayo lwamadivayisi kagesi agqokekayo asebenza endaweni epholile nenzima.
I-ultra-high elasticity, inzwa enhle kakhulu ye-strain/pressure kanye nezakhiwo ze-EMI zokuvikela ze-hybrid CNT/CMF, kuhlanganiswe nendlela yayo yokwenziwa elula neyingozi, kuyenza ithembise kakhulu izinhlelo zokusebenza ezihlukahlukene kuma-electronics aguquguqukayo futhi agqokekayo.
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