Carbon nanotube (CNT) -kumfa melamine mai kumfa (CNT/CMF) an ƙirƙira shi ta hanyar tsarin pyrolysis kai tsaye. Ko da a cikin yanayi mai zurfi na cryogenic (-196 ° C), CNT / CMF matasan sun nuna haɓakar wutar lantarki yayin da suke samar da elasticity mai girma don damuwa / matsa lamba da kuma tsangwama na lantarki (EMI). Maɗaukaki mai girma (har zuwa 103.24 kPa-1) da kewayon gano matsa lamba (0-175 kPa) ana samun su ta hanyar firikwensin kumfa matasan, wanda aka danganta da tsarin tsarin da ya ƙunshi nanofibrous carbon nanotube yadudduka da macropores.
Na'urar firikwensin tushen kumfa yana nuna matsakaicin matsakaicin matsakaicin ƙarancin zafin jiki, yana riƙe da ingantaccen aiki bayan nutsewa a cikin ruwa nitrogen na sa'o'i 36 da 5,000 maimaita sake zagayowar matsawa. Bugu da kari, saboda tsananin porous tsarin CNT/CMF yana nuna kyakkyawan tasiri na garkuwar EMI da kuma takamaiman tasirin garkuwar 6147.3 dBcm2g1, yana da tsarin garkuwar da ya mamaye mamaye. Ƙananan CNT/CMF mai jure zafin jiki tare da waɗannan ƙwaƙƙwaran ƙima/matsi da matsi da kaddarorin kariya na EMI suna ɗaukar alƙawari azaman aikace-aikace mai amfani don na'urorin lantarki masu sawa waɗanda ke aiki a cikin yanayi mai laushi da ƙanƙara.
Madaidaicin elasticity, kyakkyawan nau'i / tsinkayen matsi da kaddarorin garkuwar EMI na matasan CNT/CMF, haɗe tare da facile da hanyar ƙirƙira mai ƙirƙira, yana sa ya zama mai ban sha'awa ga aikace-aikace daban-daban a cikin sassauƙa da kayan lantarki mai sawa.
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