Abubuwan polymer suna da fa'idodi na ƙarancin ƙarancin ƙarfi, sauƙin sarrafawa, da ingantaccen rufin lantarki.Ana amfani da su sosai a fannoni kamar haɗin gwiwar microelectronics da marufi, injin lantarki, da ceton makamashi na LED.Gabaɗaya magana, polymers ba su da ƙarancin jagoranci na zafi.Dangane da abubuwan da ke da alaƙa da abubuwan rufewa, ƙarfin ɓarkewar zafin su yana zama matsala ta ƙwanƙwasa, kuma akwai buƙatar gaggawa don shirya manyan kayan haɗin gwiwar polymer mai ƙarfi tare da ingantattun kaddarorin.

Silicon carbide yana da halaye na juriya na lalata, juriya mai girma, ƙarfin ƙarfi, kyakkyawan halayen thermal, juriya mai tasiri, da sauransu.

Masu binciken sun yi amfani da silicon carbide a matsayin filler na thermal conductive filler don cika epoxy, kuma sun gano cewa nano-silicon carbide na iya inganta warkar da resin epoxy, kuma siliki carbide barbashi ne mafi kusantar samar da thermal conduction hanya ko thermal cibiyar sadarwa sarkar a cikin guduro tsarin. , rage na ciki mara rabo rabo na epoxy guduro da inganta epoxy guduro.Na'ura mai kwakwalwa da thermal conductivity na kayan.

Wasu nazarin sun yi amfani da silane coupling agent, stearic acid da haɗin gwiwar su a matsayin masu gyara don nazarin tasirin gyare-gyare daban-daban akan abun ciki mai mahimmanci, ƙimar shayar mai da kuma yanayin zafi na β-SiC foda.Sakamakon gwaji ya nuna cewa sakamakon gyare-gyare na KH564 a cikin silane coupling agent ya fi bayyane;ta hanyar nazarin stearic acid da haɗuwa da gyare-gyaren gyare-gyare guda biyu, sakamakon ya nuna cewa tasirin gyare-gyare ya kara inganta idan aka kwatanta da mai gyara guda ɗaya, kuma taurin ya fi girma.Sakamakon fatty acid da KH564 ya fi kyau, kuma yanayin zafin jiki ya kai 1.46 W / (m · K), wanda shine 53.68% mafi girma fiye da na β-SiC da ba a canza ba da 20.25% mafi girma fiye da na KH564 gyare-gyare.

A sama don bayanin ku kawai, cikakkun bayanai zasu buƙaci gwajin ku, godiya.