Wani lokaci da suka wuce, masu bincike na Koriya ta Kudu sun tsara sabon nau'in nanocomposite abu: amfani dananodiamond(nanodiamond, ND) matasan graphene (graphene nanoplatelets, GNPs) don shirya kayan nanocomposite (ND@GNPs), tare da irin wannan filler Toughening da epoxy guduro (EP) matrix don shirya thermoset composite kayan tare da barga jiki Properties da kyau kwarai thermal watsin, wanda za a iya amfani da shi a cikin kayan lantarki da na motoci.

Ƙarfin zafin jiki na kayan tushen polymer shine mabuɗin haɓaka aikace-aikacen sa.Sakamakon binciken ya nuna cewa ƙari na yumbu kamar su boron nitride, silicon carbide, da alumina suna inganta haɓakar yanayin zafi na kayan haɗin gwiwar, amma aikin wannan na'ura mai cike da carbon ya fi kyau.Nano-lu'u-lu'u na iya haɓaka canja wurin zafi da ɓarkewar zafi, kuma yana iya haɓaka hulɗar mu'amala da haɓaka kaddarorin thermophysical na kayan haɗaɗɗiya.
Ta hanyar gwaje-gwajen, ƙungiyar ta zaɓi nanodiamonds tare da girman barbashi na ƙasa da 1μm da graphene nanosheets tare da kauri na ƙasa da 100nm don haɓakawa, sannan tarwatsa abubuwan da aka haɗa a cikin matrix epoxy resin matrix a 20 wt% ( taro taro), wanda ya inganta. thermal watsin 1231%.Ba a sami rabe-rabe na nano-lu'u-lu'u nano-clusters a kan mannen zafin jiki ba, yana nuna cewa nano-lu'u-lu'u nano-clusters da GNPs suna da ƙarfi mai ƙarfi.

An buga takarda a kan yanayi tare da taken "Taswirar thermally conductive nanodiamond-interspered graphite nanoplatelet hybrids a cikin thermoset composites tare da mafi girma thermal management damar".

Diamond nanoparticles, Girman <10nm, 99%+, Spherical.Tuntube mu don gwajin farko.