Yankunan Aikace-aikacen Fim ɗin Polymerization Kai Tsaye na Plasma

(1) Fim ɗin sarrafawa ta amfani da tetramethyltin da sauran monomers don polymerization na plasma monomer zuwa cikin polymer mai ɗaukar hoto wanda ke ɗauke da ƙarfe don samun kusan fim ɗin polymer mai ɗaukar hoto.

Ana iya amfani da polymerization na fim ɗin conductive na plasma don hana tsatsa, wanda ake amfani da shi sosai a cikin kayan lantarki, sojoji, jiragen sama, kayan aikin gida na kwal da sauran masana'antu, musamman ga allunan da aka buga (PCB), marufi na da'irori masu haɗawa (IC), abubuwan da ke kama da wuta da fashewa da lokutan marufi masu kama da wuta da fashewa, da kuma wasu buƙatu na lokutan kariya na lantarki.

(2) Fim ɗin kariya daga ruɓewa. Ruɓewar rufin fim ɗin polystyrene. Ƙarfin rufin fim ɗin polystyrene ya fi ƙarfin polymerization na sinadarai na polystyrene, ƙarfin filin rushewa a cikin kewayon kusan ba tare da la'akari da zafin jiki ba, zafin jiki ya tashi zuwa 200C har yanzu bai rage juriyar zafi ba ya inganta sosai [24]. Ƙarfin filin polymerization na plasma da aka haɓaka a halin yanzu har zuwa 313MV/cm.

(3) Fim ɗin polymerization na plasma mai ƙarfin lantarki na Capacitor saboda kasancewar ƙungiyoyin polar kamar ƙungiyar C-0 fiye da fim ɗin polymerization na sinadarai. Ana amfani da dielectric a cikin ƙarfin dielectric na mafi girman ƙarfin dielectric na takardar mica na 0.82MV/cm, yayin da ƙarfin dielectric na fim ɗin polymerization na plasma na yanzu har zuwa 4.0 ~ 10MV/m, ya ninka girman takardar mica sau 5.

Graphene supercapacitor da aka haɗa a cikin plasma sabon nau'in kayan adana makamashi ne tsakanin capacitors na gargajiya da batura, yana da tsawon rai na aiki, saurin caji da fitarwa, da sauransu, kuma yana da aikace-aikace iri-iri. Graphene, wani abu mai siffar carbon mai girma biyu, ana ɗaukarsa a matsayin ɗaya daga cikin kayan carbon mafi dacewa ga supercapacitors, kuma shirya fina-finan graphene masu aiki mai girma yana ɗaya daga cikin wuraren da ake samun ci gaba a binciken kayan supercapacitor. Ta amfani da fasahar plasma, ana iya cimma ingantaccen shiri na fim ɗin graphene cikin sauƙi.

(4) Muƙalar musayar proton ta batir Ana amfani da sinadarin polymerization na ƙwayoyin man fetur na membrane na musayar proton ta hanyar amfani da plasma saboda aikinsa na musamman a cikin ƙwayoyin mai. Bayan amfani da styrene, trifluoromethanesulfonic acid da benzenesulfonic acid fluorine a matsayin monomers da kuma haɗa batura ta amfani da pulsed plasma polymerization na membranes na proton masu aiki sosai, aikin batura ya fi kyau kuma kwanciyar hankali ya inganta.

– An fitar da wannan labarin ne dagainjin shafa injin injinGuangdong Zhenhua