Meelaha Codsiga Filimka Polymerization-ka Tooska ah ee Balaasma

(1) Filim gudbiye ah oo isticmaalaya tetramethyltin iyo monomers kale si loogu sameeyo polymerization-ka balaasmaha monomer-ka oo loo beddelo polymer gudbiye ah oo ka kooban bir si loo helo filim polymer gudbiye oo ku dhow.

Polymerization-ka Plasma ee filimka korontada ku shaqeeya waxaa loo isticmaali karaa ka hortagga-istaagga, oo si weyn loogu isticmaalo qalabka elektaroonigga ah, militariga, hawada sare, qalabka guryaha dhuxusha iyo warshadaha kale, gaar ahaan looxyada wareegga daabacan (PCB), baakadaha wareegyada isku dhafan (IC), walxaha guban kara iyo kuwa qarxa iyo dhacdooyinka guban kara iyo kuwa qarxa ee baakadaha alaabta, iyo sidoo kale baahiyaha kale ee munaasabadaha ilaalinta korontada ku shaqeeya.

(2) Filimka ilaalinta dahaarka Polymerization-ka Plasma ee dahaarka filimka polystyrene sifooyinka burburka ayaa ka sarreeya waxqabadka polymerization-ka kiimikada ee polystyrene, xoogga goobta burburka ee ku dhawaad ​​​​ka madax bannaan heerkulka, heerkulku wuxuu kor u kacaa 200C wali ma yareeyo iska caabbinta kulaylka ayaa si weyn u soo hagaagtay [24]. Awoodda goobta burburka filimka polymerization-ka ee hadda la sameeyay oo ah ilaa 313MV/cm.

(3) Filimka kondenser-ka ee balaasmaha polymerization-ka ee dielectric-ka joogtada ah sababtoo ah joogitaanka kooxaha polar-ka sida kooxda C-0 marka loo eego filimka polymerization-ka kiimikada. Dielectric-ka waxaa si caadi ah loogu isticmaalaa xoogga dielectric-ka ee xoogga dielectric-ka ugu sarreeya ee warqadda mica ee 0.82MV/cm, halka filimka polymerization-ka ee balaasmaha ee hadda jira uu yahay xoogga dielectric-ka ilaa 4.0 ~ 10MV/m, 5 jeer ayuu ka weyn yahay warqadda mica.

Graphene supercapacitor oo la sameeyay Balaasma waa nooc cusub oo ah curiye kaydin tamar ah oo u dhexeeya capacitors-ka dhaqameed iyo baytariyada, oo leh cimri dheer oo adeeg ah, dallacaad degdeg ah iyo heer sii dayn, iwm., waxayna leedahay codsiyo kala duwan. Graphene, oo ah nanomaterial kaarboon laba-geesood ah, waxaa loo arkaa inay tahay mid ka mid ah walxaha kaarboon ee ugu habboon ee supercapacitors, diyaarinta filimada graphene ee waxqabadka sare lehna waa mid ka mid ah meelaha ugu kulul cilmi-baarista agabka supercapacitor. Iyadoo la adeegsanayo tignoolajiyada balaasma, diyaarinta hufan oo jilicsan ee filimka graphene waa la xaqiijin karaa.

(4) Xuubka is-weydaarsiga proton-ka ee baytariga. Isu-dheellitirka balaasmaha ee xuubka is-weydaarsiga proton-ka ee unugyada shidaalka ayaa si weyn loo isticmaalaa sababtoo ah waxqabadkiisa gaarka ah ee unugyada shidaalka. Ka dib marka la isticmaalo styrene, trifluoromethanesulfonic acid iyo benzenesulfonic acid fluorine oo ah monomers iyo isu-geynta baytariyada iyadoo la adeegsanayo polymerization-ka balaasmaha ee xuubka is-weydaarsiga proton-ka ee waxqabadka sare leh, waxqabadka baytariyada ayaa ka wanaagsan xasilloonidana waa la hagaajiyaa.

– Maqaalkan waxaa soo saaray ’’Qoraalkan waxaa soo saaray ’’soo saaraha mashiinka dahaadhka faakuumkaGuangdong Zhenhua