Gilashin ma'auni abu ne mai rufewa, wanda zai iya zama mai gudanarwa ta hanyar sanya fim din (ITO ko FTO) a samansa. Wannan gilashi ne mai ɗaukar nauyi. Yana da haske mai gani tare da haske daban-daban. Ya dogara da irin nau'in nau'in nau'in gilashin da aka rufe.
KewayonITO masu rufin tabaraushine 0.33/0.4/0.55/0.7/1.1/1.8/2.2/3mm tare da max. girman 355.6×406.4mm.
KewayonFTO mai rufi gilashishine 1.1 / 2.2mm tare da max. girman 600x1200mm.
Amma menene dangantakar dake tsakanin juriya na murabba'i da tsayayyar aiki da haɓakawa?
Gabaɗaya, index ɗin da aka yi amfani da shi don bincika kaddarorin gudanarwa na fim ɗin fim ɗin shine juriyar takardar, wanda ke wakilta taR (ko Rs). Ryana da alaƙa da tsayayyar wutar lantarki na Layer fim ɗin gudanarwa da kauri na fim ɗin fim.
A cikin adadi,dyana wakiltar kauri.
Juriya na takardar conductive Layer neR = pL1 (dL2)
A cikin tsari,pshi ne resistivity na conductive fim.
Don Layer na fim ɗin da aka tsara,pkumadana iya ɗaukarsa a matsayin ƙididdiga akai-akai.
Lokacin da L1 = L2, yana da murabba'i, ba tare da la'akari da girman toshe ba, juriya yana da ƙimaR=p/d, wanda shine ma'anar juriya na murabba'i. Wato,R=p/d, naúrar Rku: ohm/sq.
A halin yanzu, da resistivity na ITO Layer ne gaba ɗaya game da0.0005 Ω.cm, kuma mafi kyau0.0005 Ω.cm, wanda yake kusa da tsayayyar karfe.
Reciprocal na resistivity shine conductivity,σ= 1/p, mafi girma da ƙaddamarwa, da karfi da ƙaddamarwa.
Saida Glass ba ƙwararre ce kawai a yankin gilashin da aka keɓance ba, har ma yana da ikon taimakawa abokin ciniki akan warware matsalolin fasaha a yankin gilashi.
Lokacin aikawa: Afrilu-30-2021
