I-ITO FTO Conductive Glass Yamadivayisi Ahlakaniphile Esikrini Sokuthinta Esikwazi Ukuthinta

1. Ingilazi eqhuba i-ITO ikhiqizwa ngokufaka amafilimu amancane e-silicon dioxide (SiO2) kanye ne-indium tin oxide (evame ukubizwa ngokuthi i-ITO) ngesisekelo sengilazi ye-soda-lime noma i-borosilicate ngokusebenzisa indlela yokulinganisa i-magnetron. 2. I-ITO iyinhlanganisela yensimbi enezakhiwo ezinhle ezicacile neziqhuba i-conductor. Inezici ze-bandwidth engavunyelwe, ukudlulisa ukukhanya okuphezulu kanye nokumelana okuphansi esifundeni se-spectrum esibonakalayo. Isetshenziswa kabanzi kumadivayisi okubonisa aqinisekisayo, amaseli elanga, kanye nezingubo ezikhethekile zamafasitela ezisebenzayo. Imishini yelabhorethri kanye namanye amadivayisi e-optoelectronic.

1. Ingilazi eqhuba i-FTO iyingilazi eqhuba i-SnO2 ekhanyayo ene-fluorine (SnO2: F), ebizwa ngokuthi i-FTO. 2. I-SnO2 iyi-semiconductor ye-oxide ebanzi ene-band-gap ebonakala ekukhanyeni okubonakalayo, ene-band gap engu-3.7-4.0eV, futhi inesakhiwo esibomvu segolide se-tetrahedral esivamile. Ngemva kokugcotshwa nge-fluorine, ifilimu ye-SnO2 inezinzuzo zokudlulisela ukukhanya okuhle ekukhanyeni okubonakalayo, i-coefficient enkulu yokumuncwa kwe-ultraviolet, ukumelana okuphansi, izakhiwo zamakhemikhali ezizinzile, kanye nokumelana okunamandla ne-asidi ne-alkali ekushiseni kwegumbi.