Ingilazi ye-FTO (i-Fluorine-doped Tin Oxide) kanye nengilazi ye-ITO (Indium Tin Oxide) zombili izinhlobo zengilazi yokuqondisa, kodwa ziyehluka ngokwezinqubo, ukusetshenziswa, kanye nezakhiwo.
Incazelo Nokubunjwa:
I-ITO Conductive Glass ingilazi enongqimba oluncane lwefilimu ye-indium tin oxide efakwe ku-soda-lime noma engilazini esekelwe ku-silicon-boron-based substrate isebenzisa indlela efana ne-magnetron sputtering.
I-FTO Conductive Glass isho ingilazi ye-tin dioxide conductive ehlanganiswe ne-fluorine.
Izici zokuqhuba:
I-ITO Glass ibonisa ukusebenza kahle okuqhathaniswa nengilazi ye-FTO.Lokhu kuqhutshwa kwe-conductivity okuthuthukisiwe kubangelwa ukwethulwa kwama-ion e-indium ku-tin oxide.
I-FTO Glass, ngaphandle kokwelashwa okukhethekile, inomkhawulo ophezulu ongase ube khona ungqimba ngesendlalelo futhi ayisebenzi kahle ekudluliseni ama-electron.Lokhu kusho ukuthi ingilazi ye-FTO ine-conductivity empofu kakhulu.
Izindleko Zokukhiqiza:
Izindleko zokwenziwa kwengilazi ye-FTO ziphansi uma kuqhathaniswa, cishe ingxenye eyodwa kwezintathu yezindleko zengilazi eqhubayo ye-ITO.Lokhu kwenza ingilazi ye-FTO iqhudelane kakhulu emikhakheni ethile.
Ukufaka kalula:
Inqubo yokufaka ingilazi ye-FTO ilula uma iqhathaniswa nengilazi ye-ITO.Lokhu kusho ukuthi ingilazi ye-FTO inokusebenza kahle okuphezulu uma kuqhathaniswa.
Ukumelana Nokushisa Okuphezulu:
Ingilazi ye-FTO ibonisa ukumelana okungcono namazinga okushisa aphezulu kune-ITO futhi ingamelana namazinga okushisa afika ku-700 degrees.Lokhu kusho ukuthi ingilazi ye-FTO inikeza ukuzinza okukhulu ezindaweni ezinezinga lokushisa eliphezulu.
Ukumelana Nokudluliswa Kweshidi:
Ngemuva kokucwenga, ingilazi ye-FTO ibonisa izinguquko ezincane ekumelaneni kweshidi futhi inikeza imiphumela engcono yokucwenga yama-electrode okuphrinta uma kuqhathaniswa nengilazi ye-ITO.Lokhu kuphakamisa ukuthi ingilazi ye-FTO inokuvumelana okungcono ngesikhathi sokukhiqiza.
Ingilazi ye-FTO inokumelana okuphezulu kweshidi kanye nokudluliswa okuphansi.Lokhu kusho ukuthi ingilazi ye-FTO inokudlulisa ukukhanya okuphansi.
Ububanzi bohlelo lokusebenza:
Ingilazi ye-ITO conductive isetshenziswa kabanzi ukwenza amafilimu e-transparent conductive, ingilazi evikelekile, kanye nemikhiqizo efanayo.Inikeza ukusebenza kahle kokuvikela kanye nokudlulisa ukukhanya okungcono uma kuqhathaniswa nengilazi evikelekile yegridi evamile.Lokhu kubonisa ukuthi ingilazi ye-ITO yokuqhuba inohlu olubanzi lwezinhlelo zokusebenza ezindaweni ezithile.
Ingilazi ye-FTO conductive ingasetshenziswa futhi ukukhiqiza amafilimu e-transparent conductive, kodwa ububanzi bokusebenza bayo buncane.Lokhu kungase kube ngenxa ye-conductivity yayo ebuthakathaka nokudluliswa kwayo.
Kafushane, ingilazi eqhubayo ye-ITO idlula ingilazi eqhubayo ye-FTO ngokuya nge-conductivity, ukumelana nezinga lokushisa eliphezulu, kanye nobubanzi bokusebenza.Kodwa-ke, ingilazi ye-FTO conductive inezinzuzo ezindlekweni zokukhiqiza kanye nokubhala kalula.Ukukhetha phakathi kwalezi zibuko kuncike ezidingweni ezithile zohlelo lokusebenza kanye nokucatshangelwa kwezindleko.
