Ukugqoka kwe-AR, eyaziwa nangokuthi ukugqoka okuphansi kokukhanya, inqubo ekhethekile yokwelapha ebusweni bengilazi. Umgomo ukwenza ukucubungula okuhlangothini olulodwa noma okuhlangothini oluphindwe kabili ebusweni bengilazi ukuze kube nokukhanya okuphansi kunengilazi evamile, nokunciphisa ukukhanya okungaphansi kuka-1%. Umphumela wokuphazamiseka okhiqizwa yizingqimba ezahlukene zezinto ezibonakalayo usetshenziselwa ukususa ukukhanya kwesigameko nokukhanya okubonakalayo, ngaleyo ndlela kuthuthukiswe ukudluliselwa.
Ingilazi ye-ARIsetshenziswa kakhulu ezikrinini zokuvikela amadivayisi okubonisa njengama-TV e-LCD, ama-TV e-PDP, ama-laptop, amakhompyutha edeskithophu, izikrini zokubonisa zangaphandle, amakhamera, ingilazi yefasitela lasekhishini lokubonisa, amaphaneli okubonisa ezempi kanye nezinye ingilazi ezisebenzayo.
Izindlela zokumboza ezisetshenziswa kakhulu zihlukaniswe ngezinqubo ze-PVD noma ze-CVD.
I-PVD: Ukufakwa Komoya Ongokoqobo (i-PVD), okwaziwa nangokuthi ubuchwepheshe bokufakwa komoya ongokoqobo, ubuchwepheshe bokulungiselela ukugqoka obuncane obusebenzisa izindlela ezibonakalayo ukuze kusheshiswe futhi kuqoqwe izinto ebusweni bento ngaphansi kwezimo zokuhlanza. Lobu buchwepheshe bokugqoka buhlukaniswe kakhulu ngezinhlobo ezintathu: ukugqoka okufakwe nge-vacuum sputtering, ukubopha nge-vacuum ion, kanye nokugqoka ngokuphuma komoya. Kungahlangabezana nezidingo zokugqoka ze-substrates okuhlanganisa ipulasitiki, ingilazi, izinsimbi, amafilimu, izinto zobumba, njll.
I-CVD: Ukuhwamuka komusi wekhemikhali (i-CVD) kubizwa nangokuthi ukubekwa komphunga wamakhemikhali, okubhekisela ekusabeleni kwesigaba segesi ekushiseni okuphezulu, ukubola kokushisa kwama-halide ensimbi, izinsimbi eziphilayo, ama-hydrocarbon, njll., ukunciphisa i-hydrogen noma indlela yokubangela igesi yayo exubile ukuthi isabele ngamakhemikhali ekushiseni okuphezulu ukuze ibangele izinto ezingaphili njengezinsimbi, ama-oxide, nama-carbide. Isetshenziswa kabanzi ekukhiqizweni kwezingqimba zezinto ezingamelana nokushisa, izinsimbi ezihlanzekile kakhulu, kanye namafilimu amancane e-semiconductor.
Isakhiwo sokumboza:
A. I-AR enohlangothi olulodwa (eyendlalelo ephindwe kabili) I-GLASS\TIO2\SIO2
B. I-AR enamacala amabili (enezingqimba ezine) i-SIO2\TIO2\GLASS\TIO2\SIO2
C. I-AR enezingqimba eziningi (ukwenza ngokwezifiso ngokwezidingo zamakhasimende)
D. Ukudluliselwa kukhushulwe kusuka cishe ku-88% wengilazi evamile kuya ngaphezu kuka-95% (kufika ku-99.5%, okuhlobene nokujiya kanye nokukhethwa kwezinto).
E. Ukukhanya kwehle kusuka ku-8% wengilazi evamile kuya ngaphansi kuka-2% (kufika ku-0.2%), kunciphisa ngempumelelo iphutha lokwenza isithombe sibe mhlophe ngenxa yokukhanya okunamandla okuvela ngemuva, futhi kujabulele ikhwalithi yesithombe ecacile.
F. Ukudluliselwa kwe-ultraviolet spectrum
G. Ukumelana okuhle kakhulu kokuklwebheka, ubulukhuni >= 7H
H. Ukumelana okuhle kakhulu kwemvelo, ngemuva kokumelana ne-asidi, ukumelana ne-alkali, ukumelana nesinyibilikisi, umjikelezo wokushisa, izinga lokushisa eliphezulu kanye nezinye izivivinyo, ungqimba lokumboza alunazo izinguquko ezisobala
I. Ukucaciswa kokucubungula: 1200mm x1700mm ukujiya: 1.1mm-12mm
Ukudlulisa kuyathuthukiswa, ngokuvamile kububanzi bebhendi yokukhanya ebonakalayo. Ngaphezu kwe-380-780nm, i-Saida Glass Company ingenza ngokwezifiso ukudlulisa okuphezulu kububanzi be-Ultraviolet kanye nokudlulisa okuphezulu kububanzi be-Infrared ukuze kuhlangatshezwane nezidingo zakho ezahlukahlukene. Siyakwamukela ku-thumela imibuzoukuze uthole impendulo esheshayo.
Isikhathi sokuthunyelwe: Julayi-18-2024