Ukucoca ukukhanya 

Ukucocwa yinkqubo ebalulekileyo kwinkqubo yokwenziwa kwe-LCD, kwaye isiphumo sokucoca ichaphazela umgangatho kunye nobomi benkonzo beemveliso. Iindlela zokucoca: Ukongeza kokucoca amanzi ngokungekho sikweni kunye nokucoca umoya, ucoceko lwe-UV Ultraviolet lufumaneka kwiinkqubo ezininzi.

Umgaqo wokuSebenza weTekhnoloji yoCwangciso lwe-UV: Le ndlela isebenzisa ifoto-oxidation ye-organic yezinto ezisebenzayo ze-orheet ehambelana nezinto zezinto ezilungele izinto zezinto ezilungele izinto, ukufezekisa i-Phototicyy. Ngokukodwa, imithombo yolwazi ye-UV i-Emit ifoto kwi-185nm kunye ne-254nm yamaza, ephethe amandla aphezulu. Xa ezi foto zibetha umphezulu wezinto eziza kucocwa, uninzi lwe-hydrocarbonans alceb i-185nm Uv I-Uv I-Uv I-Uv ngokusebenza kakuhle. Amandla afunekayo emva koko aveze e-Ion, ii-atom zasimahla, iimolekyuli ezinemifanekiso, kunye ne-neutrons - inkqubo eyaziwa ngokuba yifoto-oxidation. Ngaxeshanye, iimolekyuli zeoksijini emoyeni i-windows i-185NM UV kwaye ivelise i-ozone kunye neoksijini ye-atomic. I-ozone ibonisa ukufunxa kwe-254nm Uv kwaye kuqhume ngakumbi kwi-atomic yeoksijini kunye negesi yeoksijini. I-Otomic esebenzayo kakhulu iququzelela ukubola kwekhabhoni kunye ne-hydrocarbon kwindawo ephezulu, iguqula ibe ziigesi eziguqukayo njengekhabhoni ye-carbon kunye nempuku yamanzi ebalekayo kumhlaba wezinto eziphathwayo. Le nkqubo isusa ngokucokisekileyo i-carbon kunye ne-organic engcolisayo ukuba anamathele kumphezulu wezinto.

Ngexesha lokucoca, i-subteration ye-subtation ifanelekile. Iglasi imiqobo idluliselwa ukusebenzisa iiRollers ngelixa isibane se-sercury esiphantsi sidluliselwa ngasentla (UV). Amandla amaninzi e-UV aqokelelwe yiglasi yeglasi, incinci yoqhakamshelwano amanzi angaphezulu komhlaba iba - oku kulandela ubudlelwane obungenamntu. Kwiinkqubo zeMveliso ze-Tn-LCD / STN-LCD / VA-LCD, Ukuqokelelwa kwamandla e-UV efunekayo kwi-300MJ / cm2 (253.7nm). Imveliso ye-TFT-LCD, ngaphandle kokucoca i-ozone kusetyenziswa izibane eziphantsi zoxinzelelo, inkqubo ephambili yangoku isebenzisa izibane zekomishini. Ukukhanya kwabo okungaphezulu kwe-Uv kwi-172NM Waveleth inikezela ngokusebenza kakuhle kweglasi.

Iimpawu zokucoca i-Uv:
1) Yindlela yokunxibelelana engenasimahla enokwenziwa emoyeni kwaye ayifuni komiswe emva kokucoca.
2, inokususa ngokupheleleyo i-carbon kunye nokungcoliseka kwendalo kumphezulu wezinto.
I-3. Ukuziqhelanisa nokuchithwa okukhulu kokuchithwa kwenkunkuma.
4. Qinisekisa ukuthembeka okuphezulu kunye nesivuno esikhulu semveliso.
I-5. Ukufana kokuthathwa kwempatho yomhlaba kuyahambelana.
Qaphela: Kuba ukucoca ukukhanya kukususa iikhabhoni kunye ne-organic computers kumphezulu wezinto ngokusebenzisa iifoto zangaphantsi kunye nokuphendula kwe-oxidation, indlela yokucoca ukukhanya akufuneki isetyenziselwe i-oxidation. Ilungele kuphela ubumdaka obucocekileyo, kodwa kungekuko ukucoca ubumdaka obungcolileyo obunobumdaka obuninzi.

Ukucocwa kulungele izixhobo kubandakanya neglasi ye-ITO, iglasi yokuthandela, iipleyiti ze-chromium, iipleyiti ze-chromium, iipleyiti ze-chromium, kunye neefilimu zentsimbi ezifuna ukucoca ngokuchanekileyo. Le nkqubo isusa ngokufanelekileyo ungcoliseko olwahlukileyo olunjengamantshontsho e-organic, i-oyile ye-cosm, ioyile ye-cosm, i-ressin yongezwa, i-polyinis, i-parafinis, i-rosin, ifoto, kunye neyona nto ibeka ifoto.
Ngaphaya koko, imithombo yokukhanya kwimveliso ye-LCD yemveliso ye-UV yoMphezulu. Okwangoku, ngokuyintloko iqashiwe kwitekhnoloji yokulungisa ifilimu yokuphucula ifilimu phakathi kwefilimu ephakathi kweefilimu ze-ITO kunye neendlela zokunamathela ezitofotofo, kunye nemveliso ephezulu kunye ne-Polylimide (PI) yekhredithi. Ngaphambi kokuba i-chip iqhube kwiimveliso zeCog, ukucoca ukukhanya kuyadingeka kwi-Bound Mags yokuphucula amandla okunamathela kunye nokuzinza kwezakhiwo.
Ngeemfuno ezisemgangathweni ezisemgangathweni zemveliso ye-LCD, ishishini le-LCD liye laphucuka ngokuqhubekayo kwiimfuno zenkqubo yokwenziwa. Ngokuhambelana nemfuno "ukuba ufuna ukwenza umsebenzi olungileyo, kufuneka uqale ubutshingqele izixhobo zakho", izixhobo zokucoca i-UV, isixhobo esiphambili kwimveliso ye-LCD, siya kuqhubeka nokuqinisekisa umgangatho weemveliso ze-LCD.