Nangona imitha ye-UV inokuba yingozi kwizinto eziphila kubomi bemihla ngemihla, njengokukhanya kwelanga, iirandi ze-UV ziya kubonelela ngeziphumo ezininzi ezifanelekileyo kwiindidi ezahlukeneyo. Njengakwi-LEDS ebonakalayo ebonakalayo ye-LED, uphuhliso lwe-UV le-UV iya kuzisa lula kwizicelo ezininzi ezahlukeneyo.
Uphuhliso lobuchwephesha lwakutsha nje Iinjineli zoyilo ziyanyanzela ukuba itekhnoloji entsha ye-UV ye-UV inokuvelisa inzuzo enkulu, amandla kunye nolondolozo lwendawo xa kuthelekiswa nobunye ubuchwephesha obunye bechwetheza. Itekhnoloji elandelayo ye-UV ye-UV inezibonelelo ezintlanu ezibalulekileyo, yiyo loo nto imakethi yetekhnoloji kulindeleke ukuba ikhule nge-31% kwiminyaka emihlanu ezayo.
Uluhlu olubanzi lokusetyenziswa
I-spectrum ye-Ultraviolet iqulethe onke amaza ukusuka kwi-100nm ukuya kwi-400nm ubude kwaye i-UV-A (i-UV-A (i-UV-B (280-35 ye-nanometers, Yaziwa ngokuba yi-Under Pree), i-UV-C (i-UV-C (i-100 ukuya kwi-100-28 i-nanometers, eyaziwa ngokuba I-iltraviolet emfutshane).
Isixhobo sezakhono kunye nezicelo zokuchonga zazikuqale ukusetyenziswa kwe-UV, kodwa intsebenzo, iindleko kunye nezibonelelo zomoya, kunye nokwandisa ukusetyenziswa kwemveliso ye-UV. Ukusetyenziswa kwangoku kwee-LE ze-UV zibandakanya: Izixhobo zenzwayo kunye nezixhobo (230-400nm), i-UV (i-Deardes (i-240-28N), ukuchongwa kwamanzi (i-230-280N), ukuchongwa komzimba (i-250), Uhlalutyo lweprotheyini kunye nokufunyanwa kweziyobisi (270-300nm), unyango lokukhanya kwezamayeza (300-30nm), i-polymer kunye nokuprinta i-inki .
Impembelelo yendalo esingqongileyo - Ukusetyenziswa kwamandla asezantsi, inkunkuma encinci kwaye akukho zixhobo eziyingozi
Xa kuthelekiswa nezinye iitekhnoloji enye, ii-LV ze-UV zinezibonelelo ezicacileyo zokusingqongileyo. Ithelekiswa nezibane zeFluorescent (CCFL), i-UV ye-UV ineepesenti ezingama-70%. Ukongeza, i-UV ye-UV iqinisekisiwe kwaye ayinayo i-mercury, isixhobo esiyingozi sifumaneka kwitekhnoloji yeCCFL.
I-UV ye-LED incinci ngobukhulu kwaye iqine ngakumbi kune-CCFLS. Ngenxa yokuba ii-UPs ze-UV ziyintshukumo- kunye nokunganyangeki, ukwaphuka kunqabile, ukunciphisa inkunkuma neenkcitho.
II-Ncrease Longetion
Kule minyaka ilishumi idlulileyo, i-LV ye-LV igqityiwe ngokubhekisele kwimeko yobomi bonke. Ngaphandle kwezibonelelo ezininzi, i-UV yakhokelela kwi-UV Bheam idla ngokuqhekeza i-EPOXY DORIN ROD, ukunciphisa ixesha lobomi lwe-UV ekhokelele kwiiyure ezingama-5,000.
Isizukulwana esilandelayo seTekhnoloji ye-UV ye-UV ye-UV ineempawu ze-Epo-okanye i-UV-i-UV-i-UV-i-UV-i-UV-i-UV-i-UV-i-UV-ethi, ethi, Ngelixa ibekade ixesha elide kangangeendlela ezininzi.
Kwiinyanga ezimbalwa ezidlulileyo, itekhnoloji entsha isombulule lo mngeni wobunjineli. Umzekelo, iphakheji ye-to-46 ye-Rugd ene-lens yeglasi yayisetyenziselwa ukutshintsha i-lens ye-Epoxy, eyandisa inkonzo yayo ubuncinci kangangezihlandlo ezingama-50 000 iiyure. Ngalo mceli mngeni omkhulu wobunjineli kunye nemicimbi enxulumene nokuzihlaziya ngokupheleleyo kwe-wavelenment esonjululwe, itekhnoloji ye-UV ye-UV ibe lukhetho oluthandekayo lwenani lezicelo.
Pukungakhathali
I-UP ye-US ibonelela ngezinto eziluncedo kwezinye iitekhnoloji. I-UV ye-LED ibonelela nge-angle encinci kunye ne-beam efanayo. Ngenxa yokusebenza kakuhle kwe-UV ye-UV, uninzi lweenjineli zoyilo zifuna i-engile ye-beam ekwandisa amandla okuphuma kwendawo ekujolise kuyo. Ngezibane eziqhelekileyo ze-UV, iinjineli kufuneka zixhomekeke ekusebenziseni ukukhanya okwaneleyo kokukhanyisa indawo yokufakelwa iyunifomu kunye neflethi. Kwi-UP ye-UP, i-Lensi ivumela uninzi lwamandla okukhutshelo lwe-UV ekhokelela ekugxilwe kuyo apho kufuneka khona, avumele uAngile.
Ukutshatisa le ntsebenzo, ezinye iitekhnoloji bezinye iitekhnoloji ziya kufuna ukusetyenziswa kwezinye iilensi, ukongeza iindleko ezongezelelweyo kunye neemfuno zesithuba. Ngenxa yokuba ii-UPs azifuni iilensi ezongeziweyo ukuze zifezekise ii-angles ze-angles eziqinileyo, iipateni ze-aam ezingezantsi, ukusela amandla aphezulu kunye nokutya okunyuswayo, i-UV i-UP ye-UV ixabisa itekhnoloji ye-CCFL.
Ukhetho oluzinzileyo lwendleko ukwakha isisombululo se-UV kwisicelo esithile okanye ukusebenzisa itekhnoloji esemgangathweni, eyayisakuba isebenza ngakumbi ngokweendleko kunye nokusebenza. I-UP ye-LED isetyenziswa ngokusebenzisa iimeko kwiimeko ezininzi, kwaye ukungqinelana kwephethini ye-beam kunye nobunzulu bamandla kulo lonke uluhlu lubalulekile. Ukuba umthengisi omnye ubonelela lonke uluhlu oluyimfuneko kwisicelo esithile, intlawulo yezinto ezikhoyo incitshisiwe, inani labathengisi lincitshisiwe, kwaye uluhlu olunokuhlolwa ngaphambi kokuthumela kwinjineli yoyilo. Ngale ndlela, kwambalwa kweentengiselwano kunokugcina iindleko zobunjineli kunye nokuthengwa kwempahla kwaye unike izisombululo ezifanelekileyo kwizisombululo zesicelo seSicelo.
Qinisekisa ukufumana umthengisi onokuthi unike izisombululo zesiko ezineendleko kwaye unokuyila izisombululo ngokufanelekileyo kwiimfuno zakho zesicelo. Umzekelo, umthengisi oneminyaka elishumi yoyilo lwe-PCB, iipliksi zesiko, ukulandelwa kweRay kunye nokubumba kuya kuba nakho ukubonelela ngeendlela zokukhetha ezona zisombululo zinendleko nezilodwa.
Ukuqukumbela, ukuphuculwa kwetekhnoloji yakutshanje kwi-UV ye-UVS isombulule ingxaki yokuzinza ngokupheleleyo kwaye yandise kakhulu ixesha lokuphila kwabo ukuya kwi-50 000 iiyure. Ngenxa yeenzuzo ezininzi ze-UV zikhokelele njengokuqina okuphuculweyo, akukho zixhobo zinobungozi, ukusetyenziswa kwexabiso eliphantsi, ukufuna okuneendleko, izinto ezixabisa iindleko, ishishini isebenzisa ukhetho olukhawulezileyo.
Kwiinyanga nakwiminyaka ezayo, kuya kubakho ukuphuculwa ngakumbi, ngakumbi kwinkqubo yempumelelo. Ukusetyenziswa kwe-UV ye-UV iya kukhula ngokukhawuleza.
Umceli mngeni olandelayo kwitekhnoloji ye-UV kukusebenza kakuhle. Kwizicelo ezininzi zisebenzisa amazaqango-365nm, njengokufotolikeli kwezonyango, impatho yamanzi kunye nonyango lwePolymer, amandla okukhupha i-5% kuphela ye-Inv. Xa i-wavelength i-385m kwaye ingentla, ukusebenza kwempumelelo kwe-UV ye-UV ye-UV ye-UV ye-UV, kodwa i-15% kuphela yegalelo. Njengoko itekhnoloji ekhulayo iyaqhubeka nokujongana nemicimbi yokusebenza, izicelo ezingaphezulu ziya kuqalisa ukamkela itekhnoloji ye-UV.
IXESHA LOKUQALA: FEBT-21 ukuya kwi-2122