[Amandla e-UVLED] uBudlelwane kunye noGuquko lwaMandla kunye namandla oMatshini wokuNyanga we-UVLED

Ubudlelwane phakathi kwamandla kunye namandla omatshini wokunyanga we-UVLED kunye nokuguqulwa kwamandla eTianhui abathengi abaninzi banokubona iimveliso zomatshini wokunyanga UVLED kwi-Intanethi, kwaye emva koko ubuze iTianhui ukuba kutheni amandla e-UVLED abanye enamakhulu eewatts okanye amawaka eewatts, kwaye U-Tianhui wabhala ezinye ezimbalwa kuphela. Siyintoni isizathu seemayile ezilikhulu okanye iiwatts ezimbalwa? Kubathengi abasandul 'ukunxibelelana nesi siqwenga, kunzima kakhulu ukwahlula. Kodwa sonke siyazi ukuba umthombo wokukhanya unemiba emibini yamandla, enye ibizwa ngokuba ngamandla ombane, kwaye enye ibizwa ngokuba ngamandla okukhanya. Amandla emva kokuguqulwa kweefoto zombane kuthiwa amandla optical. Le nxalenye yinto ekufuneka siyisebenzise xa siqina. Kwaye uninzi lwamakhulu eewatt okanye amawaka ewatts aphawulwe ngamanye amakhaya, uninzi lwawo lubhekisa kumandla ombane, hayi amandla omthombo wokukhanya we-UVLED kushishino. Ke athetha ukuthini kanye kanye amandla e-UVLED? Yintoni ubudlelwane phakathi kwamandla kunye namandla kunye nendlela yokubala? Emva kokuqonda ezi mpahla zomileyo, ukhetho lomatshini wokunyanga we-UVLED lunengqiqo ngakumbi. 1 > I-UVLED CICC Umgaqo wokuqiniswa kwe-UVLED ubhekisa kwiifotoni ezifunxa amaza amaza athile phantsi kwemisebe yokukhanya kwe-ultraviolet, evuselela ukuvuselela kunye nokwenza iiradicals zasimahla okanye iications. Ke ngokugqithiselwa kwamandla phakathi kwemolekyuli, i-aggregate prefabricated kunye ne-sensitivity monomer iba yimeko enomdla, ivelisa ukhutshelo lwentlawulo. Ipolymer yepolymer yesakhiwo se-mesh-dimensional mesh. Phakathi kwazo, amandla emitha yemithombo yokukhanya ye-UVLED kunye ne-UVLED irradiation energy zizibonakaliso zayo eziphambili. 2 > Amandla omthombo wokukhanya we-UVLED Ngapha koko, amandla omthombo wokukhanya we-UVLED abhekisa kumandla okukhanya kwemitha yomthombo wokukhanya, oko kukuthi, amandla emitha ewonke akhutshwa kumphezulu womthombo wokukhanya ngexesha leyunithi, ekwabizwa ngokuba yi-radiation degree. , Okanye ukufumana amandla. Kwakhona kuchaphazeleka ngokuthe ngqo kwisiphumo sokuqina komthengi. Lo mthombo wokukhanya amandla ngemitha nako kunokwenzeka. Incopho yokukhanya kwemitha yokukhanya komatshini wokukhanya we-UVLED kunempembelelo enkulu kwisiphumo sokunyanga seglu okanye i-inki. Ulwakhiwo; Ukugula okuphezulu kwe-UVLED kuncinci kakhulu, akukho mandla aneleyo efoton yokuvula ikhonkco lemolekyuli kwiglue ye-UVLED okanye i-inki, ukuze ukunyanga kwe-UV kungagqitywa. Ke, kukukhanya okufanelekileyo kwe-UVLED kuphela kunokugqiba isiphumo sokunyanga se-UV esisetwe ngaphambili ngelixa uvula ikhonkco lemolekyuli. 3 > Umthombo wokukhanya we-UVLED amandla omthombo wokukhanya we-UVLED ubhekisa kuqokelelo lwamandla emitha yokukhanya ye-UVLED ngexesha. Kumatshini wokunyanga we-TIANHUIUVLED: Amandla e-UVLED (MJ/CM2) = Amandla emitha ye-UVLED (mw/cm2)*ixesha lokukhanya (s). Ngoko ke, ukuba ulawula ngokuchanekileyo amandla kunye nexesha lokukhanya kwe-UVLED, unokulawula ngokuchanekileyo amandla e-UVLED. Ulawulo oluchanekileyo lwexesha lokulawula luxhomekeke kwinkqubo yolawulo lomthombo wokukhanya we-UVLED osebenza kakuhle. TIANHUI kaThixo UVLED ukuqina umsebenzi ubeka ngokuchanekileyo ixesha imitha kunye UVLED imitha amandla ukuqinisekisa ukuba UVLED ephilileyo ephilisa amandla. 4 > Ungasiqonda njani isixhobo somthombo wokukhanya we-UVLED osifunayo? A > Inkqubo yemveliso idibanisa iingxaki zenkqubo yakho yemveliso ekhoyo, kwaye ukhethe umatshini wokukhanya ofanelekileyo we-UV, njengenkqubo ye-TP efanelekileyo, emva koko kufuneka wazi ukuba umatshini wokukhanya we-UVLED owuthengayo Kubalulekile ukusebenzisa isalathisi semveliso. ukusebenza kakuhle kwezinto eziqinileyo zecala okanye ubuso obuqinileyo, kuba ukusebenza okuphezulu kunye nokuphantsi kwemveliso kuya kuqinisekisa enye yeeparamitha eziphambili zesixhobo somthombo wokukhanya we-UVLED. , Ukuphakama kokukhanya kwemitha efunekayo. Umzekelo, udinga i-2000mj yamandla e-ultraviolet kwinkqubo yakho ukugqiba ukunyangwa kweglue. Ixesha lokukhanya ngesixhobo somthombo wokukhanya kwe-UV LED kufuneka sibe ngaphakathi kwe-5S. Ke, ukukhanya kwemitha yomatshini wokukhanya we-UVLED owukhethayo kufuneka 2. Ewe, ngaphambi kokuqwalasela oku, kufuneka ufunde ukuba yeyiphi i-ultraviolet wavelengths esetyenziswa kwinkqubo yakho yokuvelisa ukukhanyisa iglu okanye i-inki esetyenziswa kwinkqubo yakho yokuvelisa. Isixhobo esiqhelekileyo somthombo wokukhanya kwe-UVLED sine-365nm, 395nm, njl. Amandla emitha ye-ultraviolet yi-MJ okanye i-J. Lo mthengisi ofuna ukudibana neglu yakho okanye i-inki 5 > Indlela yokubonisana nabavelisi be-UVLED? Xa uqonda la manqaku mabini angentla, kufuneka uxelele umenzi wezixhobo zokukhanya ze-UVLED ze-Tianhuiwhlx ezininzi iiparameters: Okokuqala, ubude be-wavelength yomthombo wokukhanya we-UVLED ofunekayo kwinkqubo yakho, njenge-365nm; okwesibini, sebenzisa iglu kwinkqubo yakho ukusebenzisa iglu kwinkqubo yakho Okanye amandla emitha ye-ultraviolet efunekayo kwi-inki, iyunithi ye-MJ okanye i-J; okwesithathu, yintoni imveliso yakho yokusebenza kakuhle, umzekelo, ufuna eli xesha lokukhanyisa lilawule ngaphakathi kwe-5 okanye i-10; Okwesine, udinga indawo ye-UVLED ultraviolet umthombo wokukhanya kwe-irradiation Inkulu kangakanani? Umzekelo, 200x200mm, njl. Abavelisi bezixhobo zokukhanya kwe-UVLED banokukunika isibonelelo esiqhelekileyo emva kokwazi ezi parameters. Ukuba ikowuti ikuhlahlo lwabiwo-mali lwakho, yazisa ezinye zeemfuno ezithile zolu luhlu lwemithombo yokukhanya ye-UVLED, njengokukhetha ukupholisa umoya okanye ukupholisa kwamanzi, nokuba kulawulo lwe-intanethi okanye ukusebenza ngesandla, njl. Umvelisi wezixhobo zokukhanya ze-UVLED ze-TIIHUIWHHLX uyaziqonda iimfuno zakho ezithile ngaphambi kokuba unike isisombululo esikufanelayo. Oku akunakuqinisekisa kuphela iimfuno zakho zemveliso, kodwa kunye nokunciphisa utyalo-mali lwakho.