Uhlalutyo lweMarike yeSicelo se-UVLED

I-UVLED ingena ngokuthe ngcembe kwindawo yethu yombono, kwaye ezinye iinkampani zithatha inxaxheba kuphando, ukuphuculwa, kunye nokusetyenziswa kwezibane ze-UVLED ze-ultraviolet. Kuluntu ngokubanzi, isixa esifanelekileyo sobude obufanelekileyo bemitha ye-ultraviolet kwakhona ngamaza okukhanya ayimfuneko kumzimba wethu womntu. Ke makhe sijonge amasimi aphambili e-UVLED namhlanje. Oku kubizwa ngokuba yi-Ultravioletrays / i-UV efinyeziweyo ibhekisa kukukhanya okubonakalayo (orenji obomvu, omthubi, oluhlaza, oluhlaza okwesibhakabhaka nomfusa), kunye neliso lenyama ngaphandle komfusa. Imitha ye-Ultraviolet ligama eliqhelekileyo lobude be-electromagnetic spectrum ukusuka kwi-10nm ukuya kwi-400nm imitha. Ngokuxhomekeke kubude bobude, imitha yeultraviolet idla ngokuhlulwa yangamaqela amathathu: A, B, noC. Ezona nkcukacha zilandelayo: UVA yi-400 ukuya ku-315nm, i-UVB yi-315-280nm, i-UVC yi-280 100nm. Ngokuhambelana namaza ahlukeneyo, isicelo esithile sahlukile. Xa kuthelekiswa nezibane zokukhutshwa kwe-UV, i-UV-LED ineengenelo ezininzi: ihambelana nokusingqongileyo, akukho mercury, akukho ngcoliseko lokusingqongileyo, akukho mngcipheko wezempilo; ubomi obude; ukuthotywa kwemitha ephantsi; ulawulo olulula kunye nohlengahlengiso, njl. Ke ngoko, i-UV-LED inethemba elibanzi losetyenziso kwaye inokusetyenziswa kwiinkalo ezininzi ezinje ngokuqiniswa, uvavanyo, unyango, ubuhle, ukuvala inzala, ukubulala iintsholongwane, unxibelelwano, njl. Iinkalo zesicelo kwinkqubo yokunyanga ye-optical: Ukusetyenziswa okuqhelekileyo kweebhanti ze-UVA kukuqiniswa kwe-ultraviolet kunye noshicilelo lwe-inkjet ye-UV, emele ubude be-365nm, 385nm, 395nm, 405nm. Izicelo zokunyanga ze-UVLED zifakwe kwii-UVs kwizikrini zokubonisa, unyango lwe-elektroniki, izixhobo kunye namanye amashishini. ukunyangwa kweGascipher; Iingubo ze-UV kwizakhiwo, ifenitshala, izixhobo zasekhaya, iimoto kunye namanye amashishini; Iinki ze-UV ezinje ngoshicilelo, ukupakishwa kunye namanye amashishini aqinisa .. Phakathi kwabo, imboni yepaneli ye-ultraviolet ye-LED ibe yindawo eshushu. Inzuzo enkulu kukuba inokuveliswa. Iipleyiti zokukhusela indalo ye-zero formaldehyde, kunye ne-90% yokonga amandla, imveliso enkulu, i-coin-resistant scraping, izibonelelo ezibanzi kunye noqoqosho, njl. Oku kuthetha ukuba imakethi yokunyanga ye-UVLED yimakethi yemveliso ebanzi kunye nomjikelo opheleleyo. Umzi-mveliso weMicroelectronics-UV optical curing application: indibano yecandelo (i-lens yekhamera, i-handset, imakrofoni, iqokobhe, imodyuli ye-LCD, i-touch screen coating, njl. ), iDVDDD), iDVD / ikhamera yeDijithali (i-lens, i-lens bonding, ukuqiniswa kwebhodi yesiphaluka), i-motor kunye ne-component assembly (i-wire, ii-coil fixed, isiphelo se-coil silungisiwe, i-PTC / NTC yecandelo lokudibanisa, ukukhusela i-transformer magnetic core) , i-chip ye-semiconductor (i-anti-humid yokukhusela i-coating coating coating coating, i-crystal mask, i-wafer pollution inspection, i-exposure of ultraviolet tape, i-chip polishing inspection), ukuveliswa kwenzwa (inzwa yegesi, i-photoelectric sensor, i-fiber optical sensor, i-encoder photoelectric, njl.). Ishishini le-PCB i-LEDUV yesicelo sokunyanga i-optical: amacandelo (i-capacitors, i-inductors, i-plug-ins eyahlukeneyo, izikrufu, iitshiphusi, njl. njl.) esisigxina, umswakama-ubungqina kunye nokutywinwa kunye neesekethe ezingundoqo, ukukhuselwa kwe-chip, ukukhusela i-antioxidant yokukhusela, ukugcinwa kwebhodi yesekethe (i-angle) yokugubungela. , ukugquma, ukugcinwa kwebhodi yesiphaluka (i-angle) yokugubungela, Umgca womhlaba, umgca wokubhabha, i-coil igxininiswe, i-peak welding hole igubungela imaski. Intsimi yezoNyango: Unyango lwesikhumba: Isicelo esibalulekileyo kwibhendi ye-UVB yonyango lwesifo solusu, oko kukuthi, izicelo ze-ultraviolet phototherapy. Iingcali zenzululwazi ziye zafumanisa ukuba imisebe ye-ultraviolet ene-wavelengths malunga ne-310nm inamabala amnyama aqinileyo eluswini, anokuthi akhawulezise i-metabolism yolusu kwaye aphucule ukukhula kolusu, ukuze anyange ngokufanelekileyo i-vitiligo, i-rose pityriasis, ukuphuma kwelanga kwe-polymorphic, i-dermatitis engapheliyo. , Ifoto -i-eryopathy kunye nezinye izifo zesikhumba ze-photore, ngoko ke kwishishini lezonyango, i-UV phototherapy isetyenziswe ngakumbi nangaphezulu. Xa kuthelekiswa nemithombo yokukhanya yemveli, umgca we-UV-LED ucocekile, kwaye umphumo wonyango unokuqinisekiswa ngowona mlinganiselo mkhulu. Ibhendi ye-UVB nayo ingasetyenziswa kwinkalo yokhathalelo lwempilo. Emva kokuvezwa kwebhendi ye-UVB, inokubangela impendulo ye-photochemical kunye ne-photoelectric yomzimba womntu, ebangela ukuba ulusu luvelise izinto ezahlukeneyo ezisebenzayo. Okwangoku isetyenziselwa ukulawula imisebenzi ye-neurological advanced, ukuphucula ubuthongo, ukunciphisa uxinzelelo lwegazi, njl. Ukongeza, izifundo zibonise ukuba ibhendi ye-UVB inokukhawulezisa ukuveliswa kweepolyphenols kwimifuno enamagqabi athile (efana nelethisi ebomvu). Ezi polyphenols kuthiwa zine-anti-cancer, anti-cancer diffusion, kunye ne-anti-cancer mutation. Isixhobo sezoNyango: Ukuncamathelwa kweglue ye-UV kwenza kube lula kwindibano yoqoqosho oluzenzekelayo lwezixhobo zonyango. Okwangoku, inkqubo yokukhanya kwe-LEDUV ephezulu inokunyanga iglue ye-ultraviolet ngaphandle kwe-solvents imizuzwana embalwa, kunye nendlela esebenzayo kunye neyoqoqosho yokwenza inkqubo yokudibanisa kunye nokuphindaphinda inkqubo yokufakelwa kwezixhobo zonyango. Ukulungiswa kunye nokulawulwa komthombo wokukhanya kwe-UV kubaluleke kakhulu ekwenzeni izixhobo zonyango ezithembekileyo. Zininzi izibonelelo zokusebenzisa iglue yokunyanga ye-UV, enje ngeemfuno zamandla asezantsi, ukonga ixesha kunye nendawo yokuqina, ukwandisa imveliso, kunye nokulula ukuzenzela. Iglu ye-UV isetyenziswa ngokubanzi ukubopha kunye nokutywina izixhobo zonyango. Ezi zixhobo zonyango zifuna umgangatho ophezulu kakhulu kunye nokuthembeka okungcono. Ukunyanga kweglue ye-UV kukusetyenziswa okuqhelekileyo kufakelo lwesixhobo sonyango, njengokuncamathela 1) Izinto ezahlukeneyo (okanye iimpawu ezahlukeneyo zoomatshini) 2) Izinto azityebi ngokwaneleyo, kwaye indlela ye-welding ayinakusetyenziswa. Intsimi ye-sterilization disinfection: Ngenxa yobude obufutshane kunye namandla aphezulu e-UVC bands, i-DNA (deoxyuraotrophic acid acid) okanye i-RNA (ribonucleic acid) okanye i-RNA (i-ribonucleic acid) ye-microorganisms (ibhaktheriya, intsholongwane, i-spores, njl.) zitshatyalaliswe ngexesha elifutshane, Iiseli azikwazi ukuhlaziya, iintsholongwane zebhaktheriya zilahlekelwa ukukwazi ukuziphindaphinda, ngoko ke iimveliso zebhendi ze-UVC zinokusetyenziswa ngokubanzi ekubulaweni inzala kunye nokubulala iintsholongwane emanzini, umoya, njl. Ngenxa yokuba i-UV-LED ineenzuzo zomthamo omncinci, inokuxhaswa njengeseti yemithombo yokukhanya kwi-UV (i-ultraviolet) epheleleyo yesixhobo sokuvala inzalo, esilungele inkqubo yokupakishwa kwangaphambili kweentlobo ezahlukeneyo zemveliso, inani elikhulu lemveliso. iimveliso zezinto ezahlukeneyo, kunye nezinto ezahlukeneyo. Umthombo wokukhanya we-UV (UV) womatshini wokungunda: ulungele ukubulawa kweentsholongwane emoyeni ngaphakathi endlwini, kwiindawo zikawonke-wonke, njl. Isetyenziswa kwizixhobo ezahlukeneyo zendlu ezifana neekhabhathi zokubulala iintsholongwane kunye nee-oveni zemicrowave. Okwangoku, ezinye izicelo ezinzulu ze-ultraviolet kwimarike zibandakanya isibulala-ntsholongwane esiphathwayo se-LED, iibrashi zamazinyo ezinzulu ze-LED, iilensi ezinzulu ze-ultraviolet zokucoca iilensi zokucoca, ukuvalwa komoya, ukuvala inzala kwamanzi acocekileyo, ukutya kunye nokuvala umphezulu wezinto kunye nokucoca umphezulu. Ngokuphuculwa kolwazi lwabantu ngokhuseleko kunye nempilo, imfuno yezi mveliso iya kuphuculwa kakhulu, ngaloo ndlela idala imarike enkulu. Ibala lomkhosi: Ngenxa yokuba ibhendi ye-UVC iyibhendi ye-ultraviolet eyimfama yemihla ngemihla, kukwakho nezicelo ezibalulekileyo emkhosini, ezinje ngonxibelelwano oluyimfihlo lwe-UV olukude, ukuphazamiseka kwe-ultraviolet, itekhnoloji yesilumkiso se-ultraviolet, njl. Unxibelelwano lwe-UV (UV): Unxibelelwano lwe-UV luhlobo olutsha lwendlela yonxibelelwano enesakhono esikhulu sophuhliso. It has iingenelo ukuba ezinye iindlela ezininzi zonxibelelwano eqhelekileyo, ezifana eavesdropping ephantsi, anti-ukuphazamiseka eliphezulu, isisombululo esiphantsi, zonke-imozulu umsebenzi, njl, ngoko ke baxatyiswa ngokubanzi ngamasebe kunye neemfuno ukushukumiseka eliphezulu zonxibelelwano ubumfihlo kunye neemfuno ukuhamba. Ukuphazamiseka kwe-Ultraviolet (UV): Ukuvela kwemijukujelwa ye-ultraviolet enemibala emibini ngokuqinisekileyo iya kukhokelela kuphuhliso lwetekhnoloji ye-infrared ultraviolet ephindwe kabini. Isitshixo sokuphazamiseka kwe-ultraviolet kukuphuhlisa i-gunpowder enemitha ye-ultraviolet eyaneleyo, kwaye uzenze ngathi ukongeza iibhombu zokuphazamiseka kunye nokuphazamiseka kwe-ultraviolet. Isilumkiso se-Ultraviolet (UV): I-alam ye-Ultraviolet ifunyanwa ngokufumanisa ukukhanya kwe-ultraviolet (UV) kwilangatye lomsila we-missile ukufumana ekujoliswe kuyo kudweliswe iimpawu zemitha yelangatye lomsila usebenzisa imijukujelwa yamafutha eyahlukeneyo kwindawo ephantsi. I-alam esebenzayo exhomekeke kumsebenzi we-radar kunye ne-alam ye-passive kubandakanya i-alamu ye-infrared, i-laser kunye ne-ultraviolet (UV). Intsimi yeefektri zezityalo: Ngokutsho kukaLiu Wenke wemekobume yezolimo kunye nophuhliso oluzinzileyo lwe-Chinese Academy of Agricultural Sciences, kulula ukubangela izinto ezizityhefu kumhlaba ovaliweyo wokulima ukulima, ngelixa i-TiO2 photocatalytic degradable substrate kulima isondlo. isisombululo Ngeemveliso zokuthotywa kweqokobhe lerayisi, ukukhanya kwelanga kuqulethe kuphela i-3% yokukhanya kwe-ultraviolet kunye nezixhobo zokugubungela indawo ezifana nokucoca iglasi ngaphezu kwe-60%, kwaye ayinakusetyenziswa kwizibonelelo; iifoto ezisezantsi zobushushu bomhlolokazi wemifuno kwi-anti-season yemifuno zenza ukungasebenzi kakuhle kunye nokuzinza okubi. Ukuhlangabezana neemfuno zesibonelelo semveliso yemifuno yemifuno. Iphuhliselwe ukuphuhlisa indawo efanelekileyo yokulima umhlaba, ngakumbi ukukhanya okwenziweyo kwe-TIO2 inkqubo ye-photocatalytic efanelekileyo kwimizi-mveliso yezityalo. Kungxamisekile kwaye amandla okurhweba makhulu. Ukususela ngoJuni ka-2015, kukho iifektri zezityalo ezingaphezu kwe-80 kwilizwe lam, kwaye malunga namakhulu amawaka eehektare zokulima i-greenhouse. Intsimi yesicelo sezixhobo zokucoca i-oil fume: ingxelo evela e-Haining Yakuang, i-ultraviolet lighting oxide cigarette system yokucoca i-cigarette okwangoku iyona nkqubo yokucoca i-cigarette ye-optical oxide e-China. Kule nkqubo yokucoca, ityhubhu yesibane ye-ultraviolet eyenziwe ngokukhethekileyo equlethe i-185nm254nm iqala. Kwindima yesiseko. Iyakwazi ukubola ioli kunye nephunga emoyeni wasekhitshini, kunye neenzuzo zokungcola okwesibini, ukunciphisa iingozi zomlilo, umthamo omncinci, ukukhanya okubalulekileyo, kunye nokunciphisa okukhulu kweendleko zokugcina. Inkalo yezicelo zonyango lwegesi ephumayo: Ngokweengxelo, isixa sisonke se-VOCS ekhutshwayo kushishino lwempahla olulukiweyo lwelizwe lam lubalelwa malunga ne-30% yetotali yokukhutshwa kwe-VOCS kwimizi-mveliso. I-VOCS yenye yezinto ezihamba phambili eziveliswa yinkungu kunye necandelo elibalulekileyo le-PM2.5. I-optical catalysis ye-UVLED njengomthombo wokukhanya we-photocatalytic kungcono ukunyanga ii-VOCs, kunye neenzuzo zomthamo omncinci, umsebenzi ophezulu we-catalytic, iipropati ezizinzileyo zeekhemikhali, iindleko eziphantsi, ezingenayo ityhefu kunye nezinye iingenelo. Ukuchithwa kwe-Capital (ukutshatyalaliswa kwe-optical): U-Roddick, njl. Ukuthatha i-concentration ye-organic carbon (DOC), umbala, kunye ne-pH (pH) njengesalathisi sokubhaqa. Iziphumo zophando zibonisa ukuba i-reactor inokubangela ukuba isitshixo sekhemikhali siphuke kwaye sitshintshe isakhiwo semolekyuli yeqela lemibala yeenwele, ukuthomalalisa i-polymer compound ibe yi-low molecular quantitative compound. I-condensate ibangela ukuba i-DOC igxininise kunye nombala wehla, ngelixa inkqubo ye-UVC / H2O2 elandelayo ibangela ukuba ezi parameters zincitshiswe ngakumbi. Oku kubonakalisa ukuba i-UV-LED inamathuba okusebenza anokubakho kwicandelo lonyango lokuthotywa kwe-osmosis ebuyela umva. Indawo yokuchonga iGem: iintlobo ezahlukeneyo zamatye anqabileyo, ilitye elifanayo elinemibala eyahlukeneyo, kunye namatye anqabileyo aneendlela ezahlukeneyo zemibala yombala ofanayo zahlukile. Nangona ezinye iigugu eziphuculweyo zifana nelitye elinqabileyo lendalo elihambelana nayo, kodwa i-spectrum yokufunxa yahlukile ngenxa yendlela eyahlukileyo yombala okanye umbala wombala. I-UVLED inokunceda ukuchonga amatye kunye nokwahlula amatye anqabileyo endalo kunye namatye okwenziwa, kwaye inokwahlula amatye athile endalo kunye namatye anqabileyo onyango ngokukhanya kwe-ultraviolet. Iphepha lokuqaphela i-banknote: Itekhnoloji yokuqaphela i-UV ubukhulu becala kukusebenzisa i-fluorescence okanye i-ultraviolet sensors ukubona iimpawu ezichasene ne-counterfeiting ye-banknotes kunye nempendulo ye-matte yeebhanki. Ubuchwephesha bokuqonda obunjalo bunokuchonga uninzi lwemali yomgunyathi (efana nokuhlamba, ukuxutywa kwebleach, ukuncamathisela kunye nezinye iimali zebhanki). Obu buchwepheshe bunophuhliso lokuqala, olona luqolileyo, kunye nelona setyenziso luqhelekileyo. Ayisetyenziswa kuphela xa kuchongiwe idiphozithi yomatshini we-ATM, kodwa ikwasebenzisa oomatshini bemali abafana nomatshini wemali ebhankini, umatshini wokutshekisha imali yebhanki, njl. Ngaphantsi kweemeko eziqhelekileyo, ukusetyenziswa kwe-fluorescence kunye nokukhanya okumfusa kwenza ukubonakaliswa okupheleleyo kunye nokufunyanwa kokuhanjiswa kweebhanki. Ngokusekwe kwisantya sokufunxa esahlukileyo kunye nokubonakaliswa kwemisebe ye-ultraviolet esekelwe kwiibhanki kunye namanye amaphepha, ukunyaniseka. Inokuchongwa ngokobungakanani beemali ezibhanga kunye namanqaku efluorescent. Ummandla wokuqina kwe-resin optical: I-resin ye-UV yokunyanga i-resin iqulethwe kakhulu ngeepolymers eziphantsi, i-agent edibeneyo edibeneyo, i-diluents, i-optical agents kunye nezinye izongezo ezithile. Isebenzisa ukukhanya kwe-ultraviolet ukukhanyisa i-polymer resin, ukwenzela ukuba i-cross-linking reaction yenzeke kwaye iqinise ngokukhawuleza. Ngaphantsi kokukhanya komatshini wokunyanga we-UV LED ultraviolet, ixesha lokunyanga lokuqina kokukhanya kwe-ultraviolet alithathi imizuzwana eli-10 ukuba libe lide njengesesekondi ezili-10. Ngokusisiseko, inokuqiniswa kwimizuzwana eyi-1.2. Kwangaxeshanye, ubushushu bungcono kunezibane ze-UV zemercury. Ngokusasazwa okuhlukeneyo kwezithako ze-ultraviolet ukukhanya okuqinileyo kwe-resin, iimveliso ezihlangabezana neemfuno ezahlukeneyo kunye nokusetyenziswa zingenziwa. Okwangoku, i-ultraviolet i-resin optical isetyenziswa kakhulu kwi-planga yomgangatho weplanga, i-plastic coating (efana nebhodi yokuhombisa ye-PVC), i-inki ye-photoresistic (efana neplastiki yoshicilelo), i-electronic product coating (ileyibhile kunye noshicilelo lwebhodi yesekethe), ukuprinta kwi-print ( printing (printing) (printing board printing), printing (printing) (printing on the circuit board) (labeling and circuit board printing), printing on the print (printing) (printing) (printing) (printing) (printing) ekukhanyeni. (uprinting) (ushicilelo olulebhile kunye nebhodi yesekethe), printing (printing of circuit board printing), printing (printing on circuit board printing), printing (printing on circuit board printing), printing (printing) light (printing) (printing) light (ukushicilela). Okufana nephepha, amakhadi okudlala), iinxalenye zentsimbi (ezinje ngeendawo zesithuthuthu) ukugquma, i-optical fibre coating, iglu ekroliweyo ekhanyayo kunye neenxalenye ezichanekileyo zokwaleka.