I-Tianhui- engomunye wabakhiqizi nabahlinzeki be-chip be-UV LED abahamba phambili inikeza isevisi ye-chip ye-ODM/OEM UV eholayo.

Izifundo Zithole Ukuthi Ukukhanya Okubomvu Kwe-LED Kungathuthukisa Izinkinga Zokuwohloka Kombono

2022-11-22

Tianhui

Manje abantu abaningi bavame "ukusebenzisa kakhulu amehlo abo" ngenxa yezinto ezifana nemikhiqizo ye-3C nobude besikhathi sokusebenza, ngakho kancane kancane baqala ukunaka ukuvikelwa kwamehlo. Ucwaningo olusha e-UK lwabonisa ukuthi ekuseni, usebenzisa "ukukhanya okubomvu kwe-LED" ukukhanyisa amehlo imizuzu emithathu, amehlo "angakwazi ukubuyisela amandla". Ngokombiko we- “Scitech Daily”, ithimba labacwaningi baseNyuvesi yaseLondon (UCL) lithole ukuthi ekuseni, amehlo abevezwe emehlweni ngobude obungamaza angu-670 nanometers (NM) ekuseni, okungashukumisa ngempumelelo. amandla akhiqizwa ku-retina yomuntu ukuze akhiqize amandla. "Amaseli e-Merkellar" futhi asize ukubuyisela ubungqabavu nokucaca kwamehlo. Ngokwemibiko, ucwaningo lumeme izifundo ezingu-20 ezineminyaka ephakathi kuka-34 no-70 futhi zazingenazo izifo zamehlo. Ngemva kokukhanyisa ekuseni nantambama, bathola ukuthi uma ukuhlolwa kwantambama Kuthuthukisiwe; kodwa uma amehlo akhanyisiwe phakathi kuka-8 ekuseni no-9 ekuseni, "ukucwaswa ngemibala" kwesihloko kungathuthukiswa ngo-17%. Umphumela ungahlala iviki. Mayelana nalokhu, uprofesa wocwaningo uGlen Jeffry wachaza ukuthi ngenxa yokwanda kweminyaka, amangqamuzana e-retina yamehlo azoguga kancane kancane, futhi ijubane lalokhu kuguga "i-tricephosphosine adenosine (ATP (ATP (ATP) iseli mitochondria (ATP (ATP (ATP) ) "Futhi ukusebenza kwamaseli okuthuthukisiwe kwaqala ukwehla. Ucwaningo lwangaphambilini luveze ukuthi ukukhanya okuphakathi kuka-650 no-900 nanometers (NM) kungenza kusebenze i-mitochondria futhi kuthuthukise "ukusebenza kahle" kwayo. Ngakho-ke, isimiso sokukhanyisa kubonakala sengathi "ukushaja okungenantambo" ngamehlo futhi kungabuyisela ingxenye yomsebenzi wamanye amaseli e-photoresu. Ngenxa yesimiso sayo esilula futhi azikho izinkinga zokuphepha, i-Jeffrey futhi yenza amathuluzi okwelapha asekhaya ashibhile futhi asebenziseka kalula ukuze anikeze "ukwelashwa kwamehlo okuthengekayo" ezigulini ezinokuncipha kombala.

Izifundo Zithole Ukuthi Ukukhanya Okubomvu Kwe-LED Kungathuthukisa Izinkinga Zokuwohloka Kombono 1

Umbhali: Tianhui- Ukubulala Umoya

Umbhali: Tianhui- Abakhiqizi be-UV Led

Umbhali: Tianhui- Ukubulawa kwamanzi kwe-UV

Umbhali: Tianhui- Isixazululo se-UV LED

Umbhali: Tianhui- I-UV Led diode

Umbhali: Tianhui- Abakhiqizi be-UV Led diodes

Umbhali: Tianhui- Imodyuli ye-UV ehola

Umbhali: Tianhui- UV LED yokuphrinta UV

Umbhali: Tianhui- Isicupho somiyane se-UV LED

Thintana nathi

Ukukhathazeka Ngemisebe e-Japan: Ukunciphisa Izingozi Nge-UV LED Diode

Ngena kulesi sihloko ukuze uhlole ukuthi i-UV LED diode ingaba usizo kanjani ekuhloleni amanzi nasekuvaleni inzalo. Uzofunda nangokusebenza kahle kwe-340nm LED kanye ne-265nm LED ohlelweni. Ngakho-ke,’s ukugxumela kukho!

Iyini i-UV LED Curing?

Ukwelashwa kwe-UV LED kuyindlela esebenzisa ukukhanya kwe-ultraviolet ukwelapha noma ukuqinisa izinto. Le nqubo ihlanganisa ukudalula okokusebenza kuma-UV LED diode akhipha ukukhanya kwe-UV. Uma ukukhanya kwe-UV kushaya into, iqala ukusabela kwamakhemikhali okwenza into ibe lukhuni noma ixazulule. I-UV LED diode iphuma ukukhanya kwe-UV-A, i-UV-B, ne-UV-C, okuhambisana nobude begagasi obudingekayo ukuze kuqalwe inqubo yokwelapha.

Isetshenziselwani i-UV LED?

Ngaphambilini, bezingekho izibani ze-UV ze-UV ezitholakalayo ukuze zisetshenziselwe ukuthengisa. Kodwa-ke, ngokuthuthuka kwezobuchwepheshe be-LED okuholela ekuminyaneni okuphezulu kwamandla, amalambu e-UV LED manje adlondlobala kakhulu emakethe, athatha indawo yezinketho zendabuko.

Isebenza Kanjani I-Ultraviolet (UV) Ukubulala Amagciwane/Ukuhlanzwa Amanzi?

Ubuchwepheshe be-Ultraviolet (UV) bokubulala amagciwane/ukuhlanza amanzi busebenzisa ukukhanya kwe-UV ukubulala amagciwane ayingozi emanzini. Kuyindlela engokwemvelo nesebenzayo yokuhlanza amanzi ngaphandle kokwengeza amakhemikhali, okuwenza abe yisinqumo esidumile emindenini eminingi nasezimbonini. Le nqubo isebenza ngokudalula amanzi emthonjeni wokukhanya we-UV onamandla, olimaza i-DNA yamabhaktheriya, amagciwane, namanye amagciwane, okubangele ukuba bafe.

Imakethe ye-UVC LED Inweba Ngezinto Eziningi Zasekhaya Nemikhiqizo Yabathengi Ethatha Ubuchwepheshe

Ubuchwepheshe be-UVC LED buthole ukunakwa okubalulekile eminyakeni yamuva nje, futhi akumangazi ukuthi imakethe iyanda ngezinto zikagesi zasendlini nemikhiqizo yabathengi eyamukela ubuchwepheshe. Umqedazwe we-COVID-19 wabhebhethekisa isidingo semikhiqizo ye-UVC LED njengoba abathengi namabhizinisi befuna izindlela ezisebenzayo zokubulala amagciwane ezindaweni zabo. Ama-UVC LED anikeza indlela ephephile, enokwethenjelwa, nephumelelayo yokubulala amagciwane namagciwane, okuwenza abe yinketho ethandwayo ezinhlelweni ezihlukahlukene.

Ingabe I-Ultraviolet Light Ikhanyisa Ngokuqondile Umzimba Womuntu Ukuze Uyinzalo?

I-Ultraviolet (UV) imisebe ye-electromagnetic ewela ngaphakathi kwe-spectrum yokukhanya phakathi kokukhanya okubonakalayo nama-x ray. I-UV LED diode ihlukaniswe izigaba ezintathu eziyinhloko: i-UVA, i-UVB, ne-UVC. Ukukhanya kwe-UVC, okunobude beza obufushane kakhulu namandla aphezulu, kuvame ukusetshenziselwa ukuvala inzalo ngoba kungabulala noma kwenze amagciwane amaningi asebenze, okuhlanganisa amagciwane, amagciwane, nesikhunta.

Umthelela We-UV Led Emvelweni

Ubuchwepheshe be-UV LED buye benza amagagasi embonini yokunyathelisa nakwezinye izimboni ngokusebenza kahle nokusebenza kahle, kodwa bewazi yini ukuthi buphinde bube nomthelela omkhulu emvelweni? Lobu buchwepheshe obusezingeni eliphezulu buthuthukisa ikhwalithi, bukhuphule izinga lokukhiqiza, bunciphise ukusetshenziswa kwamandla, futhi lwehlise ukukhishwa kwesisi esibamba ukushisa. Lesi sihloko sizoxoxa ngezinzuzo zemvelo ze-UV LED diode nokuthi isiza kanjani ukuhlahla indlela yekusasa elibekezeleleka kakhudlwana.

I-UV LED Technology Inketho Engcono Kakhulu Yokuphrinta Okufudukayo Okuphansi

Ubuchwepheshe be-UV LED buye benza izinguquko embonini yokunyathelisa, bunikeza enye indlela ephephile nephumelelayo yezindlela zokunyathelisa zendabuko. Enye yezinzuzo ezibaluleke kakhulu zobuchwepheshe be-UV LED yikhono layo lokukhiqiza amaphrinti ekhwalithi ephezulu anezindawo ezifudukayo eziphansi.

Lubiza malini uhlelo lokubulala amagciwane e-UV?

Ingabe ufuna isixazululo esiqinile nesiguquguqukayo sokubulala amagciwane endaweni yakho? Ungabheki kude kunamayunithi e-UV eselula. La marobhothi athuthukile ahamba egunjini negumbi, eqeda amagciwane ayingozi namagciwane endaweni. Amaselula e-UV led diode aqala ukuduma njengoba izimboni eziningi ezingaphandle kwezokunakekelwa kwempilo zibambelela ezinzuzweni zokubulala amagciwane e-UV.

Ungayixazulula Kanjani Inkinga Yokukhipha Ukushisa Kwe-UV LED?

Lapho umthombo wokukhanya we-LED uvuliwe, indawo yokuxhuma ye-P-N ngaphakathi kwe-chip iqala ukusebenza, ikhiqize futhi iqongelele ukushisa. Noma nini lapho isimo sifinyelela isimo esizinzile, izinga lokushisa libizwa ngokuthi izinga lokushisa lokuhlangana