I-Tianhui- enye yeenkokeli ezikhokelayo ze-UV ze-chip ze-UV kunye nababoneleli babonelela ngenkonzo ye-chip ye-ODM/OEM UV.

[UVLED imitha yaMandla] ubume beMitha ye-LED ye-UV yaMandla

2022-09-25

Tianhui

108

Itekhnoloji ye-UV ye-LED ephezulu yamandla iphuculwe ngokukhawuleza kwiminyaka yakutshanje, eqhubele phambili uhlaziyo lwamashishini amaninzi. Kumzi-mveliso wokunyanga we-UV, umatshini wokuqala wokunyanga we-UV ngokusisiseko usebenzisa izibane eziphezulu zoxinzelelo lwemercury njengomthombo wokukhanya. Uphawu lwemithombo yokukhanya ye-mercury ephezulu yoxinzelelo kukuba i-365nm yeyona nto iphambili yemitha ye-ultraviolet, kodwa ikwanencopho yesibini yamaza ahlukeneyo. Zonke izibane zemercury zoxinzelelo oluphezulu zingamaza e-UV. Njengomatshini wokunyanga we-UV we-high-voltage mercury isibane njengomthombo wokukhanya, amandla emitha ye-ultraviolet kwisithando somlilo se-UV kunye namandla e-ultraviolet kwinkqubo yokuvelisa kufuneka alinganiswe. Okwangoku, imitha yamandla ye-UV kwimarike ngokusisiseko isekwe kumandla kunye nexabiso lamandla kwiziko lokunyanga le-UV elilinganisa isibane soxinzelelo oluphezulu lwemercury njengomthombo wokukhanya. Uphuhliso olukhawulezayo lwetekhnoloji ye-LED yenze imboni yomatshini wokunyanga i-UV yatshintsha kakhulu. Umatshini wokunyanga we-UV we-UV we-UV njengomthombo wokukhanya ngokuthe ngcembe uye waba neyona ndawo iphambili kwintengiso. Kodwa imitha yamandla ye-UV ayizange ihambisane nophuhliso lwetekhnoloji. Umlinganiselo wangoku wemitha yamandla kwiziko lokunyanga le-UV elilinganisa umthombo wokukhanya we-LED usasebenzisa izixhobo ezifanelekileyo kwizibane zemercury zoxinzelelo oluphezulu. Ngokuqinisekileyo, idatha elinganisiweyo ayiyi kuba ichanekile. Siyintoni isizathu? Esona sizathu siphambili kukuba umthombo wokukhanya we-UV LED liza elinye lomthombo wokukhanya, kunye neemodeli ezahlukeneyo zamaza afana ne-365nm, 380nm, 395nm, njl. Imitha yamandla ye-UV yantlandlolo, ngokubanzi kukho izibane zoxinzelelo oluphezulu lwemercury, ukulinganisa umatshini wokunyanga we-UV we-LED, ubude be-waveleng abuhambelani. Kuthiwa idatha yomlinganiselo ayizukuchaneka. Ukusuka kolu hlaziyo lungentla, sinokuqonda ukuba imitha yamandla ye-UV yangoku kwimarike ayinakuhlangabezana neemfuno zophuhliso koomatshini bokunyanga be-UV be-LED, singasathethi ke ngemitha yamandla e-UV egcwele i-pseudo kwimarike, kwaye ayinakuhlangabezana neemfuno. kukonke. Kwikamva lemitha yamandla e-UV, imitha yamandla e-UV yomatshini wokunyanga we-LED uya kubonakala ngokuqinisekileyo. Le mitha yamandla, ngokobude bemithombo eyahlukeneyo yokukhanya kwe-UV ye-UV, ikhetha iibhendi ezahlukeneyo zokulinganisa ukuhambelana nebhendi yokulinganisa yemithombo yokukhanya kunye nezixhobo, ukuze idatha ichaneke. Ngelishwa, ngoku, ixabiso lokukhanya kokukhanya kwe-LED ye-UV ye-UV ayikagqibi imigangatho yelizwe kunye neyamazwe ngamazwe, ekhokelele kuvavanyo lwamandla kumatshini wokunyanga we-UV we-LED. Ke ngoko, kumgangatho wokulinganisa amandla omthombo wokukhanya we-UV LED, ikwafuna ukuphuculwa. Ngolwazi oluthe vetshe, wamkelekile ukuba ungene kwiwebhusayithi esemthethweni

[UVLED imitha yaMandla] ubume beMitha ye-LED ye-UV yaMandla 1

Umbhali: Tianhui- Isifo sokubulala umoya

Umbhali: Tianhui- Abavelisi be-UV Led

Umbhali: Tianhui- Isifo samanzi e-UV

Umbhali: Tianhui- Isisombululo se-UV LED

Umbhali: Tianhui- UV Led diode

Umbhali: Tianhui- Abavelisi be-UV Led diodes

Umbhali: Tianhui- Imodyuli ekhona

Umbhali: Tianhui- Inkqubo yokushicilela i-UV LED

Umbhali: Tianhui- Umgibe weengcongconi

Nxibelelana nathi

Iinkxalabo zokusasazeka kwemitha eJapan: Ukunciphisa imingcipheko nge-UV LED Diode

Ngena kweli nqaku uphonononge ukuba iidiode ze-UV ze-UV zinokungqina njani ukuba luncedo kuvavanyo lwamanzi kunye nokuvala inzala. Uya kufunda kwakhona malunga nokusebenza kwe-340nm LED kunye ne-265nm LED kwinkqubo. Ngoko, vumela’s ungene kanye kuyo!

Uhlalutyo lwe-UV lwe-Biochemistry ye-Optical Density yeeReagents!

Ngena kwindima ye-UV LED kwihlabathi le-biochemistry. Bonisa ukubaluleka kwayo ekulinganiseni ukuxinana kwamehlo ee-reagents. Esi siqwenga sijonga nzulu kwi-UV disinfection kunye nezisombululo ze-UV ze-LED. Fumana ukuthembela kwigunya layo ngokuphonononga isayensi ngasemva kwe-UV LED kwaye ube namava olwazi oluqulethwe kwesi sikhokelo.

Isebenza Njani I-Ultraviolet (UV) Ukubulala iintsholongwane/Ukucocwa kwamanzi?

I-Ultraviolet (UV) i-disinfection/iteknoloji yokucoca amanzi isebenzisa ukukhanya kwe-UV ukubulala ii-microorganisms ezinobungozi emanzini. Yindlela yendalo nesebenzayo yokucoca amanzi ngaphandle kokufaka iikhemikhali, oko kuyenza ibe lukhetho oludumileyo kumakhaya amaninzi nakumashishini. Inkqubo isebenza ngokubeka amanzi kumthombo wokukhanya oqinileyo we-UV, owonakalisa iDNA yeebhaktheriya, iintsholongwane, kunye nezinye iintsholongwane ezibangela ukuba zife.

IMakethi ye-UVC ye-LED iYandisa ngeZibonelelo zaseKhaya ezingakumbi kunye neeMveliso zabaThengi ezamkela iTekhnoloji

Itekhnoloji ye-UVC ye-LED ifumene ingqwalasela ebalulekileyo kwiminyaka yakutshanje, kwaye ayimangalisi into yokuba imakethi ikhula ngezixhobo ezininzi zasekhaya kunye neemveliso zabathengi ezamkela itekhnoloji. Ubhubhani we-COVID-19 wongeze kuphela imfuno yeemveliso ze-UVC ze-LED njengoko abathengi kunye namashishini befuna iindlela ezisebenzayo zokubulala iintsholongwane kwindawo abahlala kuzo. Ii-LED ze-UVC zibonelela ngendlela ekhuselekileyo, ethembekileyo, nesebenzayo yokubulala iibhaktheriya kunye neentsholongwane, zizenze zibe lukhetho oludumileyo kwizicelo ezahlukeneyo.

Ngaba i-Ultraviolet iKhanya ngokuthe ngqo kuMzimba woMntu wokuNzala?

I-Ultraviolet (UV) yimitha ye-electromagnetic ewela phakathi kokukhanya okubonakalayo kunye ne-x-reyi. I-UV LED diode yahlulwe yangamacandelo amathathu aphambili: UVA, UVB, kunye ne-UVC. Ukukhanya kwe-UVC, okunobude obufutshane kunye namandla aphezulu, ngokuqhelekileyo kusetyenziselwa ukuvala inzala kuba inokubulala okanye ingasebenzi iintsholongwane ezininzi, kubandakanya ibhaktheriya, iintsholongwane, kunye nokungunda.

Impembelelo ye-UV Led kwiNdawo

Itekhnoloji ye-UV ye-LED ibisenza amaza kushicilelo nakwamanye amashishini ngokusebenza kwayo kunye nokusebenza kwayo, kodwa ngaba ubusazi ukuba ikwachaphazela kakhulu okusingqongileyo? Le teknoloji iphucula umgangatho, yandisa imveliso, inciphisa ukusetyenziswa kwamandla, kwaye yehlisa ukukhutshwa kwegesi eluhlaza. Eli nqaku liza kuxoxa ngeenzuzo zokusingqongileyo ze-UV LED diode kunye nendlela enceda ngayo ukuhlahlela indlela yekamva elinyamezelekayo.

IThekhnoloji ye-UV ye-UV ye-LED eKhethekileyo yokuShicilela kokuFuduka okuPhantsi

Itekhnoloji ye-UV ye-LED iguqule ishishini loshicilelo, inikezela ngenye indlela ekhuselekileyo nesebenzayo kwiindlela zoshicilelo zemveli. Enye yezona zinto zibalulekileyo zetekhnoloji ye-UV ye-LED kukukwazi ukuvelisa iiprinta ezikumgangatho ophezulu ezineempawu ezifudukayo ezisezantsi.

Ixabisa malini inkqubo yokubulala iintsholongwane kwi-UV?

Ngaba ujonge isisombululo esomeleleyo nesiguquguqukayo sokubulala iintsholongwane kwindawo yakho? Ungajongi ngaphaya kweeyunithi ze-UV ezihambayo. Ezi robhothi zintsha zisuka kwelinye igumbi ziye kwelinye, zisusa iintsholongwane eziyingozi kunye neebhaktheriya kumphezulu. Iidiode ezikhokelwayo ze-UV ziya zithandwa njengoko amashishini amaninzi angaphandle kukhathalelo lwezempilo afumana inzuzo yokubulala iintsholongwane kwi-UV.

Uyisombulula Njani iNgxaki yokuLahlwa koBubushushu kwi-UV LED?

Xa umthombo wokukhanya we-LED uvuliwe, indawo yokudibanisa i-P-N ngaphakathi kwe-chip iqala ukusebenza, ivelise kwaye iqokelele ubushushu. Nanini na xa urhulumente efezekisa imeko ezinzileyo, ubushushu bubizwa ngokuba bubushushu besiphambuka

Esona sikhokelo sigqibeleleyo malunga nokuSetyenziswa okwahlukileyo kokukhanya kwe-UV

Ukususela ekuqaleni kweminyaka yee-1900, ukukhanya kwe-ultraviolet (UV) bekusetyenziselwa ukunyanga izigulo zolusu. Kuyaziwa ukuba ukukhanya kwelanga kuneenzuzo zonyango kodwa kunokuba nemiphumo emibi, kuquka ukutshisa kunye nomhlaza. Uluhlu olubanzi lweengxaki ze-dermatologic ngoku lunokunyangwa ngokudalwa kwemithombo ye-UV eyenziweyo, echanekileyo ngakumbi, ekhuselekileyo, kwaye iyasebenza ngokubulela uphando olubanzi oluye lwaphucula ukuqonda kwethu imitha ye-Uv kunye nemiphumo yazo kwiinkqubo zabantu.