[UV] Yintoni imisebe yeUltraviolet kunye neUVLED?

Imitha ye-Ultraviolet lixesha eliqhelekileyo le-wavelength ye-electromagnetic spectrum ukusuka kwi-10nm ukuya kwi-400nm, engenakubangela umbono wabantu; I-UV sisiNgesi esifutshane semitha ye-ultraviolet, ebizwa ngokuba yi-Ultraviolet. Ngo-1801, ingcali yefiziksi yaseJamani uCeltic yafumanisa ukuba ngaphandle kwebala elimfusa-ekupheleni kwembonakalo ye-fluorescent, iqhekeza lefoto elinebromide yesilivere yayilula, kwaye kwafunyanwa ubukho bemitha yeultraviolet. Imitha ye-Ultraviolet ingasetyenziselwa ukwenza inzala, imitha ye-ultraviolet kakhulu engena emzimbeni iya kubangela umhlaza wolusu emzimbeni womntu. Imitha ye-Ultraviolet ayibukeki ekukhanyeni okubekwe kwindawo yaseNikko yaMandla aPhezulu. Imitha ye-Ultraviolet yahlulwe ibe: kufuphi nemitha ye-ultraviolet (UVA), i-ultraviolet ekude (UVB) kunye ne-ultra -short UV (UVC). Iqondo lokungena kwemitha ye-ultraviolet kwisikhumba somntu yahlukile. Okukhona bufutshane ubude bemitha ye-ultraviolet, kokukhona umonakalo omkhulu kulusu lomntu. Ilanga elide le-ultraviolet lingadlula ngesikhumba, kwaye i-wave ephakathi inokungena esikhumbeni. Iimpawu zemitha ye-ultraviolet zezi: iinzuzo: ukutshatyalaliswa kweentsholongwane kunye nokuvalwa, ukukhuthaza ukuphuhliswa kwamathambo, kunenzuzo kumbala wegazi, ngamanye amaxesha ukunyanga izifo ezithile zesikhumba kunye nemitha ye-ultraviolet echaphazela ngokuthe ngqo ukuhlanganiswa kwe-vitamin D yabantu, ngaphandle kwe-vitamin D eyaneleyo ngaphandle kwemisebe ye-ultraviolet. Ukungalungi: ukwenza ulusu luguga, imibimbi, amabala, ebangela ulusu olurhabaxa kunye ne-dermatitis, enokubangela umhlaza wolusu kwiimeko ezinzima. Isicelo seshishini se-UV A > Ukusetyenziswa kunyango lokucoca umphezulu ngenxa yenkqubela phambili yophuhliso lwamandla aphezulu-amandla aphezulu aphantsi-uxinzelelo lwe-UV yokukhupha ityhubhu, kunye ne-Ultra-finest metaphysics ye-microelectronics, kwi-microelectronics, izixhobo ezichanekileyo kunye nezinye iimveliso ngexesha. inkqubo yokuvelisa, umphezulu weemveliso zayo i-ultra-precision yokucoca okanye ukuphucula iteknoloji yokucubungula umphezulu womphezulu wemitha ye-ultraviolet kunye ne-ozone yayo. Ekwenziweni kwezixhobo zesemiconductor, ukuboniswa kweLCD, iimveliso zamehlo kunye nokunye ukuvelisa, itekhnoloji yonyango lokukhanya kokukhanya komphezulu we-ultraviolet UV kunye ne-O3 ozone iye yaba yindlela yobugcisa eyimfuneko. Njengobuchwephesha obutshintshileyo beFreon, itekhnoloji yokucoca umphezulu wokukhanya iya kuthatha indawo itekhnoloji yemveli emanzi. B > Ezinye iimathiriyeli ezisetyenziswa kumashishini ngokubanzi okanye kumacandelo obuchwepheshe obuphezulu ekusetyenzweni kokulungiswa komphezulu zinokusebenza okuphezulu kakhulu kwaye zilunge kakhulu kokusingqongileyo. Inkampani ebonelelwe ngobude obufutshane be-ultraviolet (UV) yokucoca umphezulu kunye neteknoloji yokuguqulwa komhlaba, kwaye isebenzisa imithombo yokukhanya ye-ultraviolet ephezulu ecocekileyo. Emva kokucubungula izinto ezingentla, inokufumana indawo ecocekileyo kakhulu kunye nomhlaba onamandla. Indlela esisiseko yokusabela kuhlengahlengiso kukusabela kwe-oxidation okubangelwa yi-UV. Emva kokuba i-UV ilayite umphezulu woluqilima, izinto ezingcolisa umphezulu zifakwa i-oxidized, kwaye emva koko zibole zibe zizinto eziguquguqukayo ezifana ne-CO2 kunye ne-H2O, kwaye ekugqibeleni ziguquke kwaye zinyamalale. Kwaye umphezulu wenza imiphezulu efanelekileyo efana ne-OH, COO, CO, COOH kunye nezinye iiathom ze-hydrophilic. Inkqubela phambili yetekhnoloji yomthombo wokukhanya we-UV iqinisekisa itekhnoloji yokuguqulwa komphezulu we-UV/O3 ukunika ukudlala ngokupheleleyo ukongama kwayo okubalaseleyo. Itekhnoloji yokuguqulwa komphezulu we-UV/O3 inokufumana ukucoceka okuphezulu kakhulu kunye nokuqhubeka komphezulu, osetyenziswa ngokubanzi kunyango oluluqilima lomphezulu. C > Itekhnoloji ye-UV yokunyanga itekhnoloji yokunyanga ye-UV isebenzisa ukukhanya kwe-UV (ubude obuphambili be-365nm, i-254nm ngamaxesha akhethekileyo) bukhanyiselwa yi-UV sclerosis kwi-UV sclerosis equlethe ukuthotyelwa kwangaphambi kwexesha kwangaphambi kwexesha, i-monomer egxile ekukhanyeni, ukugquma kwe-arhente yokukhanya, i-arhente eqhubekayo okanye i-inki. , njl. Emva kwe-resin, ubuchule bokuqina ngokukhawuleza kunye nokomisa kwiyunithi yesibini. Indlela eqhelekileyo yokomisa thermal kunye nendlela yokusabela ulwelo ezimbini ezidityanisiweyo zomthetho kufuneka zahlulwe iiyure eziliqela ukomisa ukomiswa resin. Izixhobo zokuvala umphezulu we-UV zisetyenziswa kakhulu ekutyeni, kwi-elektroniki, kwi-semiconductors, kwimiboniso ye-LCD, iiTV zeplasma, ii-crystal vibrations, izixhobo ezichanekileyo, iikhemikhali, unyango, ukhathalelo lwempilo, ibhayoloji, iziselo, ezolimo, njl. Imithombo yokukhanya kwe-UV okunemitha yokutya, izixhobo kunye neminye imiphezulu, enefuthe elikhawulezayo nelisebenzayo, elingenangcoliseko, ligcina umgangatho ophezulu weemveliso ezibizayo. Imithombo ye-UV ixhaphake kwimitha ye-ultraviolet evela ekukhanyeni kwelanga. Imitha ye-Ultraviolet esetyenziswa kwishishini ngokubanzi iphuma kwisixhobo esikhethekileyo se-ultraviolet, njengezibane zoxinzelelo oluphezulu lwemercury, izibane ze-halogen, njl. Ibonakaliswe yi-spectrum ye-band epheleleyo, ukusetyenziswa kwamandla aphezulu, iindawo ezisebenzayo zemisebe ye-ultraviolet (Efana ne-365nm, i-395nm) isebenza ngokufanelekileyo, izisa iikhalori eziphezulu kunye nokusetyenziswa kwamandla aphezulu kwishishini. Ngokukhula okuqhubekayo kwetekhnoloji ye-semiconductor, ukukhanya kwe-ultraviolet okuthunyelwa nge-LED kuye kwanda ngakumbi nangakumbi kwintengiso, nto leyo esihlala siyibiza ngokuba yi-UVLED. I-UVLED inezibonelelo zohlaza, ukugcinwa kwamandla, ukukhuselwa kwendalo, kunye nokusebenza kakuhle, kwaye ngokuthe ngcembe iye yaba yeyona nto iphambili kwintengiso. I-TIANHUI ibisoloko ithatha ugcino lwamandla kunye nokukhuselwa kokusingqongileyo kunye nokusebenza kakuhle njengomsebenzi kunye nokusukela ishishini, ngakumbi kwi-UVLED ephilisa ubuchwepheshe kunye neemveliso. Igalelo ekulungiseleleni amakhondo emisebenzi! Tianhui, jonga phambili kwifowuni yakho: 13048834002