Isicelo se-UVLED se-UVLED samva nje seSicelo

Xa kuthelekiswa nokukhanya okunyanga kwe-UV, i-UVLED ineenzuzo ezininzi: akukho mercury, akukho ngcoliseko lokusingqongileyo, akukho mngcipheko wezempilo; ubomi obude; ukuthotywa kwemitha ephantsi; ulawulo olulula kunye nohlengahlengiso, njl. Ke ngoko, i-UVLED inethemba elibanzi lesicelo kwaye inokusetyenziswa kwiinkalo ezininzi ezinjengokuqina, uvavanyo, unyango, ubuhle, inzala, ukubulala iintsholongwane, unxibelelwano, njl. Unyango (unyango olukhanyayo) Inani le-apoptosis yeseli kunye ne-necrosis emva kokuvezwa kwi-ultraviolet LEDs kunye neenkqubo zokukhanya zendabuko ngokuthelekisa. Oku kubonisa ukuba amandla kunye nokwenzeka kwemithombo emitsha yokukhanya kwefototherapy inokutshintsha izibane zendabuko ze-ultraviolet fluorescence kunye nobuninzi, ubomi obufutshane, kunye nokusetyenziswa kwamandla amaninzi. Uvavanyo lwe-Fluorescence (uvavanyo lwebhayoloji) kunzima ukunika impendulo ngamaxesha, ayikwazi ukwenza imifanekiso ecacileyo yohlalutyo lwe-fluorescent ekubhaqweni kwe-fluorescent, kwaye amandla e-fluorescent ezinto eziphilayo ziyancipha ngexesha lokuvezwa. Imodyuli yokulawula ukuqonda uvavanyo lwe-fluorescent yedayi ye-organic BL-ORT. Ukucocwa kogutyulo (i-sterilization disinfection) abaphandi kunye nabanye abaphandi abasebenzisa iibhaktheriya kunye nezalathi zemichiza kumanzi amdaka ukuvavanya i-UV-A okanye i-UV-C LED kunye nokudityaniswa kwezi zibini kunyango lwelindle ezidolophini. Uvavanyo lubeke iliso kwireyithi yentsalela yezalathi zebhayoloji kugutyulo lwamanzi amdaka asezidolophini kunye nezinga le-oxidation ye-creatinine kunye neephenol kugutyulo lwasezidolophini. Ngenxa yoko, xa kuthelekiswa nokusetyenziswa kwe-UVLED yodwa, idityaniswe nokusetyenziswa kwe-UV-A kunye ne-UV-C i-UV-C yesixhobo se-ultraviolet LED ingakwazi ukukwazi ngakumbi Ukunciphisa ngokufanelekileyo umxholo we-microorganisms kumanzi amdaka, kwaye unako I-oxidize i-37% ye-creatinine kunye ne-phenols. Esi siphumo sithelekiswa nomphumo wokusebenzisa i-photocatalysts njenge-TIO2. Amagcisa okuthotywa kwekhompawundi (ukuthotywa kwe-optical) amagcisa afunde isiphumo se-255 NM UVLED yoshicilelo oluqiniswa ngocingo kunye ne-H2O2 ye-intermittent reactor ngesiphumo sokujonga umva kwe-osmosis kugutyulo olusezidolophini kwityuwa ephezulu. 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. Oku kubonakalisa ukuba i-UVLED inamathuba okusebenza anokubakho kwicandelo lonyango lokuthotywa kwe-osmosis ebuyela umva. I-lithography yokushicilela (i-optical curing) isibane sokunyanga se-UV yenye yeendlela eziphambili zoshishino lwe-UVLED lwangoku. Iqela lophando leYunivesithi yaseBolin Green State lithelekisa umphumo we-UVLED kunye nemithombo yokukhanya ye-UV yendabuko yokunyanga i-acrylate kwi-2007. Ifunde ireyithi yokudityaniswa kwezi zibini kunye nokusebenza kokwaleka kwesizukulwana. Iindawo ezahlukeneyo zokunyanga izicelo. Ulwazi oluninzi lwamkelekile ukuba ungene