Light microwave ultraviolet deodorant kayan aikiKa'ida

Ana amfani da masana'antu na UV wavelength 154nm-254nm, mafi gajeren wavelength makamashi mafi girma, 254nm ƙasa da wavelength na UV iya fashewa O2, samar da O3, mafi girma fiye da 254nm wavelength ba zai iya fashewa O2 ba, saboda 154nm-185nm wavelength yana da ɗan gajeren lokaci don haka "kashe" sararin samaniya yana da ƙananan. Kuma 185nm-254nm duk da tsawon raƙuman ruwa, kewayon sararin samaniya yana da girma.

Photolysis oxidation deodorant kayan aiki, amfani da NBL misali UV fitilu, samar da UV, wanda 154nm-185nm wavelength a jerin spectrum sa kashi na 14%, UV maganin fiye da 45mw / cm2, photon makamashi fiye da 1000kJ / mol, shi ne a halin yanzu masana'antu UV / O3 UV fitilu da maganin da makamashi babban UV, oxidation maɓallin makamashi kasa da 380kJ / mol (kullum sunadarai da maɓallin makamashi da maɓallin tsawon duba a ƙasa tebur), UV photolysis oxygen samar da ozone, ozone matattarar da aka tsara bisa ga 1.8Kg / h, zane ozone matattarar 200mg / m3, ozone makamashi oxidation karfe mai ƙarfi gurbataccen abu, da yawan ozone za a iya saita bisa ga matattarar gurbataccen abu da kuma bayan amsa lokaci.

Tsarin photolysis oxidation na gas mai fitarwa ya haɗa da tsari biyu: na farko shine a cikin tsarin samar da rukunin ion, yawan kwayoyin gas masu cutarwa suna tasiri, suna rushewa cikin monomers ko canzawa zuwa abubuwa. Na biyu, yana ƙunshe da yawan ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙwayoyin ƙ Oxygen ion yana da ƙarfin oxidation, yana iya lalata oxidation ba tare da mummunan tasirin ion ba. Bayan amsawar gas mai fitarwa, ƙarin ion na oxygen (mai kyau) zai iya haɗuwa da ion na oxygen (mai kyau) da sauri zuwa oxygen mai tsaka tsaki, don haka ya haifar da mummunan tasiri a kan kayan aiki da muhalli. Uku babban adadin aiki oxygen a karkashin yanayin ultraviolet iya hanzarta oxidation gudun, oxidation inganci.

A karkashin yanayin tsawon wuta 154nm-184.9nm (1200KJ / mol-600KJ / mol) ultraviolet, oxygen a cikin iska a gefe daya yana fashewa, sa'an nan kuma haɗuwa don samar da ozone; A gefe guda kuma yana karya ƙungiyoyin sunadarai masu gurɓataccen abu don samar da atoms ko ƙungiyoyi masu kyauta; A lokaci guda samar da ozone shiga cikin aikin amsawa, don haka gas mai fitarwa ya karshe fashewa, oxidation zuwa sauƙi mai kwanciyar hankali mahada CO2, H2O, N2, yiwuwar jerin ayyuka ya ƙayyade ta hanyar:

(1) Za a iya fashewa kwayoyin gurɓataccen abu dangane da ko haɗin sunadarai zai iya zama ƙasa fiye da ƙarfin UV photon da aka bayar?

(2) ko lokacin fashewa ya kai 1S, ko lokacin oxidation ya kai 5-8S;

(3) UV photolysis yanayi ne m, bukatar amsa zafin jiki <70 °, ƙura yawa <200mg / m3,

dangane zazzabi <200%.

(4) ko yawan wasu sinadarai a cikin gurɓataccen abu (misali CL, F);

Key makamashi da kuma key tsawon na yau da kullun chemical bonds