I-Windows inegalelo lama-60% amaNqaku alahlekileyo kwizakhiwo. Ngemozulu eshushu, iifestile zishushu ngaphandle, zinamandla atshisayo kwisakhiwo. Xa kubanda ngaphandle, ubushushu beWindows buvela ngaphakathi, kwaye babukhalisela ubushushu kwindawo yangaphandle. Le nkqubo ibizwa ngokuba yi-rading uporing. Oku kuthetha ukuba iiwindows azisebenzi ekugcineni isakhiwo esifudumele okanye sipholile njengoko kufuneka njalo.

Ngaba kunokwenzeka ukuba uphuhlise iglasi enokuthi icime okanye icime le phumela le radiative ngokwakho ngokuxhomekeke kubushushu bayo? Impendulo ngu-ewe.

Umthetho weWiedemann-Frannz uthi ngcono ekuphumezeni kombane kwento, kungcono ukwenziwa kwengqondo. Nangona kunjalo, i-dadadium dioxide ufaka ngaphandle, engawuthobeli lo mthetho.

Abaphandi bongeze umaleko ocekeceke we-dadadium diokside, i-complate etshintsha ukusuka kwi-insulator kumqhubi malunga ne-68 ° C, kwelinye icala leglasi.I-dadium diokside (VO2)sisixhobo esisebenzayo esinemigangatho yeSigaba seSigaba seSigaba seSigaba seSigaba seSigaba sePropathi I-morphology yayo inokuguqulwa phakathi kwe-insulator kunye nentsimbi. Iziphatha njenge-insulator kubushushu begumbi kwaye njengomqhubi wentsimbi kumaqondo obushushu ngaphezulu kwe-68 ° C. Oku kungenxa yenyani yokuba ubume bayo beatom bunokuguqulwa buvela kwi-Crystal ye-crystal yesakhiwo esineqondo elingaphezulu kwe-68 ° C, kwaye utshintsho lwenzeka ngaphantsi kwe-1 Nanosencond, enguncedo lwezicelo ze-elektroniki. Uphando olunxulumene nalo lukhokelele abantu abaninzi ukuba bakholelwe ukuba i-dadadium dioxide inokuba sisixhobo sotshintsho kwiShishini le-elektroniki le-elektroniki.

Abaphandi kwiYunivesithi yaseSwitzerland banyuse ubushushu benguqu ye-dadadium diokside ukuya ngaphezulu kwe-100 ° Puter i-Gemanium, izixhobo zentsimbi enqabileyo, kwifilimu ye-dadadaim diokside. Benze impumelelo kwizicelo ze-RF, kusetyenziswa itekhnoloji ye-vadadium diokside kunye nenqanaba lokutshintsha kwenqanaba le-iltra le-tractact, ifilitha ye-frequency ye-frequency okokuqala. Olu hlobo lulutsha lwesihluzo lulungele uluhlu lwe-frequency esetyenziswa ziinkqubo zonxibelelwano zendawo.

Ukongeza, iipropathi zomzimba ze-dadium diokside, njengokuxhathisa kunye nokuguqulwa kwe-infrad, ziya kutshintsha kakhulu ngexesha lenkqubo yenguqu. Nangona kunjalo, izicelo ezininzi ze-VO2 zifuna iqondo lobushushu likufuphi nobushushu begumbi, njenge: Iifestile ze-Smart, izixhobo zokufumana ii-infrared, njl. Njl. Ukucofa i-tungsten kwi-vo2 ifilimu inokunciphisa amaqondo obushushu e-filit yefilimu ukuya kwiqondo lobushushu begumbi, i-tungsten-doped-doped-doped-doped-doped i-A2 inamanzi anethemba lokwenza isicelo.

Iinjineli zeHongwu Nano zifumanise ukuba ubushushu benguqu ye-daadium diokside bunokuhlengahlengiswa ngokudlala, uxinzelelo, ubungakanani beenkozo, njl. Njl njl. Ukucocwa kwe-Tungsten kuthathwa njengeyona ndlela isebenzayo kwaye kusetyenziswa kakhulu ukuhlengahlengisa ubushushu besigaba senqanaba. Ukucofa i-1% i-tungsten inganciphisa ubushushu benguqu yenqanaba le-dadadium diokside filimu ngama-24 ° C.

Inkcazo ye-Nano-Inqanaba le-Nanodium Dioxide ne-Tungsten Dadium Dioxide ukuba inkampani yethu ibonelele kwisitokhwe yile ilandelayo:

I-1. UNano vanadium Dioxide VOO, Isigaba esingahleliwe, ubushushu beNguqu yeSigaba yi-68 ℃

I-2. U-Diadium Dioxide one-1% tungsten (W1%), ubushushu beNguqu yeSigaba seSigaba seSigaba singama-43 ℃

I-3. U-Diadium Dioxide une-1.5% tungsten (w1.5%), ubushushu beNguqu weSigaba seSigaba seSigaba seSigaba se-32 ℃

I-4. I-niadium dioxide ene-2% i-tungsten (W2% -2), ubushushu beNguqu yeSigaba seSigaba seSigaba se-25 ℃

I-5. U-dadium dioxide one-2% tungsten (W2% -2), ubushushu beNguqu yeSigaba seSigaba seSigaba seSigaba se-20 ℃

Ukujonga phambili kwikamva elikufuphi, ezi festile ze-smart ezine-qangudi-doped diokside zinokufakwa kwihlabathi liphela kwaye zisebenze unyaka wonke.