Izinto eziningi ze-oxide nano ezisetshenziswa engilazini zisetshenziselwa kakhulu ukuzihlanza, ukufakwa kokushisa okusobala, ukumuncwa eduze kwe-infrared, ukuqhutshwa kukagesi nokunye.

1. I-Nano Titanium Dioxide(TiO2) Impushana

Ingilazi evamile izomunca izinto eziphilayo emoyeni ngesikhathi sokusetshenziswa, zenze ukungcola okunzima ukukuhlanza, futhi ngesikhathi esifanayo, amanzi avame ukwenza inkungu engilazini, ethinta ukubonakala nokubukeka.Ukukhubazeka okukhulunywe ngenhla kungaxazululwa ngokuphumelelayo ngengilazi ye-nano eyakhiwe ngokumboza ungqimba lwefilimu ye-nano TiO2 nhlangothi zombili zengilazi eyisicaba.Ngesikhathi esifanayo, i-titanium dioxide photocatalyst ingabola amagesi ayingozi njenge-ammonia ngaphansi kwesenzo sokukhanya kwelanga.Ngaphezu kwalokho, i-nano-glass ine-transmittance yokukhanya enhle kakhulu namandla emishini.Ukusebenzisa lokhu kungilazi yesikrini, ingilazi yokwakha, ingilazi yendawo yokuhlala, njll. kungasindisa ukuhlanza okwenziwa ngesandla okunzima.

2.I-Antimony Tin Oxide (ATO) I-Nano Powder

I-ATO nanomatadium inomphumela ophezulu wokuvimba endaweni ye-infrared futhi isobala endaweni ebonakalayo.Hlakaza i-nano ATO emanzini, bese uyixuba ne-resin esekelwe emanzini efanelekile ukuze wenze ukunamathela, okungangena esikhundleni sensimbi futhi kudlale indima esobala nevikela ukushisa engilazini.Ukuvikelwa kwemvelo nokonga amandla, ngenani eliphezulu lohlelo lokusebenza.

3. Nanoithusi le-cesium tungsten/cesium doped tungsten oxide(Cs0.33WO3)

I-Nano cesium doped tungsten oxide(i-Cesium Tungsten Bronze) inezici ezinhle kakhulu zokumunca eduze kwe-infrared, imvamisa ukungeza u-2 g ngemitha yesikwele ngayinye yokumboza kungafinyelela ukudluliswa okungaphansi kuka-10% ku-950 nm (le datha ikhombisa ukuthi ukumuncwa okuseduze- i-infrared ), ngenkathi ifinyelela ukudluliselwa okungaphezu kuka-70% ku-550 nm (inkomba engu-70% iyinkomba eyisisekelo yamafilimu amaningi abonisa ngale).

4. I-Indium Tin Oxide (ITO) I-Nano Powder

Ingxenye eyinhloko yefilimu ye-ITO yi-indium tin oxide.Uma ubukhulu bungama-angstrom ayizinkulungwane ezimbalwa kuphela (i-angstrom eyodwa ilingana no-0.1 nanometer), ukudluliswa kwe-indium oxide kuphezulu njengo-90%, futhi ukuqhutshwa kwe-tin oxide kunamandla.Ingilazi ye-ITO esetshenziswa ku-liquid crystal ibonisa uhlobo lwengilazi eqhubayo enengilazi ephezulu yokudlulisa.

Kunezinye izinto eziningi ze-nano ezingasetshenziswa futhi engilazini, ezingagcini kulokhu okungenhla.Ngethemba ukuthi izinto eziningi ezisebenzayo ze-nano zizongena ekuphileni kwansuku zonke kwabantu, futhi i-nanotechnology izoletha ukuphila okulula.