I-30-50nm Bismuth Axide
I-BI2O3 Bismuth Oxideers eNanopowdy
Ukucaciswa:
| Ikhowudi | O765 |
| Igama | I-BI2O3 Bismuth Oxideers eNanopowdy |
| Ifomula | Bi2o3 |
| I-CASS No. | 1304-36-3 |
| Ubungakanani bentsundu | I-30-50nm |
| Ubunyulu | I-99.9% |
| Imbonakalo | Umgubo ophuzi |
| Iphakheji | I-100g, i-500g, i-1kg okanye njengoko kufuneka |
| Izicelo ezinokubakho | Umzi-mveliso we-elektroniki, uqhawulo-mveliso, i-elektroniki ye-elektroniki, izinto zomlilo, i-catalyst, ukwenziwa kweekhemikhali, ukwenziwa kweekhemikhali njl. |
Inkcazelo:
I-Nano Bismuth Axide inombhalo onobuncinci osasaziweyo, ubuchule bee-oxidation oqinileyo, umsebenzi ophezulu, ongengobungozi, kunye nozinzo olufanelekileyo.
Intsimi ye-elektroniki ye-elektroniki yintsimi evuthiweyo nengcungcuthekisayo ye-bismth. I-Bismth Oxide yindawo ebaluleke kakhulu kwii-elektroniki ze-elektroniki ze-elektroniki. Ezona zicelo zibandakanya i-winc eyahlukileyo ye-winc oxide, i-capacic cangocitor, kunye ne-fermatic yemagazini. I-Bismth oxide ikakhulu isebenza njengearhente yokwenza impembelelo kwi-zulc ye-chinc fartor, kwaye yeyona nto iphambili kwi-volt-vol-Amt-Ampere uqoqosho lwe-zungu oxyore.
Njengohlobo olutsha lwe-semiconduritecteli, i-nano bism bisth oxide itsalele ngakumbi kwaye inomdla ngakumbi ngenxa yokusebenza kakuhle kwefoto. Phantsi kweemeko ezithile zokukhanya, i-nano bisth oxide icwecwe kukukhanya kokuvelisa izibini zemingxunya ye-elektroni, kwaye inamandla e-wroox eqinileyo, kwaye emva koko ungcoliseko lwendalo emanzini ngokuthe ngcembe, i-H2O kunye nezinye izinto ezingenabungozi. Ukusetyenziswa kolu hlobo lulutsha lwezixhobo ze-nano kwicandelo le-fotocatalysis ibonelela ngendlela entsha yokucinga ngonyango longcoliseko lwamanzi
Imeko yokugcina:
I-BI2O3 i-Bism U-Banophar oxideneers kufuneka itywinwe kakuhle, igcinwe kwindawo epholileyo, eyomileyo, kuphephe ukukhanya ngokuthe ngqo. Ukugcina ubushushu begumbi kulungile.
I-SEM & XRD:
