Inkcazo:
Ikhowudi | J622 |
Igama | I-Copper oxide Nanopowder |
Ifomula | CuO |
Inombolo yeCAS. | 1317-38-0 |
Ubungakanani beNcam | 30-50nm |
Ubunyulu | 99% |
SSA | 40-50m2/g |
Imbonakalo | Umgubo omnyama |
Iphakheji | 1kg ibhegi nganye, 20kg umphanda, okanye njengoko kufuneka |
Usetyenziso olunokwenzeka | I-Catalyst, i-antibacterial, inzwa, i-desulfuration |
Ukusasazwa | Inokwenziwa ngokwezifiso |
Izinto ezinxulumeneyo | Cuprous oxide (Cu2O) nanopowder |
Inkcazo:
Ukusebenza kakuhle kweCuO nanopowder:
Iimpawu ezigqwesileyo zomzimba kunye neekhemikhali ngokwemagnethi, ukufunxa ukukhanya, umsebenzi weekhemikhali, ukumelana nobushushu, i-catalyst kunye nendawo yokunyibilika.
Ukusetyenziswa kweCupric Oxide (CuO) Nanopowder:
1. I-CuO nanopowder njenge-catalyst
Kwii-electron ezikhethekileyo ezinomgangatho omninzi wasimahla, amandla aphezulu aphezulu, i-CuO nanopowder inokubonisa umsebenzi ophezulu we-catalytic kunye nepropathi ekhethekileyo ye-catalytic kunobukhulu obuqhelekileyo be-CuO powder.
2. Ipropati ye-antibacterial ye-nano CuO powder
I-CuO yi-p-type semiconductor, inemingxuma (CuO) +, enokunxibelelana nokusingqongileyo kwaye idlale indima ye-antibacterial okanye i-bacteriostatic.Uphononongo lubonisa ukuba i-CuO nanoparticle inamandla okulwa ne-antibacterial ngokuchasene nenyumoniya kunye ne-pseudomonas aeruginosa.
3. I-CuO nanoparticle kwinzwa
Ngommandla ophakamileyo ophezulu, umsebenzi ophezulu ophezulu, iipropati ezithile zomzimba, i-CuO nanoparticle inomdla kakhulu kwimeko yangaphandle efana nobushushu, ukukhanya kunye nokufuma.Ke, i-nano CuO esetyenziswa kwizinzwa inokuphucula kakhulu impendulo yesantya senzwa, ukukhetha kunye novakalelo.
4. I-Desulfurization
I-CuO nanopowder yimveliso egqwesileyo ye-desulfurization enokubonisa umsebenzi ogqwesileyo kubushushu begumbi.
Imeko yoGcino:
I-Cupric Oxide (CuO) nanopowder kufuneka igcinwe itywinwe, igweme ukukhanya, indawo eyomileyo.Ukugcinwa kobushushu begumbi kulungile.
I-SEM & XRD :