Ukucaciswa:
Ikhodi | X678 |
Igama | I-SnO2 Tin Oxide Nanopowder |
Ifomula | I-SnO2 |
Inombolo ye-CAS. | 18282-10-5 |
Usayizi Wezinhlayiyana | 20nm |
Ubumsulwa | 99.99% |
Ukubukeka | Impushana emhlophe |
Iphakheji | 100g, 500g, 1kg noma njengoba kudingeka |
Izinhlelo zokusebenza ezingaba khona | Izinto ezizwela igesi, izici zikagesi, ama-catalyst, izitsha zobumba, njll |
Incazelo:
I-SnO2 isetshenziswa kabanzi sem-iconductor ezwa igesi.Inzwa yegesi yokuphikisa eyenziwe nge-SiO2 powder inokuzwela okuphezulu ezinhlobonhlobo zamagesi okunciphisa.Isetshenziswa kabanzi ekutholeni nasekukhaleni amagesi avuthayo.Inzwa yegesi evuthayo eklanywe futhi ekhiqizwa yiyo inezici zokuzwela okuphezulu, isignali enkulu yokuphuma, i-impedance ephezulu yegesi enobuthi, impilo ende kanye nezindleko eziphansi.
I-tin oxide iyisisusa esihle kakhulu nesithwali se-catalyst.Inamandla aqinile okukhipha i-oxidize ngokugcwele futhi inomthelela omuhle ekufakweni kwe-oxidation yezinto eziphilayo.Ingadala ukusabela okusekelwe ku-fumarate kanye ne-oxidation ye-CO.
I-SnO2 inokungeneka okuhle ekukhanyeni okubonakalayo, ukuzinza okuhle kwamakhemikhali esixazululweni samanzi, futhi inokuhanjiswa okuthile nezici zokubonisa imisebe ye-infrared.Ngakho-ke, isetshenziswa kumabhethri e-lithium, amaseli elanga, izibonisi zekristalu eliwuketshezi, amadivaysi e-optoelectronic, ama-Electrode e-transparent conductive, ukuvikelwa kokutholwa kwe-anti-infrared nezinye izinkambu nazo zisetshenziswa kabanzi.
Isimo Sesitoreji:
I-SnO2 Tin Oxide Nanopowder kufanele ivalwe kahle, igcinwe endaweni epholile, neyomile, igweme ukukhanya okuqondile.Isitoreji sezinga lokushisa kwegumbi SILUNGILE.
I-SEM ne-XRD :