Ukucaciswa:
Ukufingqwa | X678 |
Ibizo | I-SNO2 tin oxide nanopowders |
Uhlobo | I-SNO2 |
Case No. | Ngo-18282-10-5-5 |
Usayizi wezinhlayiyana | I-20nm |
Ubumsulwa | 99.99% |
Ukubonakala | Umhlophe we-powder |
Isishuqulu | I-100g, 500g, 1kg noma njengoba kudingeka |
Izicelo ezingaba khona | Izinto ezibucayi igesi, izici zikagesi, ama-catalysts, ubumba, njll |
Incazelo:
I-SNO2 iyinto esetshenziswa kabanzi ye-sem-iconductor ezwayo igesi. Ukumelana ne-sensor yegesi eyenziwe nge-sio2 powder inokuzwela okuphezulu ezinhlobonhlobo zokunciphisa amagesi. Kusetshenziswa kabanzi ekutholweni nase-alamu yamagesi ahlanganayo. Inzwa yegesi evuthayo yakhelwe futhi yakhiqizwa yiyo inezimpawu zokuzwela okuphezulu, isinambiso esikhulu sokukhipha, ukukhishwa okuphezulu kugesi obunobuthi, impilo ende nezindleko eziphansi.
I-Tin Oxide iyisithwali esihle kakhulu se-catalyst ne-catalyst. Inamandla aqinile okusebenza ngokuphelele futhi inomphumela omuhle kwi-oxidation yento ephilayo. Kungakhathaza ukusabela okusekwe eFumarate kanye ne-oxidation of Co.
I-SNO2 inokuthola okuhle kokukhanya okubonakalayo, ukuqina okuhle kwamakhemikhali kusisombululo esinamanzi, futhi kunokwenza okuthile okusebenzayo nezimpawu zokubonisa imisebe ye-infrared. Ngakho-ke, isetshenziswa kumabhethri e-lithium, amaseli elanga, ukuboniswa kwe-crystal, amadivaysi e-opoleeryronic, ama-electrodent acacile, ukuvikelwa kokuthola okulwa ne-infrared kanye nezinye izinkambu nazo zisetshenziswa kabanzi
Isimo sokugcina:
AbakwaSno2 tin oxide nanopowders kufanele bavalwe kahle, zigcinwe endaweni epholile, eyomile, gwema ukukhanya okuqondile. Isitoreji sokushisa segumbi silungile.
SEM & XRD: