Ultrafine Submicro 99.99% Azurfa Metal Foda don amfani da kai
| MF | Girman Barbashi (SEM) | Girman Girma (g/ml) | Matsa yawa (g/ml) | SSA(BET)m2/g | Ilimin Halitta | Bayanan kula |
|
Ag
|
200nm, 500nm, 800nm
| 0.50-2.00 | 1.50-5.00 | 0.50-2.50 | Siffar | Keɓance akwai |
|
COA Bi<=0.008% Cu<=0.003% Fe<=0.001% Pb<=0.001%Sb=0.001% Se<=0.005% Te<=0.005% Pd<=0.001%
| ||||||
Conductive Composites
Nanoparticles na azurfa suna gudanar da wutar lantarki kuma ana iya rarraba su cikin sauƙi a kowane adadin sauran kayan.Ƙara nanoparticles na azurfa zuwa kayan kamar pastes, epoxies, tawada, robobi, da sauran abubuwan haɗin gwiwa daban-daban suna haɓaka ƙarfin lantarki da yanayin zafi.
1. Manna azurfa mai tsayi (manne):
Manna (manne) don na'urorin lantarki na ciki da na waje na sassan guntu;
Manna (manne) don kauri fim hadedde kewaye;
Manna (manne) don lantarki mai amfani da hasken rana;
Gudun azurfa manna don LED guntu.
2. Rufe Mai Guda
Tace tare da babban matsayi;
Porcelain tube capacitor tare da rufin azurfa
Low zazzabi sintering conductive manna;
Dielectric manna
Jagoran ci gaba na gaba na kasuwar kwayar hasken rana:
Yafi amfani da fasahar siliki ta bakin lu'u-lu'u da fasahar PERC.
Honwu ta sub-micron azurfa foda --- ta hanyar sarrafa barbashi size, da slurry a cikin sintering tsari za a iya da sauri cika a cikin baƙar fata tazarar silicon, sabõda haka, ya fi sauƙi don samar da mai kyau lamba.
A lokaci guda, saboda rage girman barbashi, zazzabi mai narkewar azurfa a cikin tsarin yanayin perc na haɓaka tsarin zafin jiki na ɓarna.
Nanoparticles na Azurfa suna da kyakkyawan aiki mai kuzari kuma ana iya amfani da su azaman masu kara kuzari don halayen da yawa.Ag/ZnO composite nanoparticles an shirya su ta hanyar photoreduction ajiya na karafa masu daraja.An yi amfani da iskar oxygen na photocatalytic na gas lokaci n-heptane a matsayin samfurin samfurin don nazarin tasirin aikin photocatalytic na samfurori da adadin adadin ƙarfe mai daraja akan aikin catalytic.Sakamakon ya nuna cewa saka Ag a cikin nanoparticles na ZnO na iya inganta aikin photocatalyst sosai.
Rage p - nitrobenzoic acid tare da nanoparticles na azurfa a matsayin mai kara kuzari.Sakamakon ya nuna cewa raguwar digiri na p-nitrobenzoic acid tare da nano-azurfa a matsayin mai kara kuzari ya fi girma fiye da haka ba tare da nano-azurfa ba.Kuma, tare da karuwar adadin nano-azurfa, da sauri da amsawa, mafi cikakken amsawa.Ethylene oxidation mai kara kuzari, mai tallafi na azurfa don ƙwayar mai.
