摘要
Here,we report a large scale colloidal synthesis(CS)of Cu5FeS4(Bornite)at different temperature(493 K,533 K and 553 K)followed by spark plasma sintering for the first time.It is found that the carrier density of CS samples exhibits four orders of magnitude higher than that of samples synthesized by traditional solid states reaction methods(SS).The higher carrier density
Here, we report a large scale colloidal syn- thesis （CS） of Cu5FeS4 （Bornite） at different temperature （493 K, 533 K and 553 K） followed by spark plasma sintering for the first time. It is found that the carrier density of CS samples exhibits four orders of magnitude higher than that of samples synthesized by traditional solid states reaction methods （SS） .
出处
《功能材料信息》
2016年第2期58-58,共1页
Functional Materials Information
