Carbonaceous mesophase is an excellent precursor for the production of high-performance carbon materials which have been successfully applied in high-performance composites, ultra-high power graphite electrodes and anodes of rechargeable lithium ion batteries. 碳质中间相是制备高性能炭材料制品的优质前驱体,其产品已在高性能复合材料、超高功率石墨电极和二次锂离子电池用负极材料等方面得到了成功应用。
The results indicated that ACFs based on different precursor not only could adsorb Cr(ⅵ), but also could partly reduce it into lower valent chromic ion. 结果表明:不同基体的ACF不仅可以吸附Cr(),而且能部分地将其还原至低价态的Cr()。
Plasma Enhanced Atomic Layer Deposition ( PEALD) is based on traditional ALD equipment and increase a RF function, it can make the less active precursor sources of ionization ion. It can get a faster growth rate and improve deposition efficiency. 等离子体增强原子层沉积技术(PEALD)是在传统的ALD设备基础上增加了射频产生等离子体的功能,可以使活性较低的前驱体源电离成离子,增快生长速度,提高沉积效率。