摘要
80年代以来,不少科学家探讨了在低压下,用射频(13.56MHz)或微波(2450MHz)激发的辉光放电,将N2、H2电离、分解成N·、H·、NHx等多种自由基,在固体表面的催化或催化剂的作用下,合成NH3[1~3].但由于低压下稀薄气体的合成,只能...
A violent streamer discharge produced by ultra strong narrow pulse electric field in the whole reactor makes N 2 and H 2 ionize and dissociate to transform a large number of free atoms, ions and radicals forming a non equilibrium plasma at normal pressure. The concentration of NH 3 gas thus synthesized could reach 4884 μL/L.
出处
《应用化学》
CAS
CSCD
北大核心
1998年第5期71-73,共3页
Chinese Journal of Applied Chemistry
基金
辽宁省科学技术基金
关键词
常压
非平衡等离子体
氨合成
normal pressure,non equilibrium plasma,ammonia synthesis