Methane activation. Photochemical reaction of copper atoms in solid methane
作者:Geoffrey A. Ozin、Douglas F. McIntosh、Steven A. Mitchell、J. Garcia Prieto
DOI:10.1021/ja00396a054
日期:1981.3
wide-ranging chemical and technological significance. Methane chemistry, in particular, presents an important and timely challenge with ramifications for the future developments of natural gas conversion processes. A photosensitized reaction (320 nm) is reported of copper atoms in methane matrices at 12 K, which produces CuH, CH/sub 3/, CuCH/sub 3/, and H atoms by a mechanism which appears to involve the photolytic
饱和烃的活化具有广泛的化学和技术意义。尤其是甲烷化学,对天然气转化过程的未来发展产生了重大而及时的挑战。据报道,在 12 K 时,甲烷基质中的铜原子发生光敏反应 (320 nm),产生 CuH、CH/sub 3/、CuCH/sub 3/ 和 H 原子,其机制似乎涉及中间体 HCuCH/sub 3/。旨在探索这一重要光化学反应的机械细节的基质动力学实验目前正在多伦多大学的拉什米勒化学实验室进行。