作者:Kuznetsova、Bogdanova, Yu. V.、Polyakov、Porkhun
DOI:10.1134/s0036024424030105
日期:——
C6H5CSC(SH)(CH3)2 (1) were studied using the chemical nuclear polarization (CNP) effect, which manifests itself in the NMR spectra [1]. While pulsed and laser photolysis makes it possible to study the kinetics of the death and accumulation of intermediate products released from the solvent cell, the use of CNP enables studies of cellular processes in detail. The multiplicity of the radical pair and the
抽象的 2-甲基-1-苯基-2-硫烷基丙烷-1-硫酮 C 6 H 5 CSC(SH)(CH 3 ) 光反应机理 2 (1) 利用化学核极化 (CNP) 效应进行了研究,该效应在 NMR 谱中得到体现 [1]。虽然脉冲和激光光解可以研究溶剂细胞释放的中间产物的死亡和积累的动力学,但 CNP 的使用可以详细研究细胞过程。建立了自由基对的多重性和反应的基本行为。