carbanion influences the rate of its VNS reaction with 2-fluoro-4-bromonitrobenzene and changes the mechanistic scheme from thermodynamic to kinetic control. Both primary and secondary kinetic isotope effects are observed and are clearly connected with particular kinetic relations.
氯甲基
甲苯基砜碳负离子的浓度变化会影响其VNS与
2-氟-4-溴硝基苯的反应速率,并将机理从热力学更改为动力学控制。一级和二级动力学同位素效应都可以观察到,并且显然与特定的动力学关系有关。