The study of the catalytic decomposition of cyclohexenyl hydroperoxide shows that the reaction occurs by a free-radical process which can be described by a monoelectronic Haber-Weiss mechanism involving rhodium(I), rhodium(II) and rhodium(III) species. The validity of the proposed mechanism was tested by simulating it on a digital computer and comparing the observed and calculated rate constants. Good
环己烯基
过氧化氢催化分解的研究表明,该反应是通过自由基过程发生的,自由基过程可以用涉及
铑(I),
铑(II)和
铑(III)物种的单电子Haber-Weiss机理来描述。通过在数字计算机上模拟提出的机制并比较观察到的和计算出的速率常数,测试了所提出机制的有效性。还证实了从分解研究获得的动力学结果与先前进行的自氧化研究之间的良好一致性。