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在鉑重整条件下烴类轉化的动力学研究中,我們采用动力學的微分式来处理数据;王宗祥等采用了一个带常数b的二次反应的积分式来处理数据(下面簡称此式为經驗二次式),二者都能得到滿意的結果,有某些数据,采用經驗二次式时甚至此采用微分式所得直綫关系更好一些,因此,王宗祥认为鉑重整条件下的大部分反应,例如环己烷的各类反应,甲基环己烷,甲
In the study of the kinetics of hydrocarbon conversion under platinum reforming, we use the kinetic differential method to process the data; Wang et al. Used an integral of the quadratic reaction with a constant b to process the data (hereinafter referred to as the equation For the empirical quadratic), both of which can be satisfied with the results, some data, the use of empirical quadratic formula or even when using the resulting linear relationship is better, so Wang Zongxiang that under the conditions of platinum reforming large Partial reactions, such as the various reactions of cyclohexane, methylcyclohexane, A