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应用微分反应器可以对气固相催化反应,在无现成的反应速度方程式的情况下,通过实验测得反应速度常数和吸附(综合)常数的实验值,从而得到反应速度方程式,以供化工放大之用。一、引言本文目的在于寻求适合于学生的“微反”实验。为此要求反应、分析方法和数据处理要尽可能的简便,试剂易于得到、能在如图—2没有冷阱的玻璃仪器中完成,并能取得较好的效果。我们还注意到“微反”实验通过催化剂层的转化率增值小,对分析要求高这一
Differential reaction reactor can gas-solid catalytic reaction, in the absence of an existing reaction rate equation, the experimental determination of the reaction rate constant and the adsorption (integrated) constant experimental value, so as to obtain the reaction rate equation for chemical amplification Use. I. INTRODUCTION The purpose of this paper is to find a “micro-anti” experiment that is suitable for students. To this end, the reaction, analytical methods and data processing are to be as simple as possible. Reagents are readily available and can be performed in a glassware without a cold trap as in Figure-2 and achieve better results. We also noticed that the “micro-inverse” experiment has a small value added to the conversion of the catalyst layer, which requires a high level of analysis