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Solving the output concentration of computer in multiple mixed flow reactors in series — Second-order reversible reaction

机译:解决串联多个混合流反应器中计算机的输出浓度—二阶可逆反应

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On the multiple mixed flow reactors in series for second-order reversible reaction, the output concentration of evening reactor can be solved by algebra and wag of graph. However, the former needs a great deal of time and energy, and the later is not accurate enough. Furthermore, it can not be calculated by two methods when the number of mixed flow reactor tends to infinity. A new method which overcame the shortcoming of the previous methods. The names that a program is developed in C++ according to the iterative formula, which can calculate the output concentration of each reactor quickly, the result of the running program being perfectly consistent with the calculating result. Moreover, the method is convenient, quick and accurate, and that it can increase the computing efficiency. It is not only practical in the design of multiple mixed flow reactors in series but also important in the production of the chemical industry. Therefore, the method of computer programming is worth of generalization.
机译:在串联的用于二阶可逆反应的多个混合流反应器上,傍晚反应器的输出浓度可以通过代数和波动图求解。但是,前者需要大量的时间和精力,而后者则不够准确。此外,当混合流反应器的数量趋于无穷大时,不能通过两种方法来计算。一种克服了以前方法的缺点的新方法。程序名称是用C ++根据迭代公式开发的,可以快速计算每个反应器的输出浓度,运行程序的结果与计算结果完全一致。而且,该方法方便,快捷,准确,可以提高计算效率。它不仅在串联的多个混合流反应器的设计中是实用的,而且在化学工业的生产中也很重要。因此,计算机程序设计方法值得推广。

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