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Design of photocatalytic reactors made easy by considering the photons as immaterial reactants

机译:通过将光子视为非物质反应物,简化了光催化反应器的设计

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摘要

While it is quite obvious that photons have an essential role in photochemical and photocatalytic processes, it is not simple to analyse the radiation process. A simple approach is presented on the assumption that photons can be treated as immaterial reactants. It is then possible to evaluate the radiation process in terms of parameters such as conversion, selectivity and yield, which are common in the conventional reaction engineering, and of an additional parameter, a volume efficiency factor, which accounts for the exploitation of the reaction volume as the result of the inevitable attenuation of the radiation in the transport through the participating medium. Attention has also been focused on the validation of kinetic data when, as it is usually done, they are interpreted in terms of volume averages. Finally, guidelines have been prepared to support preliminary phases of analysis and/or design of a photocatalytic reactor.
机译:尽管很明显光子在光化学和光催化过程中起着至关重要的作用,但分析辐射过程并不简单。一种简单的方法是假设光子可以被视为非物质反应物。然后可以根据常规反应工程中常见的参数(例如转化率,选择性和收率)以及其他参数(体积效率因子)评估辐射过程,该参数考虑了反应体积的利用由于通过参与介质的传输过程中不可避免的辐射衰减的结果。当通常按照体积平均值来解释动力学数据时,也将注意力集中在动力学数据的验证上。最后,已经准备了指导方针以支持光催化反应器的分析和/或设计的初步阶段。

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