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Heterocat, homocat and biocat What does better flow?

机译:杂种猫,同种猫和生物猫有什么更好的流动方式?

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Flow chemistry meanwhile has become almost regular branch of (synthetic) chemistry. Catalytic microreactors have also caught some attention; most prominently for small auxiliary power units driven by fuel processing. Under this umbrella, a kind of flow catalysis has emerged. Point is now is this "just" catalysis in flow or does the term justify - likewise Flow Chemistry - an own consideration? This sheds light in more general terms on the question how to treat the term Flow Catalysis emerging "interdisciplines" in a time having "Technology Convergence" as a megatrend. Who is responsible for nanotechnology and who might be for flow catalysis (e.g. for the teaching curriculum)? Moreover, the question is approach if flow will impact the balance within the trinity of heterogeneous-, homogeneous- and biocatalysts.
机译:同时,流动化学几乎已经成为(合成)化学的常规分支。催化微反应器也引起了关注。最突出的是由燃料处理驱动的小型辅助动力装置。在这种保护伞下,出现了一种流动催化。现在要指出的是,这种“公正”的流动催化作用还是该术语是合理的?这在一个以“技术融合”为大趋势的时代,为如何处理术语“流催化”中出现的“跨学科”提供了更笼统的解释。谁负责纳米技术,谁可能负责流催化(例如,教学课程)?而且,问题在于流动是否会影响异质,均质和生物催化剂三位一体内的平衡。

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