Vortex Fluidic Chemical Transformations.

Vortex Fluidic Chemical Transformations.
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DOI:
10.1002/chem.201700888
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发表时间:
2017-09-27
期刊:
Chemistry (Weinheim an der Bergstrasse, Germany)
影响因子:
--
通讯作者:
Raston CL
Raston CL
中科院分区:
其他
文献类型:
--
作者:
Britton J;Stubbs KA;Weiss GA;Raston CL

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驱动动态薄膜的化学转化是一个快速发展和多样化的研究领域。动态薄膜提供了许多优点,包括大表面积,高剪切速率,快速传热传质,微混合和流体压力波。这些效应的结合提供了一种前卫的方式来进行化学反应,产生令人惊讶和不寻常的结果。涡旋流体装置(VFD)已经证明了它在加速和提高许多有机、材料和生化反应的效率方面的能力。这篇迷你评论调查了从vfd介导的处理中受益的转换,并确定了驱动基于涡流的动态薄膜有效性的概念。许多有机材料和生化转化受益于薄膜内的振动响应。在过去的几年里,一项国际合作探索了这些对几个科学学科的影响。这篇迷你评论概括了这些结果,并批判性地研究了涡流薄膜如何推动化学过程的创造性方法。
Driving chemical transformations in dynamic thin films represents a rapidly thriving and diversifying research area. Dynamic thin films provide a number of benefits including large surface areas, high shearing rates, rapid heat and mass transfer, micromixing, and fluidic pressure waves. Combinations of these effects provide an avant-garde style of conducting chemical reactions with surprising and unusual outcomes. The vortex fluidic device (VFD) has proved its capabilities in accelerating and increasing the efficiencies of numerous organic, materials and biochemical reactions. This MiniReview surveys transformations that have benefited from VFD-mediated processing, and identifies concepts driving the effectiveness of vortex-based dynamic thin films. Many organic, materials and biochemical transformations benefit from vibrational responses within thin films. Over the last few years an international collaboration has explored these effects on several scientific disciplines. This MiniReview encapsulates these outcomes and critically examines how vortexing thin films drives creative approaches to chemical processes.
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