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首页> 外文期刊>European journal of organic chemistry >Integration of Flow Chemistry in Multistep Syntheses
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Integration of Flow Chemistry in Multistep Syntheses

机译:多学期合成中流动化学的整合

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Flow chemistry has become an important tool for synthetic chemists, not only in the academic, heavily research-based environment but also for industrial chemists, who are often faced with the challenge of producing compounds in large quantities. Demands and restrictions such as cost, purity, safety, and accessibility of reagents and starting materials might vary in these two different environments, but flow synthesis allows many of these issues to be addressed. I am very happy that many researchers at the forefront of flow chemistry in academia as well as in industry have contributed to this special issue on multistep flow synthesis. The Integration of Flow Chemistry in Multistep Syntheses is taking standalone flow protocols to the next level by utilizing them either in consecutive flow processes or as part of sequences with batch protocols. Either combination allows taking the highest advantage of flow processes in synthesis and even permits new synthetic strategies to be pursued.
机译:流动化学已成为合成化学家的重要工具,不仅在学术,重大研究的环境中,而且对于工业化学家而言,通常面临大量生产化合物的挑战。 试剂和起始材料的成本,纯度,安全性和可访问性等需求和限制可能会在这两个不同的环境中变化,但流量综合允许解决许多这些问题。 我很高兴在学术界的流动化学的最前沿以及工业中的许多研究人员对多级流动综合进行了贡献。 通过在连续流程或作为具有批处理协议的序列的一部分,通过使用它们来将具有独立流动协议的流动化学对一个独立的流动协议带到下一个水平。 任一组合允许采取合成流程的最高优势,甚至允许追求新的合成策略。

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