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Fluorous Chemistry and Technology - A Symposium Showcases Ever-Broadening Frontiers

机译:氟化学与技术-研讨会展示了不断扩展的前沿

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摘要

Only an infinitesimal fraction of publications in chemistry directly spawn new research fields. However, one good case in point is the report by I. Horváth and J. Rábai from 1994 that coined the term fluorous and provided the first example of fluorous biphasic catalysis.[1] Fluorous substances are simultaneously hydrophobic and lipophobic, and researchers quickly recognized a variety of useful applications for this phase-orthogonality, which in many cases has the additional benefit of being temperature-dependent. Indeed, biological and physical chemists had been crafting and studying fluorous materials for some time (cloaked in other nomenclature), and they found eager new partners among synthetic chemists who took up the quest for novel recyclable catalysts and reagents, tagging strategies for mixture synthesis and separations, and other objectives.
机译:化学出版物的极小部分直接产生了新的研究领域。然而,一个很好的例子就是I.Horváth和J.Rábai于1994年发表的报告,该报告创造了术语氟并提供了氟双相催化的第一个例子。[1]氟物质同时具有疏水性和疏脂性,研究人员迅速认识到了这种正交相的各种有用应用,在许多情况下,它们还具有依赖于温度的附加优点。的确,生物化学和物理化学家已经在一段时间内精心设计和研究氟材料(用其他术语掩盖了),他们在合成化学家中找到了渴望的新合作伙伴,他们寻求新颖的可回收催化剂和试剂,混合物合成和化学标记策略。分离和其他目标。

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