The Preparation of Thiophenes and Tetrahydrothiophenes

D. Wolf, K. Folkers
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引用次数: 2

Abstract

Thiophenes and tetrahydrothiophenes are discussed as separate major divisions in this chapter because there are significant differences in the general methods by which these two similar types of compounds are prepared. The general reactions that lead to the formation of thiophenes may be segregated in the following five general classifications (1) Reaction of the 1,4-difunctional compounds with sulfides; (2) reaction of unsaturated compounds with sulfides; (3) reaction of 1,2-difunctional compounds with thiodiacetic acid and esters; (4) reaction of aryl methyl ketones with sulfides; (5) miscellaneous cyclization reactions. Similarly the reactions that form tetrahydrothiophenes may be grouped into four general classifications: (1) Reaction of 1,4-difunctional compounds with sulfides; (2) Dieckmann cyclization; (3) Catalytic method; (4) miscellaneous methods. All of the above are discussed in this chapter. Keywords: thiophenes; tetrahydrothiophenes; sulfides; succinic acids; 1,4-Difunctional compounds; 1,2-Difunctional compounds; experimental procedures
噻吩和四氢噻吩的制备
噻吩和四氢噻吩在本章中作为单独的主要部门进行讨论,因为这两种类似类型的化合物的制备方法存在显着差异。导致噻吩形成的一般反应可分为以下五类:(1)1,4-双官能化合物与硫化物的反应;(2)不饱和化合物与硫化物的反应;(3) 1,2-二官能化合物与硫代二乙酸及其酯的反应;(4)芳基甲基酮与硫化物的反应;杂环化反应。类似地,形成四氢噻吩的反应可分为四大类:(1)1,4-双官能化合物与硫化物的反应;(2) Dieckmann环化;(3)催化法;(4)方法繁杂。以上这些都将在本章中讨论。关键词:噻吩;四氢噻吩;硫化物;琥珀酸;1、4-Difunctional化合物;1、2-Difunctional化合物;实验程序
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
CiteScore
4.40
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