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一九八○年我们在中国化学会理事会上,提出应当重视杂环化学研究的倡议以来,得到了各方面的响应与支持。杂环化学是研究杂环化合物的制备、性质,分子结构及其应用的一门学科,目前看来,除常见的五、六元杂环外,三、四元小环与七元以上的大环化合物的研究也日趋活跃。杂原子的种类也已由初期的O、S、N扩展到锌、汞、硼、铝、硅、锡、锑、砷、铅、砒、硒、溴、碘、钛、锆、钨、钼、铬等。它的种类繁多,涉及了国民经济的各个领域。自本世纪初,杂环化学的发展极为迅速。在30年代它们的数目已占当时已知有机
In 1980, at the council of the Chinese Chemical Society, we came up with various responses and support since the proposal of attaching importance to heterocyclic chemistry research. Heterocyclic chemistry is a discipline to study the preparation, property, molecular structure and application of heterocyclic compounds. At present, in addition to the common five and six-membered heterocyclic rings, the three- and four-membered ring and the large Cyclic compounds are also increasingly active. Heteroatomic species have also been extended from the initial O, S, N to zinc, mercury, boron, aluminum, silicon, tin, antimony, arsenic, lead, Chromium and so on. It is a wide variety and covers all areas of the national economy. Since the beginning of this century, the development of heterocyclic chemistry has been extremely rapid. In the 1930s their numbers were already known to be organic at the time