将星际化学知识引入大学基础化学教学的意义与模式

Interstellar Chemistry: The Significance and Pattern Exploration on Its Introduction into Fundamental Chemistry Education

20世纪中期兴起的星际化学推进了人类对宇宙产生与演化、生命起源和地球环境的认识。天文学与天体物理学、光谱学、基础化学等多学科的互相结合,为星际化学尤其是对星际空间中新型化合物和化学反应的认知突破起到了重要作用。创造性地提出将星际化学的探索和发现引入大学基础化学教学的方案。在分析星际化学所涉及的典型化学知识和应用实例的基础上,初步探讨了本方案的可行性。将化学与星际化学知识相结合的教学方式在拓宽学生的眼界的同时,可以有效增加课堂的趣味性。

Interstellar chemistry originated and developed from mid-twenties is promoting the mankind's exploration towards the origin and evolution of universe, origin of life, and earth environment. The interaction between astronomy and other disciplines including astrophysics, spectroscopy, and fundamental chemistry plays a critical role in human's cognition towards interstellar chemistry especially the novel compounds and chemical reactions. Yet there is no precedent throughout the world where interstellar chemistry is introduced into college chemistry curriculums, this paper can be treated as a novel exploration on the introduction of current exploration and previous discovery of interstellar chemistry. Based on the analysis towards concerning classic theories and cases of application, the feasibility of this manuscript is further briefly explored. Specifically, the introduction of intercellular chemistry into chemistry education is meant to effectively attract students? attention beside broadening their horizons. The manuscript aims to promote the development of creative interdisciplinary talents in the new century.