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如何让学生直观地了解和认识有机物复杂的结构和有机反应的历程,从本质上弄清反应机理,是有机化学教学中的一个难点。尽管传统的球棍模型可以表现一些简单的分子空间结构,但对于一些复杂的有机分子结构和有机反应历程的表述却无能为力。为了弥补球棍模型的缺憾,解决有机化学教学中的这一问题,我们进行了一个有益的尝试,即利用 Gauss-view 所作的教学课件来处理这一问题。一、Gaussview 软件简介Gaussview 软件是 Gaussian98软件的一个附带软件,Gaussian98软件是目前国际上公认最为优秀的化学计算软件,由于其强大的功能和广泛的应用,它的主要设计者著名理论化学家 J.A.Pople 获得了1998年的诺贝尔化学奖。Gaussview 软件作为 Gaussian98软件的一个附带软件,主要作用是可以很方便并精确地作出各种原子、分子及过渡态的空间结构,使研究人员对研究对
How to make students intuitively understand and understand the complex structure of organic matter and the course of organic reaction, to clarify the reaction mechanism in essence is a difficult point in organic chemistry teaching. Although traditional ball-and-stick models can represent some simple molecular-spatially-structured structures, they are powerless to describe complex organic molecular structures and organic reaction histories. In order to make up for the shortcomings of the stick model and to solve this problem in organic chemistry teaching, we made a useful attempt to deal with this problem by making use of Gauss-view instructional courseware. A, Gaussview software profile Gaussview software is a subsidiary of Gaussian98 software, Gaussian98 software is currently recognized internationally as the most outstanding chemical calculation software, due to its powerful features and wide range of applications, its main designer famous theoretical chemist JAPople Won the Nobel Prize in Chemistry in 1998. Gaussview software as a subsidiary of Gaussian98 software, the main role is to be able to easily and accurately make a variety of atomic, molecular and transitional state space structure, so that researchers on the research