传统的物理化学正处在革命的边缘上。化学家现在可以处理实际的和高度复杂的体系了,因而现代课程应该反映出这个重大的变化。计算机正在开始改变我们的思维方式和教学方式。物理化学课程的主要目的是给出物理和化学性质的基本解释并讲授使定性概念定量化的技能。物理化学在过程的最优化方面也起重要作用。传统上,物理化学课程常采用数学分析,它通常把实际体系简化,采用理想化的零级近似。而利用计算机提供的数值分析的功 The traditional physical chemistry is on the brink of revolution. Chemists can now deal with practical and highly complex systems, and modern courses should reflect this major change. Computers are beginning to change our way of thinking and teaching. The main purpose of the physical chemistry course is to give a basic explanation of the physical and chemical properties and to teach the skills to quantify the qualitative concepts. Physical chemistry also plays an important role in the optimization of the process. Traditionally, physical chemistry courses are often used mathematical analysis, which usually simplify the actual system, using the ideal of zero-order approximation. The use of computer numerical analysis of the work