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Understanding Physical Chemistry

机译:了解物理化学

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I welcome every attempt to arouse interest and enthusiasm in physical chemistry (PC) with a good textbook, because unfortunately PC lands well down the list of favorite topics of chemistry students. The subject matter is apparently too dry or difficult, because it is heavy on mathematical formulas, and the relevance of PC to other areas of chemistry is often underestimated. Dor Ben-Amotz has set himself the goal of delivering new inspiration of the physical understanding of chemical phenomena. The choice of topics covered follows the personal interest of the author. This has for example the consequence that the fundamentals of kinetics are only fleetingly covered (Chapter 10) or that processes at interfaces (for example Marcus theory, heterogeneous catalysis) are not treated at all. The working principle and construction of a laser (for example population inversion, Einstein coefficients) are as lacking as important electrochemical processes (Debye-Hiickel theory, fuel cells). This surprising discrimination of subject matter is apparent in the brief table of contents.
机译:我欢迎通过一本好教科书来激发人们对物理化学(PC)的兴趣和热情的所有尝试,因为不幸的是PC排在了化学学生最喜欢的话题之列。该主题显然过于干燥或困难,因为它对数学公式的要求很高,而且PC与其他化学领域的相关性通常被低估了。 Dor Ben-Amotz为自己设定了目标,以提供对化学现象的物理理解的新灵感。选择的主题遵循作者的个人利益。例如,这样的结果是,动力学的基本原理只是短暂地被涵盖了(第10章),或者根本没有处理界面处的过程(例如Marcus理论,非均相催化)。与重要的电化学过程(德拜-希克尔理论,燃料电池)一样,缺少激光的工作原理和结构(例如,人口反转,爱因斯坦系数)。在内容简介中,对主题的这种令人惊讶的区分是显而易见的。

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