催化剂研究方法講座从1980年第四期的“催化剂宏观物性測定”(第一章)到1982年第一期的“穆斯堡尔譜学及其在催化研究中的应用”,前后共計十四講,介紹了研究实用催化剂各种現代方法的原理、装置、設备、实驗方法和应用实例,以期能有助于广大讀者很好地运用这些方法,对有工业价值的催化剂作深入全面的了解,从而为这些催化剂的开发、改进、革新、提高提供科学依据。在催化剂制备方面,前几年一个經常提出宋的问題是:催化剂制备究竟是技艺,还是科学。对这个問題,如果說对各类催化剂中的大多数来說,近年来在不同程度上已处于从技艺到科学的过渡中,应該說不是言过其实。1976年在瑞士举行的“多相催化作用的物理基础”討論会着重于从原子层次、从理論上来 Lectures on Catalyst Research Methods From the “macroscopic determination of catalyst properties” (Chapter 1) in the fourth issue of 1980 to the first Mossbauer spectroscopy in 1982 and its application in catalysis, a total of fourteen , Introduced the principle, apparatus, equipment, experimental methods and application examples of various modern methods for practical catalysts, in order to help readers to make good use of these methods to make in-depth and comprehensive understanding of catalysts with industrial value , So as to provide a scientific basis for the development, improvement, innovation and improvement of these catalysts. In the field of catalyst preparation, one of the most frequently asked questions in previous years was whether the catalyst preparation was artistry or science. To this question, it should not be overemphasized that most of the various types of catalysts, to varying degrees, have been in a transition from art to science in recent years. The workshop “The Physical Basis of Heterogeneous Catalysis”, held in Switzerland in 1976, focused on the theory from the atomic level