Principle of explosion prevention

Author: Wang Haifu
Publisher:
Publish Date: 2004-09-01
Features: This book is written to meet the teaching needs of postgraduate students in safety technology and engineering at universities. It is structured into two main parts: Explosion Theory and Explosion Proof Technology, comprising 14 chapters. It outlines the classification, conditions, and basic principles and measures of explosion-proof technology in industrial explosion accidents; fundamental theories such as the mechanisms, characteristics, parameters, and testing methods of dust, gas, pyrotechnic, and vapor explosions; preventive technical principles and measures including flammable gas concentration control, ignition source control, static and lightning protection; as well as protective technical principles and measures such as inerting explosion-proof, explosion suppression, explosion isolation, and explosion venting. It also introduces the principles of electrical explosion-proof technology. This book is suitable as a textbook for postgraduate degree courses in safety technology and engineering at universities, can also be used as a compulsory course textbook for undergraduate students in related fields, and can be used as a self-study reference for researchers, engineering technicians, and management personnel in the field of explosion and safety technology. The book is structured into two main parts: Explosion Theory and Explosion Proof Technology, comprising 14 chapters. In terms of explosion theory, it mainly introduces the mechanisms, explosion characteristics, explosion parameters, and related testing methods of flammable gases, flammable dust, pyrotechnics, and vapors. In terms of explosion-proof technology, it focuses on the principles and measures of flammable gas concentration control, ignition source control, static prevention, lightning protection, inerting explosion-proof, explosion suppression, explosion isolation, explosion venting, and basic electrical explosion-proof technology. This book is suitable as a textbook for postgraduate degree courses in safety technology and engineering at universities, can also be used as a compulsory course textbook for undergraduate students in related fields, and can be used as a self-study reference for researchers, engineering technicians, and management personnel in the field of explosion and safety technology.