"Mathematical theory of combustion and explosion" is an outstanding work written by a team of authors: Yakov Zeldovich, Grigory Barenblatt, Vladimir Librovitch and Guram Mahviladze .. This book is a deep and comprehensive study of combustion and explosion processes, combining theoretical foundations and practical aspects, making it an indispensable source of knowledge for students, researchers, and specialists in physics, chemistry, and engineering. The book immerses the reader in the world of complex chemical reactions and physical phenomena associated with combustion and explosions. The authors consider not only the basic principles, but also mathematical models that help to understand how and why these processes occur. Readers will be able to learn about the different types of combustion, the mechanisms of flame propagation, and how various factors, such as temperature, pressure, and composition of substances, affect the rate and nature of combustion. Intriguing examples from real life, such as explosions at work or burning in the atmosphere, make the material more visual and accessible. This book will be interesting not only for students and graduate students studying physics and chemistry, but also for practicing engineers working in the field of safety, firefighting and materials science. It can also attract the attention of researchers engaged in the study of thermodynamics and chemical kinetics. Thanks to its scientific approach and detailed presentation, the Mathematical Theory of Combustion and Explosion will be a valuable tool for anyone who seeks to better understand the nature of these phenomena. The topics raised in the book cover a wide range of issues, from the fundamentals of thermodynamics to complex mathematical models. The authors not only explain how combustion and explosion processes occur, but also discuss their practical application in various industries, such as energy, ecology and safety. The book emphasizes the importance of mathematical modeling for predicting the behavior of combustible substances and explosive materials, which is extremely relevant in the modern world. The style of the authors is distinguished by clarity and logical presentation, which allows the reader to easily assimilate complex concepts. Zeldovich, known for his work in physics and astrophysics, brings to the book his unique view of the problems of combustion and explosion. His other well-known works, such as the General Physics Course, also demonstrate his ability to explain complex scientific ideas in accessible language. If you are looking for literature that combines theory and practice, and also seek to expand your knowledge in the field of combustion and explosion, then the Mathematical Theory of Combustion and Explosion will be a real find for you. This book will not only enrich your scientific baggage, but also help you better understand how the processes that surround us in everyday life work. Do not miss the opportunity to immerse yourself in the fascinating world of science, where mathematics and physics intersect with real phenomena, and discover new horizons of knowledge!