High-frequency power supply systems of linear electron accelerators with the accumulation of microwave field energy : The textbook for students” by Boris Yurievich Bogdanovich, Vladimir Ilyich Kaminsky and Victor Alekseevich Senyukov is a unique work that immerses the reader in the complex and fascinating world of high-frequency electronics and accelerator physics. This manual will become a reference book for students, graduate students and anyone interested in modern technologies in the field of particle physics and radio engineering. The book discusses in detail the principles of operation of high-frequency power systems, which are key for the functioning of linear electron accelerators. The authors, having rich experience in scientific and teaching activities, share their knowledge, explaining complex concepts in an accessible language. The reader will be able to learn about how high-frequency fields are used for energy storage, as well as how these technologies are used in various fields of science and technology. Who can be interested in this book? First of all, it is intended for students of technical and physical specialties who want to deepen their knowledge in the field of accelerator technology and radiophysics . However, in addition to students, the manual will also be useful to practicing engineers working in related fields, as well as researchers engaged in research in the field of particle physics. If you are passionate about issues related to high-frequency technology, electronics or physics, this guide will become a real storehouse of information for you. The topics raised in the book cover a wide range of issues, ranging from the basics of high-frequency power theory to the practical aspects of the design and operation of such systems. The authors emphasize the importance of accuracy and reliability in the work of accelerators, which makes the book especially relevant in the light of modern requirements for scientific research and technological developments. Issues related to innovations in the field of energy storage and their impact on the development of accelerator technology are also considered. The style of the authors is distinguished by clarity and logical presentation, which allows the reader to easily absorb the material. They use many examples and illustrations, which makes complex technical concepts more understandable. The book is replete with diagrams and graphs that help visualize the processes described. This makes the textbook not only a theoretical but also a practical tool for future engineers and scientists. Boris Yurievich Bogdanovich, Vladimir Ilyich Kaminsky and Viktor Alekseevich Senyukov are well-known specialists in their field, and their previous works have already proven themselves as reliable sources of knowledge. Their experience and expertise in the field of physics and engineering make this manual not only relevant, but also a high-quality product of scientific thought. If you are looking for a tutorial that will help you understand the complex issues of high-frequency power and linear accelerators, then “High-frequency power systems of linear electron accelerators with the accumulation of microwave field energy” is what you need. This book will be your reliable assistant on the way to understanding the complex processes taking place in the world of high technology. Do not miss the opportunity to deepen your knowledge and expand your horizons in the field of physics and engineering!