The theory and practice of obtaining functional-gradient materials by pulsed electrophysical methods by D. In. Minko is a unique study that immerses the reader in the world of modern technology and materials science. This work will be of interest to both science and technology professionals and students seeking a deeper understanding of the processes involved in creating innovative materials. The book examines the key aspects of obtaining functional gradient materials (FGM), which play an important role in various industries, including aerospace, medical and automotive. FGMs are materials whose properties vary depending on the position in space, which allows them to combine the advantages of various components. For example, such materials can be durable on the outside and flexible on the inside, making them ideal for use in difficult environments. Minko shares not only theoretical foundations, but also practical methods that allow these concepts to be implemented. He describes in detail the pulse electrophysical techniques that are used to produce FGM, including their advantages and disadvantages. The reader will be able to learn about different approaches to creating these materials, as well as how to choose the right methods depending on the tasks assigned. This makes the book a valuable resource for engineers, researchers and students interested in new technologies. Who can like this book? First of all, it will be useful for students and graduate students of technical specialties, as well as young scientists working in the field of materials science and engineering . Specialists in the development of new technologies will also find in it many useful ideas and practical recommendations. In addition, the book may be of interest to teachers who are looking for modern materials for their courses. The topics raised in the book cover a wide range of issues related to innovation in materials science. Minko emphasizes the importance of an interdisciplinary approach, which allows combining knowledge from various fields of science to create new, more effective materials. He also discusses the environmental aspects of FGM production, which makes the book relevant in light of current sustainability trends. The author's style is clear and accessible, which allows even complex concepts to be explained in simple language. Minko uses many examples and illustrations, which makes reading not only informative, but also fascinating. His previous work has also earned recognition in the scientific community, and this book will not be an exception. It can become a desktop for anyone interested in advanced technologies and their application in real life. If you are looking for literature on , associated with functional-gradient materials , pulse electrophysical methods or modern material science , "The theory and practice of obtaining functional-gradient materials by pulsed electrophysical methods" will be a real find for you. This book will not only expand your knowledge, but also inspire new ideas and projects, opening doors to the world of high technology and innovation.