The book "Theoretical and practical foundations of thermophysical measurements", created by the team of authors, is an indispensable source of knowledge for those who seek to better understand the principles and methods of measuring thermophysical parameters. This publication is a true guide to the complex but fascinating world of thermal physics, combining the theoretical foundations and practical skills necessary to conduct accurate and reliable measurements in various fields of science and technology. The focus of this book is on determining the thermal characteristics of substances and materials, methods for measuring temperature, heat flow, heat capacity, thermal conductivity and other key parameters. The authors masterfully reveal complex concepts, making them available to a wide range of readers - from students of technical universities and research engineers to specialists working in the field of energy, materials science and heat engineering. Particular attention is paid to practical aspects: modern devices and methods, their advantages and limitations, as well as recommendations for choosing optimal solutions for specific tasks are described. This book is ideal for those who are looking not only for a theoretical basis, but also for practical measurement skills. It will be useful to students studying thermal physics, graduate students and teachers, as well as test engineers, designers and quality control specialists. The reader will find answers to questions related to the accuracy of measurements, calibration of instruments and interpretation of the data obtained, which makes the book a valuable tool for improving professional competence. The topics raised in "Theoretical and practical foundations of thermophysical measurements" cover a wide range of issues: from the fundamental laws of thermal physics to modern methods of measuring thermal parameters. A special place is occupied by the discussion of new technologies and equipment, such as infrared cameras, thermocouples, thermal imagers and other modern diagnostic tools. The authors not only explain the principles of their work, but also share practical recommendations for their use in real conditions, which makes the book especially valuable for specialists facing the need for accurate measurements in difficult conditions. The style of presentation is characterized by clarity and logical consistency, which makes it easy to digest even the most complex topics. The author’s team, known for its scientific publications and practical experience, created a book that combines scientific rigor and practical utility. It traces the desire to make thermophysical measurements not only understandable, but also as accessible as possible to a wide range of readers, which makes it an excellent textbook and reference. If you are looking for a book that will help you not only understand the theory of thermal physics, but also master modern measurement methods, “Theoretical and practical foundations of thermal physics measurements” is exactly what you need. This edition will open up new horizons in the field of heat engineering, teach you how to choose the right equipment and interpret the results, which is especially important for professionals seeking accuracy and efficiency in their work. In today's world, where thermophysical parameters play a key role in energy, materials science and engineering solutions, this book becomes an indispensable assistant for those who want to keep up with the times and reach new heights in their professional activities.