Experimental determination of the coefficient of thermal conductivity of a solid . Methodical instructions for laboratory work on dis" is a unique work created by a team of authors, which will become an indispensable assistant for students, graduate students and teachers engaged in the study of physics and materials science. This book provides not only a theoretical justification, but also practical recommendations that will help the reader to better understand the complex processes occurring in solids during heat transfer. The main purpose of the book is to give the reader a clear idea of the methods for determining the coefficient of thermal conductivity, which plays a key role in various fields of science and technology, from construction to electronics. It describes in detail laboratory experiments that will help to master the practical skills of working with modern equipment and measurement methods. The reader will be able not only to get acquainted with the basic principles of thermal conductivity, but also to receive valuable advice on performing laboratory work, which is especially important for students of technical specialties. The book will be of interest primarily to students and teachers studying physics, chemistry, engineering and related disciplines. It is suitable for both beginners and more experienced readers who want to refresh their knowledge or delve into the topic. If you are interested in thermodynamics, solid-state physics, or just want to expand your horizons in experimental science, this edition will be a real find for you. The topics raised in the book cover a wide range of issues related to thermal conductivity, including heat transfer theory, experimental research methods, and data analysis. The authors share their experience and knowledge, which allows the reader not only to master the method of conducting experiments, but also to understand how the results can be applied in real life. The book also touches on aspects relating to the influence of various factors on the thermal conductivity of materials, making it particularly relevant to engineers and researchers. The style of the authors is distinguished by clarity and accessibility, which makes it easy to assimilate even the most complex concepts. The book is written taking into account modern educational standards and includes many illustrations, tables and diagrams that make the material more visual and understandable. The team of authors consists of experienced specialists who are actively engaged in scientific activities and have many publications in the field of physics and materials science. If you are interested in books such as Thermal Conductivity of Materials or Solid State Physics, then Experimental Determination of the Thermal Conductivity Ratio of a Solid State will be an excellent addition to your library. It will not only enrich your knowledge, but also inspire new experiments and research. Thus, this edition is not just guidelines, but a whole guide to the world of thermal conduction, which will help you not only to successfully perform laboratory work, but also to better understand the physical processes occurring in the world around us. Do not miss the opportunity to expand your knowledge and skills - the book "Experimental determination of the coefficient of thermal conductivity of a solid body" is waiting for you!