Methods of physical and chemical studies of metallurgical systems and processes . Methodical instructions for laboratory work" is a unique manual created by the team of authors, which will become an indispensable assistant for students, graduate students and specialists in the field of metallurgy and materials science. This publication not only highlights the theoretical foundations, but also offers practical recommendations for conducting laboratory research, making it an ideal choice for those seeking to deepen their knowledge and skills in this challenging and interesting field. The book covers a wide range of physicochemical research methods used in metallurgy. The reader will be able to learn about modern approaches to the analysis of metallurgical processes, such as melting, crystallization and thermodynamics, as well as how these processes affect the properties of finite materials. It is important to note that the authors pay special attention to practical aspects, which allows readers not only to learn the theory, but also to apply the knowledge gained in practice. This makes the book especially useful for students and young professionals who are just beginning their journey in metallurgical science. Who can like this publication? First of all, it will be interesting for students of technical universities studying in specialties related to metallurgy, materials science and chemistry . The book will also be useful to graduate students and young scientists working in the field of research and development of new materials. Specialists involved in the practical aspects of metallurgical processes will find here many useful recommendations and techniques that will help them in their daily work. The topics raised in the book cover the most important aspects of metallurgy, such as the thermodynamics of metallurgical processes, the kinetics of reactions and the influence of various factors on the properties of metals and alloys. These questions are fundamental for understanding the processes taking place in metallurgical systems, and their study allows not only to deepen theoretical knowledge, but also to develop the practical skills necessary for successful work in this field. The book also emphasizes the importance of experimental research and its role in the development of metallurgical science, which makes it particularly relevant in the light of current trends in the field of materials science. The style of the authors is distinguished by the clarity and accessibility of the presentation, which makes it easy to digest even the most complex topics. They use many illustrations and tables, which makes the material more clear and understandable. This is especially important for students who may face difficulties in understanding the theoretical aspects. The book also includes examples of laboratory work, which allows readers not only to get acquainted with the theory, but also to gain practical experience. If you are looking for literature that will help you understand the complex issues of metallurgy and physicochemical research, then “Methods of physicochemical research of metallurgical systems and processes” will be a real find for you. This publication will not only expand your knowledge, but also inspire new research and experiments in the field of metallurgy. Do not miss the opportunity to take a step towards professional growth and deepening your knowledge in this fascinating and important field of science.