The book "Using atomic emission spectrometry with inductively-linked plasma to study the separation processes of chemical elements" is a unique publication that represents a valuable resource for specialists in the field of analytical chemistry, materials science and ecology. The team of authors gathered to create this work includes leading experts who share their knowledge and experience in the application of atomic emission spectrometry (NEC) with inductively bound plasma (ISP) for the analysis of chemical elements .. The book covers a wide range of topics related to the use of nuclear power plants with ISPs, ranging from the basics of theory to the practical aspects of the application of this technology in various fields. Readers will be able to learn about the principles of the spectrometer, the features of its configuration and calibration, as well as the methods of preparing samples. Particular attention is paid to the processes of separation of chemical elements, which makes this book an indispensable tool for those who are engaged in the analysis of complex mixtures and the study of interactions between various components. This work will be of interest to both undergraduate and graduate students studying chemistry and related disciplines, and practitioners working in laboratories and scientific institutions. If you are passionate about analytical chemistry, want to deepen your knowledge of modern methods of analysis or are looking for new approaches to solving complex problems, this book will be a real discovery for you. It will also be useful to researchers working in the field of ecology, geochemistry and materials science, where accurate analysis of the composition of substances plays a key role. One of the main topics of the book is the use of nuclear power plants with ISPs to study the separation processes of chemical elements in various matrices. The authors consider in detail how this technique allows to achieve high sensitivity and selectivity, which is especially important in the analysis of trace concentrations of elements. Readers will be able to get acquainted with examples of successful application of this technology in various fields, such as metallurgy, pharmaceuticals and ecology, which emphasizes the universality and significance of the method. The style of the authors is distinguished by clarity and accessibility, which makes the material understandable even for those who are just beginning to get acquainted with this topic. Each chapter contains illustrative illustrations, tables and diagrams that help to better assimilate the material presented. The book also includes an extensive list of literature, which allows readers to delve into the study of the topic and find additional sources of information. If you are looking for books similar in genre, pay attention to works devoted to analytical chemistry and spectroscopy. For example, “Modern methods of analysis in chemistry” or “Spectroscopy: principles and applications” can complement your knowledge and expand your horizons. In conclusion, "The use of atomic emission spectrometry with inductively-related plasma to study the separation processes of chemical elements" is not just a textbook, but a real find for anyone who seeks a deep understanding of analytical chemistry. Due to its content and style, the book will become a reliable companion on the way to new scientific discoveries and practical achievements. Do not miss the opportunity to enrich your knowledge and skills by immersing yourself in the world of atomic emission spectrometry!