Atomic emission spectrometry with inductively bound plasma . Quantitative analysis of water samples and aqueous solutions in the study "is a unique and in-depth study in the field of analytical chemistry, which will be of particular interest to specialists working in the field of ecology, water supply and water quality control. This work, created by a team of authors, immerses the reader in the world of high-precision methods of analysis, allowing to understand how modern technologies can help in solving urgent problems related to the quality of water resources. Atomic emission spectrometry with inductively bound plasma (NEC-ISP) is a method that allows to identify and quantify elements in various samples, including water and aqueous solutions. The book discusses in detail the principles of this method, its advantages and disadvantages, as well as practical aspects of application in laboratory practice. The reader will be able to learn about how to properly prepare samples, what devices to use, and how to interpret the data obtained. The book will be especially useful for undergraduate and graduate students of chemical and environmental specialties, as well as for professionals working in laboratories and research centers. If you are interested in the topics of ecology, water pollution control, as well as methods of analysis of chemical composition, then this publication will be a real find for you. It will not only expand your knowledge, but also help you to master the practical skills necessary to work with modern analytical tools. One of the key topics raised in the book is the importance of water quality control in today's world, where pollution problems are becoming increasingly urgent. The authors focus on how NPP-ISP can be used to monitor the state of water bodies, identify toxic elements and assess the impact of various factors on ecosystems. This makes the book not only a scientific work, but also an important contribution to solving environmental problems. The style of the authors is distinguished by clarity and accessibility, which allows even beginners in the field of analytical chemistry to easily assimilate complex concepts. They use many examples and illustrations, which makes the material more clear and understandable. In addition, the book presents current research and data, which allows the reader to be aware of the latest achievements in this field. If you are interested in topics such as “water analysis”, “spectrometry methods”, “environmental monitoring” or “quality of water resources”, then this publication will become an indispensable assistant in your professional activities. The book Atomic Emission Spectrometry with Inductively Linked Plasma is not just a textbook, but a whole world of opportunities for those who seek new knowledge and want to contribute to the protection of the environment. In conclusion, we can say that this publication is a real guide to the complex but fascinating world of analytical chemistry. It inspires the study and application of modern technologies to address pressing water quality issues and will certainly be a valuable resource for anyone who wants to be at the forefront of scientific research in this important field.