The Radiation Quality of Building Materials . Assessment of the radiation quality of mineral raw materials and traditional building materials" is a unique study that touches on important aspects of safety and ecology in the construction industry. In the modern world, where environmental and human health issues are becoming more relevant, this publication is an indispensable resource for specialists, students and anyone interested in radiation safety and quality of building materials. The authors, representing a team of experts in the field of radiation safety, ecology and materials science, offer readers an in-depth analysis of the radiation background, which can have an impact on human health. The book covers a wide range of topics, ranging from assessing the radiation quality of mineral raw materials to practical recommendations for the selection of safe building materials. This makes it particularly valuable for architects, builders, environmentalists and anyone working in the construction and design industries. One of the key topics of the book is the evaluation of the radiation quality of mineral raw materials used in construction. The authors consider in detail the methods of measuring the radiation background, as well as the influence of various factors on the level of radiation in building materials. The reader will be able to learn how to correctly assess the risks associated with the use of certain materials, and what standards exist in this area. This is especially important for those who seek to create safe and environmentally friendly buildings that meet modern requirements. The book will be of interest not only to professional builders and architects, but also to students studying architecture, construction technologies and ecology. It can also attract the attention of a wide audience interested in health and safety issues in everyday life. In the face of growing concerns about radiation pollution and its health effects, this publication is becoming an important source of information to enable readers to make informed decisions. The style of the authors is distinguished by scientific rigor, but at the same time the availability of the presentation. They skillfully balance between theory and practice, making the material easily digestible and applicable in real-world conditions. The book includes many examples, graphs and illustrations, which helps to better understand complex concepts and methods for assessing radiation quality. In addition, "Radiation quality of building materials" can serve as a reference point for further research in the field of radiation safety. The authors raise important questions about the need to develop new standards and methods that will help minimize the risks associated with the use of building materials and protect human health. If you are looking for literature that will help you understand the issues of radiation safety, as well as give practical advice on the choice of safe building materials, then this book will be an excellent choice. It will not only expand your knowledge, but also help you become a more responsible and knowledgeable specialist in your field. Thus, "Radiation quality of building materials. Assessment of the radiation quality of mineral raw materials and traditional building materials” is an important and relevant publication that is worth reading to anyone interested in safety in construction and ecology. Do not miss the opportunity to deepen your knowledge and contribute to creating a safe and healthy future!