Nuclear Science and Technology – serie

This book provides an in-depth exploration of advanced testing and analysis techniques applied to the mechanical properties of graphite structures utilized within nuclear reactors. It focuses particularly on the utilization of photogrammetric methodologies, such as digital image correlation, to assess the mechanical properties of both nuclear graphite and intricate graphite structures. The study encompasses a range of properties including elastic parameters, strength criteria, damage evolution laws, fracture toughness, and the contact strength and collision properties of nuclear graphite structures. This resource is tailored for structural designers and engineers working in the nuclear engineering sector, as well as undergraduate and graduate students pursuing studies in affiliated disciplines at academic institutions.

This book is a comprehensive overview, covering fundamentals, applications, and development of nuclear technology as well as the history, principles, policy, and practice of nuclear safety. It begins with the background and significance of the subject and conducts in-depth discussion into these sub-topics through nine chapters.The dissemination of nuclear knowledge and the assurance of nuclear safety rely on highly qualified personnel in nuclear facilities and well-designed education. This book is useful for a broad audience, including practitioners in nuclear-related industries such as nuclear construction, agriculture, and medicine, as well as researchers, engineers, and operators familiar with nuclear technology. Additionally, it can serve as a textbook for college students and professionals, a reference for operational and managerial staff at nuclear facilities, and a resource for engineers and technicians in other related fields.

This book highlights a comprehensive introduction to key nuclear power equipment and discusses their development history, current status and prospects. The steam generator, the pressurizer and the condenser are key equipment on which the safety, reliable and economical operation of a nuclear power plant depends. This book provides a detailed introduction to their working principle, structure design, thermo-hydraulics calculation, operation characteristics, etc. The book serves as a valuable reference text for all students and academic researchers in the fields of nuclear engineering.

This book provides a systematic and comprehensive introduction to the principles and applications of nuclear radiation measurement. It covers the fundamentals of atoms and nuclei, the decay laws of nuclides, the generation mechanisms of common radioactive rays, detection principles, and measurement devices. Furthermore, it explores the basic modes of interaction with matter, the relationship between measurement data and material properties, and essential governing equations. In-depth discussions are conducted on key topics including the fundamentals of nuclear radiation, particle-matter interaction, statistics and error analysis in measurement, and specific detection methods for alpha, beta, and gamma rays, as well as neutrons. The book also addresses radiation protection and dosimetry. Developed from teaching materials used for over a decade in the nuclear science and technology departments of more than ten universities, this text is practical and aligns with the latest developments and future trends in the field. It serves as a valuable textbook and reference for classroom teaching, self-study, and research by students, scientists, and technical personnel in nuclear science and related disciplines.

This book highlights the advances in the technology , instrumentation , method developments , and applications of Accelerator Mass Spectrometry ( AMS ). It systematically introduces the principles and structure of AMS . The authors put emphasis on the new techniques and measurement methods of AMS , with detailed descriptions of its applications in the fields of nuclear science , archaeology , geoscience , biomedicine , and environmental science . The advances made by global researchers are mainly in three directions: (1) the miniaturization of AMS instruments; (2) inventions based on new technology and new theories , such as superionization AMS and MS; (3) new methods and applications , including measurements of noble gases 85Kr,133Xe, and 39Ar using superionization AMS , dating of human history with 41Ca, increasing 14C dating from 40 ky to more than 60 ky , and measurements with such important dating nuclides as 40K-40Ca-40Ar,87Ru-87Sr, and 187Re-187Os in geology and archeology. The book is not only a good reference for technicians of MS and accelerators but also a helpful information source on how to use AMS for researchers and graduate students in their research and work in geology, archeology, environmental science, nuclear science, materials science , and biomedicine.

This book highlights the thermodynamics analysis methods for thermal systems in PWR nuclear power plants, encompassing both thermal balance and exergy analysis techniques.The energy conversion efficiency in nuclear power plants has significant impact on their economy viability and market competitiveness. By examining the size, location and sources of energy loss within the thermal system of nuclear power plants, we can inform the design and operation to effectively enhance operational efficiency.This book presents an overview of the thermal cycles utilized by various types of nuclear power plants, encompassing both Rankine and Brayton cycles. Additionally, it elucidates the primary factors that impact the thermal efficiency of these cycles, as well as the thermal balance method predicated on the first law of thermodynamics and exergy analysis method based on the second law. The rationality and effectiveness of energy utilization in the process of energy transmission and conversion in PWR nuclear power plant thermal systems are identified based on the results of thermal balance calculation and exergy analysis. Additionally, measures to enhance the energy utilization level of nuclear power plants are proposed.This book is suitable for graduate students of nuclear energy science and engineering and senior undergraduates of nuclear engineering and nuclear technology and thermal energy engineering. It can also be used as a reference for technical personnel working in nuclear power plants.The English translation of this book, originally in Chinese, was facilitated by artificial intelligence. The content was later revised by the author for accuracy.

This book offers a comprehensive description of the issues at the boundary between the use of nuclear power and society. Highlighting critical social topics such as economic liberalization, risk communication, radioactive waste, accountability, and non-proliferation, it provides an in-depth exploration of the multifaceted relationship between nuclear technology and societal impacts.The book covers a wide range of topics including the intersection of nuclear technology with economics, engineering, environmental studies, and law. Readers delve into the lessons learned from the TEPCO Fukushima accident, understand the complexities of risk communication, and explore the legal frameworks governing nuclear energy use. The highlighted issues at the interface between nuclear power utilization and society are meticulously organized, referring to historical information and insights from European and American government agencies and international organizations.This book is an essential read for graduate students, researchers, professors, engineers, government officials, and anyone interested in the social issues surrounding nuclear utilization. Written by an experienced professional who served as chairman of the Japan Atomic Energy Commission, it combines expert analysis with an engaging style to make complex topics accessible to a broad audience.The translation was done with the help of artificial intelligence. A subsequent human revision was done primarily in terms of content.

This book offers a comprehensive description of the issues at the boundary between the use of nuclear power and society. Highlighting critical social topics such as economic liberalization, risk communication, radioactive waste, accountability, and non-proliferation, it provides an in-depth exploration of the multifaceted relationship between nuclear technology and societal impacts.The book covers a wide range of topics including the intersection of nuclear technology with economics, engineering, environmental studies, and law. Readers delve into the lessons learned from the TEPCO Fukushima accident, understand the complexities of risk communication, and explore the legal frameworks governing nuclear energy use. The highlighted issues at the interface between nuclear power utilization and society are meticulously organized, referring to historical information and insights from European and American government agencies and international organizations.This book is an essential read for graduate students, researchers, professors, engineers, government officials, and anyone interested in the social issues surrounding nuclear utilization. Written by an experienced professional who served as chairman of the Japan Atomic Energy Commission, it combines expert analysis with an engaging style to make complex topics accessible to a broad audience.The translation was done with the help of artificial intelligence. A subsequent human revision was done primarily in terms of content.

This book highlights the fundamentals and advances in measurement science and technology applied in nuclear power engineering. Inspection of main parameters is an essential part of the operation and control of nuclear power plants. Measurement science and technology in nuclear engineering have experienced fast upgrades with the rapid advancements in computer science, sensors, lasers, and other related technologies. The book not only describes basic theories and widely used techniques but also presents novel experimental findings, newly applied techniques, and future trends that emerge with the higher and more specialized requirements of today’s nuclear power plants and other nuclear projects. The book serves as a valuable information source for scientists and a good handbook for engineers. It also contains well-arranged questions and exercises after each chapter, which makes it an excellent textbook for undergraduate and graduate students in nuclear science and technology.Additional questions and answers via app: Download the Springer Nature Flashcards app free of charge and use exclusive additional material to test your knowledge.

This book highlights the fundamentals and advances in measurement science and technology applied in nuclear power engineering. Inspection of main parameters is an essential part of the operation and control of nuclear power plants. Measurement science and technology in nuclear engineering have experienced fast upgrades with the rapid advancements in computer science, sensors, lasers, and other related technologies. The book not only describes basic theories and widely used techniques but also presents novel experimental findings, newly applied techniques, and future trends that emerge with the higher and more specialized requirements of today’s nuclear power plants and other nuclear projects. The book serves as a valuable information source for scientists and a good handbook for engineers. It also contains well-arranged questions and exercises after each chapter, which makes it an excellent textbook for undergraduate and graduate students in nuclear science and technology.Additional questions and answers via app: Download the Springer Nature Flashcards app free of charge and use exclusive additional material to test your knowledge.

This textbook highlights the fundamentals, applications and research frontiers of the civil-use non-power nuclear technology, especially the radioisotopes and radiation technology. The wide scope of applications and the active research in the subject field calls for a comprehensive textbook that not only explains the basic principles but also links the fundamentals to the various application fields. The book systematically leads students from isotope preparation, to nuclear analysis, and to the civil applications in areas such as chemical engineering, agriculture, medicine, environmental protection and materials modification. The application in the energy field is briefly introduced. The book can be used as good teaching materials for upper undergraduate and graduate students in nuclear science and technology. It is also a handy reference book for researchers and engineers in the above mentioned fields.