introduction to nuclear engineering 4th edition pdf
Introduction to Nuclear Engineering, 4th Edition.
This book is intended for students of nuclear engineering and related fields. It provides a clear, comprehensive introduction to all aspects of the field. Topics covered include the fundamentals of radiation; properties and behavior of fission reactors; reactor calculations; instabilities and control; reactor kinetics; nuclear criticality safety; radiation shielding, dosimetry and protection; radioactive decay and radioactive sources used in industry and medicine; accelerator-driven nuclear systems (ADS); fuel cycle analysis and economics, including breeder reactors, reprocessing, plutonium recycle, fissile material production in ADSs via spallation reactions from high energy proton beams interacting with heavy nuclei such as lead or bismuth targets are discussed.
Description: This book provides a clear, comprehensive introduction to the field of nuclear engineering.
What is nuclear engineering?
Nuclear engineers research and develop the processes, instruments, and systems used to derive benefits from nuclear energy and radiation. Many of these engineers find industrial and medical uses for radioactive materials—for example, in equipment used in medical diagnosis and treatment.
About this book:
This book provides a clear, comprehensive introduction to the field of nuclear engineering. Nuclear Engineering: Theory and Technology of Commercial Nuclear Power provides the reader with a solid foundation in nuclear power engineering. The contents are well organized into six chapters covering basic concepts, properties of nuclear radiation, reactor theory, reactor systems and components, operation of commercial reactors, as well as design considerations for commercial reactors. Each chapter contains numerous illustrative examples that allow readers to learn about the essential features of key elements associated with each topic.
Extensively classroom-tested, it includes examples throughout to emphasize the practical applications of nuclear science and engineering.
Extensively classroom-tested, it includes examples throughout to emphasize the practical applications of nuclear science and engineering.
This text meets the requirements of both an undergraduate course in nuclear engineering or as a reference for professionals in the field.
The topics covered include radioactivity and radiation, nuclear reactions, fission reactors, fusion reactors, health and safety, detection and measurement of radiation, waste disposal and nuclear medicine.
This book gives an overview of nuclear power as a source of energy. The topics covered include radioactivity and radiation, nuclear reactions, fission reactors, fusion reactors, health and safety, detection and measurement of radiation, waste disposal and nuclear medicine.
The book also provides information on the market for nuclear engineering services.
It has done a good job in terms of covering all these aspects in one volume without making it too technical or academic for those who are not experts in the subject matter but have an interest or curiosity about it.
For those who want more information on some particular topic there is further reading suggested at the end which will help them find what they need from other sources among many available ones out there by experts from around world on same topic.”
The text is illustrated with many figures and problems worked in detail.
The text is illustrated with many figures and problems worked in detail. It also includes examples throughout to emphasize the practical applications of nuclear science and engineering. Extensively classroom-tested, this book provides a clear, comprehensive introduction to the field of nuclear engineering
This book is not just a collection of facts and data but an exploration of the field as a whole.
As you read this book, you will find that it is not just a collection of facts and data but an exploration of the field as a whole. This edition continues to provide a comprehensive introduction to nuclear engineering, including an explanation of how nuclear engineering works, how nuclear reactors operate, how nuclear power is generated, and how nuclear medicine works.