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Nuclear and Particle Physics

An Introduction - 3rd Edition

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This updated and expanded edition of a well-known Physics textbook serves as an excellent introduction to the fields of nuclear and particle physics for undergraduates. It maintains the high standards of its predecessors, offering a comprehensive and accessible overview of both theoretical and experimental aspects. Covering a wide range of topics, the text emphasizes a phenomenological approach to understanding experimental data and provides equal treatment to both fields. Early chapters introduce fundamental concepts before delving into phenomenologies and experimental methods. Subsequent chapters interpret data through various models, including the standard model of particle physics and nuclear models like the liquid drop and shell models, while discussing numerous applications. The final chapters address practical applications and outstanding issues, such as extensions to the standard model, implications for particle astrophysics, advancements in medical imaging, and prospects for power production. Noteworthy features include new coverage of developments like the Higgs boson discovery and neutrino physics, practice problems with solutions, and an extensive reference list. A companion website offers additional resources, making this edition a solid foundation for advanced undergraduate courses and a valuable reference for early graduate studies.

Acquisto del libro

Nuclear and Particle Physics, Brian R. Martin, Graham Shaw

Lingua
Pubblicato
2019
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Metodi di pagamento

Titolo
Nuclear and Particle Physics
Sottotitolo
An Introduction - 3rd Edition
Lingua
Inglese
Editore
Wiley
Pubblicato
2019
Formato
In brossura
Pagine
528
ISBN10
1119344611
ISBN13
9781119344612
Serie
Descrizione
This updated and expanded edition of a well-known Physics textbook serves as an excellent introduction to the fields of nuclear and particle physics for undergraduates. It maintains the high standards of its predecessors, offering a comprehensive and accessible overview of both theoretical and experimental aspects. Covering a wide range of topics, the text emphasizes a phenomenological approach to understanding experimental data and provides equal treatment to both fields. Early chapters introduce fundamental concepts before delving into phenomenologies and experimental methods. Subsequent chapters interpret data through various models, including the standard model of particle physics and nuclear models like the liquid drop and shell models, while discussing numerous applications. The final chapters address practical applications and outstanding issues, such as extensions to the standard model, implications for particle astrophysics, advancements in medical imaging, and prospects for power production. Noteworthy features include new coverage of developments like the Higgs boson discovery and neutrino physics, practice problems with solutions, and an extensive reference list. A companion website offers additional resources, making this edition a solid foundation for advanced undergraduate courses and a valuable reference for early graduate studies.