Nuclear Reactor Analysis is a highly regarded textbook in the field of nuclear engineering. Written by James J. Duderstadt and Louis J. Hamilton, it is widely used by students, researchers, and professionals to gain a deep understanding of the principles of nuclear reactor physics and analysis. Here's a detailed overview:
Key Features of the Book
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Comprehensive Coverage:
The book provides an in-depth analysis of the theory, design, and operational principles of nuclear reactors. It bridges the gap between fundamental physics and engineering applications. -
Topics Covered:
It explores a wide range of topics, including:- Neutron diffusion and transport theory
- Reactor kinetics and control
- Reactor design fundamentals
- Fuel cycle analysis
- Core design and operation
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Mathematical Foundation:
The text incorporates a strong mathematical approach, making it suitable for readers with a solid background in calculus and differential equations. -
Practical Insights:
It offers real-world examples and problem-solving exercises that help readers apply theoretical knowledge to practical scenarios. -
Target Audience:
- Students pursuing nuclear engineering or related fields.
- Engineers and professionals working in nuclear power plant design, operation, or research.
- Academics seeking a reference for teaching and research.
Book Details
- Authors: James J. Duderstadt, Louis J. Hamilton
- Format: Softcover
- Original Price: $214.95
- Publisher: John Wiley & Sons
- Language: English
- Pages: ~672
Why This Book is Valuable
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Relevance:
The book is a standard in nuclear engineering education and has been used in courses worldwide. -
Clarity:
The authors' clear explanations and logical flow make complex topics easier to grasp. -
Problem-Solving Approach:
End-of-chapter problems help reinforce learning and encourage critical thinking.
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