Mathematical Physics For Nuclear Experiments by Andrew E. Ekpenyong (Author)

Publisher: PHYSICS

Availability: In Stock
SKU: 49519
Number of Pages: 258

Rs.615.00

Rs.995.00

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Description

n "Mathematical Physics For Nuclear Experiments," Andrew E. Ekpenyong provides a comprehensive guide that bridges the gap between theoretical mathematical physics and practical nuclear experiments. This book is tailored for physicists and researchers engaged in nuclear experiments, offering a rigorous foundation in mathematical techniques essential for understanding and interpreting experimental data. Ekpenyong, an authoritative figure in the field, combines decades of experience with a pedagogical approach, making complex mathematical concepts accessible and relevant to real-world experimental scenarios.

The text covers a wide array of topics crucial to the field of nuclear physics, including quantum mechanics, mathematical methods in physics, and computational techniques. It delves into the mathematical principles underpinning nuclear phenomena, from the basic equations governing nuclear reactions to advanced theories in particle physics. Emphasis is placed on applying mathematical rigor to experimental design, data analysis, and the development of theoretical models that explain experimental outcomes.

Key Points:

Comprehensive coverage of mathematical techniques relevant to nuclear experiments.
Practical applications of mathematical physics in experimental design and data analysis.
Clear explanations of quantum mechanics and its applications in nuclear physics.
Computational methods for simulating nuclear processes.
Theoretical models for understanding and predicting nuclear reactions.

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Writer ✤ Andrew E. Ekpenyong (Author)

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