Principles Of Plasma Physics For Engineers And Scientists by Umran S Inan (Author)

Principles of Plasma Physics for Engineers and Scientists by Umran S. Inan and Marek Gołkowski offers a thorough introduction to plasma physics, tailored for engineers and scientists who seek to understand and apply plasma concepts in various scientific and technological domains. The book breaks down the fundamental principles of plasma physics with a focus on practical applications, bridging the gap between theory and real-world engineering solutions. It covers topics ranging from the basics of charged particles, electromagnetic fields, and plasma dynamics to more advanced concepts like wave propagation, instabilities, and plasma diagnostics. Designed with clarity, this book includes detailed examples, illustrations, and problem sets, making it an accessible yet comprehensive resource for both students and professionals. It aims to equip readers with the tools needed to leverage plasma physics in areas such as aerospace, fusion energy, and electronic devices.

Key Points:

1. Fundamental Plasma Concepts: The book covers the basics of plasma physics, such as the behavior of charged particles, ionization, and interactions with electric and magnetic fields.

2. Engineering Applications: It emphasizes practical applications of plasma in fields like space propulsion, material processing, and plasma-based electronics, making it highly relevant for engineers.

3. Mathematical Modeling: The authors provide clear mathematical derivations of key plasma equations, helping readers understand the theoretical framework behind plasma dynamics.

4. Wave Propagation and Instabilities: Detailed explanations of plasma waves, oscillations, and instabilities are included to illustrate how plasmas behave under different conditions.

5. Diagnostics and Measurements: The book introduces techniques for plasma diagnostics, enabling readers to measure properties like density, temperature, and electric fields in plasma systems.

6. Problem-Solving Approach: It features numerous solved examples and problem sets, designed to reinforce understanding and develop problem-solving skills for practical applications.

7. Interdisciplinary Focus: The text is ideal for interdisciplinary studies, blending principles from physics, electrical engineering, and applied sciences.

8. Plasma in Space Science: It explores how plasma physics applies to space phenomena, including solar winds, magnetospheres, and ionospheric research, offering insights into space exploration.

9. Comprehensive Coverage: Despite its practical focus, the book thoroughly covers theoretical aspects, making it suitable for both introductory and advanced courses.

10. Accessible and Structured: Written with clarity, the book is structured to facilitate self-study, with step-by-step explanations, making complex concepts more digestible for readers new to plasma physics.

Conclusion:

Principles of Plasma Physics for Engineers and Scientists serves as a valuable guide for anyone looking to master the essentials of plasma physics, whether for academic purposes or real-world applications. By combining theory with practical insights and problem-solving techniques, Inan and Gołkowski provide a comprehensive yet approachable resource. This book is essential for engineers, physicists, and researchers eager to apply plasma principles to innovative technologies in aerospace, energy, and beyond.

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Writer                 ✤              Umran S. Inan (Author), Marek Gołkowski (Author)