Physics of Collisional Plasmas: Introduction to High-Frequency Discharges (Grenoble Sciences)

Book Details

• Publisher: Springer

• Author: Michel Moisan

• Language: English

• Edition: 2012 ed.

• ISBN: 9789400745575

• Pages: 480

• Cover: Hardcover

• Dimensions: 9.2 x 6.3 x 1.3 inches

• Illustrations: 100 black & white illustrations, 1 color

About The Book

Physics of Collisional Plasmas by Michel Moisan offers a comprehensive introduction to the physics of collisional plasmas, which is a crucial subject in both physics and engineering. This book is designed for graduate students and professionals in these fields who seek a deep understanding of plasma physics, particularly as it applies to collisional plasmas (not space plasmas).

The book is structured progressively, starting with fundamental concepts in plasma physics and advancing to more complex topics:

• Chapter 1 introduces basic plasma physics concepts, laying the groundwork for more advanced material.

• Chapter 2 discusses the motion of charged particles in various electric and magnetic fields, providing foundational knowledge on particle dynamics.

• Chapter 3 focuses on the collective motion of plasma particles, explained through a hydrodynamic model, offering a deeper understanding of plasma behavior as a whole.

• Chapter 4 is unique in its approach to energy balance in discharges, applicable to both direct current (DC) and high-frequency (HF) discharges, including the influence of static magnetic fields. This chapter integrates the concepts from previous chapters, offering a cohesive view of plasma energy dynamics.

The book is enhanced with approximately 100 illustrations, helping visualize complex concepts, and contains 45 fully resolved problems that allow students to apply the material to real-world scenarios. The inclusion of mathematical and physical appendices provides additional insight into key topics, making this an invaluable resource for advanced study.

Physics of Collisional Plasmas is a must-read for students and researchers looking to gain a solid grasp of plasma physics and its applications to both theoretical and practical challenges in engineering and applied physics.