Stability and Transport in Magnetic Confinement Systems

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This book delves into the intricate dynamics of magnetic confinement systems, focusing on the stability and transport phenomena crucial for fusion research. It covers theoretical frameworks and experimental findings, addressing key challenges in maintaining stable plasma conditions. The text explores various models and simulations that enhance understanding of transport processes, providing insights into optimizing confinement strategies. Aimed at researchers and students in plasma physics, it offers a comprehensive examination of the interplay between stability and transport in achieving efficient fusion energy.