A New Approach to Magnetohydrodynamic Stability: II. Σ-Stable Diffuse Pinch Configurations (Classic Reprint) - Hardcover

P. H. Sakanaka

 
9780656026548: A New Approach to Magnetohydrodynamic Stability: II. Σ-Stable Diffuse Pinch Configurations (Classic Reprint)

Synopsis

Explore how magnetohydrodynamic stability is analyzed beyond traditional methods.

This book presents a numerical study of a-stable diffuse linear pinch configurations, offering a fresh approach to predict stability in fusion-relevant plasmas.

In this work, the authors develop and apply a stability framework that avoids some pitfalls of local criteria. They focus on a-stability, derive practical conditions, and classify high-shear and low-shear configurations. The results connect theory to realistic configurations like Tokamak and B-reversed pinch, illustrating how toroidal effects and current profiles influence stability. The discussion includes numerical techniques, interpretation of growth rates, and implications for experimental confinement.
  • How a-stability differs from classical MHD stability approaches
  • How toroidal periodicity and current profiles affect stability across several configuration families
  • Numerical methods for testing stability across multiple equilibrium profiles
  • Insights into which profiles maximize stability while remaining physically realizable
Ideal for readers of plasma physics and fusion theory, this edition speaks to researchers and students seeking a rigorous yet accessible treatment of diffuse pinch stability and its practical implications for confinement design.

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