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Nonlinear Dynamo Theory Is Central To Understanding The Magnetic Structures Of Planets, Stars And Galaxies. In Chapters Contributed By Some Of The Leading Scientists In The Field, This Text Explores Some Of The Recent Advances In The Field. Both Kinetic And Dynamic Approaches To The Subject Are Considered, Including Fast Dynamos, Topological Methods In Dynamo Theory, Physics Of The Solar Cycle And The Fundamentals Of Mean Field Dynamo. Advances In Nonlinear Dynamos Is Ideal For Graduate Students And Researchers In Theoretical Astrophysics And Applied Mathematics, Particularly Those Interested In Cosmic Magnetism And Related Topics, Such As Turbulence, Convection, And More General Nonlinear Physics.
This text investigates the complex mechanisms of nonlinear dynamo theory and its role in generating magnetic fields within celestial bodies. The editors, Antonio Ferriz-Mas and Manuel Nunez, compile contributions from prominent scientists to provide a comprehensive overview of current research. The book synthesizes kinetic and dynamic approaches to explain how magnetic structures form and evolve in planets, stars, and galaxies.
What You Will Find
Experts identify this collection as a specialized resource for graduate students and researchers in theoretical astrophysics. Readers frequently note the technical density of the prose, which assumes a strong background in applied mathematics and fluid dynamics.
Page Count:
400
Publication Date:
2019-01-01
Publisher:
Taylor & Francis Group
ISBN-10:
0203493133
ISBN-13:
9780203493137
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