Short description Written by the leading CERN expert on the topic and adopting a practical approach, this volume fills the gap for a concise, one-stop monograph and reference. Covering everything from mathematical theory and optimization to electromagnetic design.
From the contents Magnets for Accelerators Algebraic Structures and Vector Fields Classical Vector Analysis Maxwell's Equations and Boundary Value Problems Fields and Potentials of Line Currents Field Harmonics Iron-Dominated Magnets Coil-Dominated Magnets Complex Analysis Methods for Magnet Design Field Diffusion Elementary Beam Optics and Field Requirements Reference Frames and Magnet Polarities Finite-Element Formulations Discretization Coupling of Boundary and Finite Elements Superconductor Magnetization Interstrand Coupling Currents Quench Simulation Differential Geometry Applied to Coil-End Design Mathematical Optimization Techniques Material Property Data for Quench Simulations
