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High magnetic field physics, construction
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Module 3
Continuous Field Magnet Systems
1
Power and Cooling for Resistive Magnets
Calculate power requirements and cooling demands for resistive DC magnets (Bitter and Polyhelix) and determine their practical field limits.
Bitter and Polyhelix Coils: Design, Current, and Cooling
Describe the design principles of Bitter and polyhelix coils, focusing on current distribution and cooling efficiency.
Type-II Superconductors: Critical Parameters
Derive the critical current density and critical field relationships for Type-II superconductors (LTS and HTS).
4
LTS Magnet Design and Field Limits
Analyze Low Temperature Superconductor (LTS) magnet designs using NbTi and Nb3Sn and calculate their field limits.
HTS Materials for High-Field Applications
Evaluate High Temperature Superconductor (HTS) materials (e.g., REBCO) and assess their advantages for high-field applications.
Hybrid Magnets: Combining Resistive and Superconducting Technologies
Describe hybrid magnet systems that combine resistive and superconducting technologies to achieve fields exceeding 40 T.
Comparing Continuous and Pulsed Field Approaches
Compare continuous vs. pulsed field approaches in terms of field strength, sample access, experimental constraints, and cost.
Previous module
Materials for High-Field Magnets
Next module
Principles of Pulsed Field Generation