Skip to main content
grasp.study
About
Explore
Pricing
Log in
Try it for free
Back to course
👋
Welcome to a Grasp lesson
Create a free account
to keep studying and create your own study path.
High magnetic field physics, construction
·
Module 9
Advanced and Alternative Pulsed Technologies
1
Field Shaping with Compensation Coils
Describe the principles of field shaping using compensation coils (e.g., Maxwell pairs) to improve field homogeneity.
2
Designing Nulling Coils for Field Gradient Correction
Calculate the geometry and current required for a set of correction coils to null field gradients in a sample volume.
Single-Turn Coil: Field Generation and Mechanical Stress
Explain the physical principles of single-turn coil field generation and the extreme mechanical stresses involved.
4
Generating Ultra-High Fields: Implosion and Flux Compression
Describe electromagnetic implosion and explosive flux compression techniques used to generate ultra-high fields (>100 T).
Flywheels and Motor-Generators in Inductive Energy Storage
Analyze flywheel and motor-generator systems as a means of inductive energy storage for long-pulse generation.
6
SMES Principles for High-Efficiency Pulsed Power
Describe the principles of Superconducting Magnetic Energy Storage (SMES) for high-efficiency pulsed power.
Comparing Pulsed Power Systems
Compare capacitor-driven, inductive, and explosive systems in terms of peak field, pulse duration, and experimental feasibility.
LNCMI-Toulouse Pulsed Magnets: Design and Power
Describe the 10 ms and 100 ms pulsed magnet systems at LNCMI-Toulouse, including their design and power sources.
Previous module
Coil Construction, Assembly, and Diagnostics
Next module
Numerical Modeling and Design Optimization