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High magnetic field physics, construction
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Module 12
Facility Design, Safety, and Global Context
Pulsed Magnet Facility: Electrical Hazards
Identify the primary electrical hazards in a pulsed magnet facility, including high voltage, stored energy, and arc flash potential.
Capacitor-Driven Pulsed Magnet Safety Protocols
Design a conceptual safety protocol for a capacitor-driven pulsed magnet, incorporating interlocks, emergency stops, and safe discharge procedures.
3
Catastrophic Coil Failure: Kinetic Energy and Blast Containment
Estimate the kinetic energy release from a catastrophic coil failure and describe the principles of blast containment.
4
EMI in Pulsed Magnets: Sources & Shielding
Analyze sources of electromagnetic interference (EMI) in pulsed magnet systems and describe shielding strategies for sensitive experiments.
Pulsed Magnet Lab Layout for Stray Field Mitigation
Describe key principles of facility layout for pulsed magnet labs to mitigate stray fields and ensure operational safety.
6
Facility Requirements: Power, Cooling, and Structure
Specify high-level facility requirements including electrical power capacity, cooling water systems, and structural support.
Global Pulsed Field Facilities: Capabilities & Comparisons
Compare the capabilities of major pulsed field facilities worldwide (LNCMI, NHMFL, Dresden, Wuhan) in terms of peak fields and pulse durations.
Exploring LNCMI-Toulouse: Capabilities and Focus Areas
Describe the unique experimental capabilities and scientific focus areas of the LNCMI in Toulouse.
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