'Current decay' diaporamas de présentation

Runaway electron mitigation in ITER disruptions by injection of high-Z impurities

556 views • 53 slides

Lecture 3: Quenching and a bit about hardware

Lecture 3: Quenching and a bit about hardware. the most likely cause of death for a superconducting magnet. Plan the quench process decay times and temperature rise quench protection schemes cryostats superconductor manufacture coil manufacture some superconducting accelerators.

558 views • 43 slides

Plan the quench process decay times and temperature rise propagation of the resistive zone

Lecture 5: Quenching and some other Accelerators. the most likely cause of death for a superconducting magnet. Plan the quench process decay times and temperature rise propagation of the resistive zone resistance growth and decay times quench protection schemes case study: LHC protection

505 views • 41 slides

Lecture 4: Quenching and Cryogenics

Lecture 4: Quenching and Cryogenics. Plan the quench process decay times and temperature rise propagation of the resistive zone computing resistance growth and decay times quench protection schemes. the most likely cause of death for a superconducting magnet. cryogenic fluids

579 views • 36 slides

Lecture 4: Quenching and Cryogenics

Lecture 4: Quenching and Cryogenics. Plan the quench process decay times and temperature rise propagation of the resistive zone computing resistance growth and decay times quench protection schemes. the most likely cause of death for a superconducting magnet. cryogenic fluids

564 views • 36 slides

Lecture 4: Quenching and Protection

Lecture 4: Quenching and Protection. the most likely cause of death for a superconducting magnet. Plan the quench process decay times and temperature rise propagation of the resistive zone computing resistance growth and decay times mini tutorial quench protection schemes

322 views • 31 slides

HQ test at CERN: overview and protection studies

HQ test at CERN: overview and protection studies. H. Bajas. OUTLINE. Training curve at 4.2 K and 1.9 K Ramp rate study Final test main results. OUTLINE. Training curve at 4.2 K and 1.9 K Ramp rate study Final test main results. Training curve at 4.2 K and 1.9 K. 16,216 kA 184 T/m.

256 views • 19 slides