Abstract :
The g-2 mu lepton (muon) storage ring is a single dipole magnet that is 44 meters in circumference. The storage ring dipole field is created by three large superconducting solenoid coils. A single outer solenoid, 15.1 meters in diameter, carries 254 kA. Two inner solenoids, 13.4 meters in diameter, carry 127 kA each in opposition to the current carried by the outer solenoid. A room temperature C shaped iron yoke returns the magnetic flux and shapes the magnetic field in a 180 mm gap where the stored muon beam circulates. The gap induction will be 1.47 T. This report describes the three large superconducting solenoids, the cryogenic system needed to keep them cold, the solenoid power supply and the magnet quench protection system
Keywords :
beam handling equipment; low-temperature techniques; power supplies to apparatus; solenoids; storage rings; superconducting magnets; 1.47 T; 127 kA; 13.4 m; 15.1 m; 180 mm; 254 kA; 44 m; cryogenic system; g-2 mu lepton storage ring; g-2 mu muon storage ring; g-2 storage ring superconducting magnet system; gap induction; inner solenoids; large superconducting solenoid coils; magnet quench protection system; magnetic field shape; magnetic flux; outer solenoid; room temperature C shaped Fe yoke; single dipole magnet; solenoid power supply; storage ring dipole field; Iron; Magnetic fields; Magnetic flux; Mesons; Shape; Solenoids; Storage rings; Superconducting coils; Superconducting magnets; Temperature;
