Pulsed Magnets – Non Destructive

LNCMI Toulouse
magnet type		 Max Field full power
(T)		 Standard Field
(T)		 Magnet Bore available to cryostat
(mm)		 Pulse Duration upsweep from 0 to max
(ms)		 Pulse Duration downsweep from max to 0
(ms)		 FWHM
(ms)		 Energy at maximum field
(MJ)		 Cooling Time
(max field)
55T High Homogenity 56 54 28 55 300 87 5 1 h
60T Big Bore 60 58 28 55 300 87 5 1h15
70T Small Bore 70 68 13 32 200 55 6 1 h
80T COILIN-COILEX 80 (34+46) 78 13 90+16 1000 30 14 + 1 1h30
90T COILIN-COILEX 90 (34+56) 88 8 90+16 1000 30 14 + 1 1h30
100T TRIPLE COIL
NOT AVAILABLE 		100 (11+60+29) 98 8 90+30+10 1000 20 14+6+1 2 h
HLD Dresden
magnet type		 Max Field full power
(T)		 Standard Field
(T)		 Magnet Bore available to cryostat
(mm)		 Pulse Duration upsweep from 0 to max
(ms)		 Pulse Duration downsweep from max to 0
(ms)		 FWHM
(ms)		 Energy at maximum field
(MJ)		 Cooling Time
(max field)
A 70 70 24 34 120 80 8.6 4 h
B 65 65 24 34 120 80 8.6 2 h
C1 85 83 16 25+4 70 10 9.5 4 h
C2 95 92 12 25+4 70 10 9.5 4 h
D 65 65 20 8 10 15 1.4 1 h
E 51 51 24 13 85 25 1.4 1 h

Megagauss – Semi Destructive

LNCMI Toulouse Max Field full power
(T)		 Standard Field
(T)		 Magnet Bore available to cryostat
(mm)		 Pulse Duration upsweep from 0 to max
(ms)		 Pulse Duration downsweep from max to 0
(ms)		 FWHM
(µs)		 Energy at maximum field
(kJ)		 Time between shots
Megagauss 210 150 10
(4,5 mm @ Helium) 		2 2 4 2000 1h