|
Location
|
Name
|
DC Fields and Magnets
|
Pulsed Fields and Magnets
|
|
Australia
|
|
Sydney
|
National Magnet Laboratory
|
|
60 T − 25 ms − 400 kJ − 22 mm
|
|
Austria
|
|
Vienna
|
Austromag
|
|
40 T − 10 ms − 20 kJ − 25 mm
|
|
Belgium
|
|
Leuven
|
Pulsed Field Facility
|
|
55 T − 20 ms − 300 kJ − 18 mm
70 T − 8 ms − 260 kJ − 10 mm
|
|
China
|
|
Hefei
|
High Magnetic Field Facility
|
8 + 3 magnets:
15 T − 50 mm (resistive)
20.2 T − 32 mm (hybrid)
[26 T (hybrid)]
8 T − 54 mm (sc)
|
[45 T]
|
|
England
|
|
Bristol
|
Wills Physics Laboratory
|
20 T
|
60 T − 50 ms − 12 mm
|
|
Oxford
|
Nicholas Kurti Magnetic Field Laboratory
|
21.5 T − 40 mm (sc)
|
60 T − 10 ms − 150 kJ − 12 mm
50 T − 20 ms − 250 kJ − 20 mm
|
|
France
|
|
Grenoble
|
Grenoble High Magnetic Field Laboratory
|
7 + 15 magnets:
30 T − 50 mm (resistive)
40 T − 34 mm (hybrid)
18 T − 50 mm (sc)
|
|
|
Toulouse
|
National Laboratory of Pulsed Magnetic Fields
|
|
73 T − 10 ms − 8.5 MJ − 15 mm
61 T − 150 ms − 1.25 MJ − 11 mm
58 T − 282 ms − 3.30 MJ − 19 mm
45 T − 500 ms − 8.1 MJ − 120 mm
|
|
Germany
|
|
Berlin
|
Humboldt High Magnetic Field Center
|
|
51 T - 3.5 ms − 42 kJ − 10 mm
60 T - 8.1 ms − 400 kJ − 18 mm
|
|
Braunschweig
|
High Field Magnet Laboratory
|
4 + 1 magnets:
18 T − 32 mm (resistive)
11 T − 37 mm (sc)
|
27 T − 40 ms − 20 kJ − 12 mm
|
|
Dresden
|
High Field Laboratory
|
|
50 T − 13 ms − 450 kJ − 24 mm
40 T − 120 ms − 1,100 kJ − 24 mm
[100 T − 10 ms − MJ − 20 mm]
[70 T − 100 ms − MJ − 24 mm]
[60 T − 1,000 ms − MJ − 50 mm]
|
|
Frankfurt
|
Institute of Physics
|
|
36 T − 600 ms − 800 kJ − 22 mm
50 T − 24 ms − 390 kJ − 20 mm
|
|
Ireland
|
|
Dublin
|
Trinity College
|
|
26 T − 700 ms − 200 kJ − 26 mm
|
