Opportunities in High Magnetic Field Science (2005) / Chapter Skim
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Appendix B High-Field Magnet Facilities Around the World
Appendix B High-Field Magnet Facilities Around the World
Pages 116-137
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From page 116... ...
Miura as published in the introduction to High Magnetic Fields: Science and Technology, Vol. 1, World Scientific Publishing, Co.: Singapore, 2003, which they also edited.
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From page 117... ...
18 T 50 mm (sc) Toulouse National Laboratory of 73 T 10 ms 8.5 MJ 15 mm Pulsed Magnetic Fields 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 51 T - 3.5 ms 42 kJ 10 mm Magnetic Field Center 60 T - 8.1 ms 400 kJ 18 mm Braunschweig High Field Magnet 4 + 1 magnets: 27 T 40 ms 20 kJ 12 mm Laboratory 18 T 32 mm (resistive)
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From page 118... ...
33 T 40 mm (sc) Poland Wroclaw International Laboratory 3 + 3 magnets: 47 T 35 ms 70 kJ 10 mm of High Magnetic Fields 20 T 25 mm (resistive)
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From page 119... ...
, established in 1991 at the University of New South Wales in Sydney, provides Australian scientists interested in condensed-matter physics facilities for doing cutting-edge research at high magnetic fields and low temperatures. Experiments involving electrical, optical, and far-infrared studies of low-dimensional semiconductor nanostructures, organic layered structures, and conventional and high-Tc superconductors are all possible at this facility.
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From page 120... ...
120 O PP O R T U N I T I E S I N H I G H M A G N E T I CF I E L D S C I E N C E TABLE B.2 Description of Major User Facilities Not Specifically Dedicated to the Pursuit of High Fields, Inside and Outside the United States Use and Availability of High Scope of Facility Magnetic Fields Fraction of Users Operating Experiments Experiments Facility per Year End Stations per Year Using >5T United States Synchrotron sources National Synchrotron Light 2,206 87 (94 max) 1,145 0.50% Source, Brookhaven National Laboratory Advanced Photon Source, 2,700 41 (68 max)
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From page 121... ...
AP P E N D I X B 121 Use and Availability of High Magnetic Fields Future Plans for High Magnetic Fields Field Strength How Owned Foresee for New Availability of Existing Capabilities and Maintained Greater Need Opportunities Support 15 T, vertical, 25 mm D sample By PIs; Yes. Demand 25 T, large bore, Requires 13 T, vertical, 20 mm D sample available is there, but 3-300 K sample additional 10 T, horiz., split pair, 25 mm to users instruments temperatures.
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From page 122... ...
122 O P P O R T U N I T I E S I N H I G H M A G N E T I C FI E L D S C I E N C E TABLE B.2 Continued Use and Availability of High Scope of Facility Magnetic Fields Fraction of Users Operating Experiments Experiments Facility per Year End Stations per Year Using >5T Neutron sources High Flux Isotope Reactor, 51 now; 3 now; 58 now; 10% Oak Ridge National Laboratory 750 at end 15 planned 450 predicted of upgrades Intense Pulsed Neutron Source, 229 15 370 9%, <5 T Argonne National Laboratory Spallation Neutron Source 1,000 (10 in 2008) 400 20% anticipated (now under construction)
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From page 123... ...
AP P E N D I X B 123 Use and Availability of High Magnetic Fields Future Plans for High Magnetic Fields Field Strength How Owned Foresee for New Availability of Existing Capabilities and Maintained Greater Need Opportunities Support 7 T vertical, 30 mm; 1.5-300 K Facility Substantial 15 T to start; Would require 5 T vertical, 50 mm; 1.5-300 K technicians demand from go to 20 T additional 5 T horiz., 40 mm; 1.5-300 K maintain. users when possible.
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From page 124... ...
124 O PP O R T U N I T I E S I N H I G H M A G N E T I CF I E L D S C I E N C E TABLE B.2 Continued Use and Availability of High Scope of Facility Magnetic Fields Fraction of Users Operating Experiments Experiments Facility per Year End Stations per Year Using >5T Europe and Japanb Synchrotron sources European Synchrotron 2,206 50 1,116 5-6% Research Facility, (64 possible) Grenoble, France Neutron sources Berlin Neutron Scattering 600 20 300 >25% Center (BENSC)
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From page 125... ...
AP P E N D I X B 125 Use and Availability of High Magnetic Fields Future Plans for High Magnetic Fields Field Strength How Owned Foresee for New Availability of Existing Capabilities and Maintained Greater Need Opportunities Support 7 T, 1.5 K Facility Yes, are 7 T, low temperature owned and planning for operated. 10 T magnet in 2004.
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From page 126... ...
AUSTRIA The Austromag facility at the Institute for Experimental Physics at the Vienna University of Technology is a small laboratory that was established in 1975 to develop pulsed magnetic field instrumentation. The instruments available today can generate 40 T fields in long pulses (1 s)
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From page 127... ...
CHINA The Chinese Academy of Sciences' Institute of Plasma Physics maintains a high magnetic field facility in Hefei focused on developing technologies for its tokamak fusion program, the Experimental Advanced Superconducting Tokamak. Research into the physical properties, processes, and mechanisms of condensed matter at high magnetic fields is being conducted at the institute in cooperation with scientists from the Institute of Solid State Physics and the University of Science and Technology of China.
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From page 128... ...
Along with the European Synchrotron Radiation Facility, GHMFL is developing instrumentation that will enable scientists to use x rays to study materials in high pulsed magnetic fields. Since 1992, GHMFL has been open to users from the rest of the European Union and associated states on the same basis as French and MPG users.
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From page 129... ...
in Toulouse is the European leader in long-pulse magnetic fields, offering field strengths up to 62 T and pulse durations up to 0.2 s. The three missions of the laboratory are (1)
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From page 130... ...
130 O P P O R T U N I T I E S I NH I G HM A G N E T I CF I E L DS C I E N C E 32-mm bore) with substantial power supplies; it is also equipped with a 27-T pulsed field magnet.
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From page 131... ...
Researchers at MGL study properties of matter in very high magnetic fields -- that is, at several hundred tesla. MGL offers two foreign visiting professorships.
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From page 132... ...
The lab specializes in developing nondestructive pulsed magnets that generate some of the highest magnetic fields in the world. A combination of a pulsed magnet, a Be-Cu high pressure cell, and a plastic dilution refrigerator permits research at extremely high magnetic fields, ultralow temperatures, and very high pressure.
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From page 133... ...
The in-house research program at TML includes a variety of subjects, such as magnet development for 1-GHz NMR, magnetic separation, protein crystal growth, and studies on chemical and metallurgical reactions in high fields. TML is also a base for the international standardization of superconducting materials; a Cu-Ag wire codeveloped at TML has held the world record for nondestructive pulsed magnetic field strength.
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From page 134... ...
. POLAND The International Laboratory of High Magnetic Fields and Low Temperatures (ILHMFLT)
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From page 135... ...
Efforts at the Institute since 1952 have addressed the conversion of explosion energy into magnetic energy and the use of this concept to design magnetic-cumulation or explosive-magnetic generators. The magnetic-cumulation generator is a device that can produce magnetic fields as high as 1,000 T in an active volume 9 mm in diameter and 100 mm long.
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From page 136... ...
and the Uni versity of Florida in Gainesville (ultralow temperatures at high magnetic fields)
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From page 137... ...
In addition to an active research program in static high magnetic fields, there is an extensive program in NMR, ICR, EMR, and other advanced high-field magnetic resonance research. The continuous-field magnet facility, the Center for Interdisciplinary Magnetic Resonance, and the geochemistry facilities are located on the main campus in Tallahassee; the high B/T (magnetic field/temperature)
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