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159:) was achieved in 1987 within a collaboration including the CEA, the CNRS and the MPI. In 1990 a new 24 MW power supply was set into operation that led to the development of a new generation of magnet that reached progressively 33 T. In 2005 the Grenoble High Magnetic Field Laboratory became a CNRS laboratory and the German effort is focused on the development of the Dresden pulsed field laboratory. In 2009, the LNCMI is created by the merger of the Grenoble and the Toulouse laboratories. The development of static high magnetic field is pursued. 37 T is reached in 2018 paving the way for a new hybrid magnet to be set into operation in 2019.
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from 1972 to 2004. This French-German collaboration led to the development of sciences under high magnetic fields in competition at that time with the MIT in Boston. The quantum hall effect was discovered at the laboratory and Klaus Van
Klitzing received the Nobel Prize for this discovery in 1985. A world record of high magnetic field (31.35
110:, specialised in pulsed fields. The LNCMI provides a base for research related to high-strength magnetic fields by both resident scientists and visiting researchers from around the world. It is one of the three founding members of the European Magnetic Field Laboratory (EMFL) officially created in 2014.
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began conducting high magnetic field projects. Following those projects, the SNCI (National
Service for high magnetic fields) was created in 1970. The dynamic created by the Élysée Treaty signed in 1963 between France and Germany led to collaboration between the SNCI and the Max Planck Institute
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130:) was created at the French National Institute of Applied Sciences of Toulouse in the early 60’s under the direction of S. Askénazy. In the early 1990s, it became the Laboratoire National des Champs Magnétiques Pulsés (LNCMP), a Joint research unit of the CNRS associated with the
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There are no constraints in cooling power for these resistive magnets: operation at full power (24 MW) for unlimited time is possible. The typical operating time of the magnets is 3 x 6.5 hours per day at workdays, 1 x 11 hours at weekends. Two 12 MW magnets can operate in
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are generated and long duration measurements are available thanks to the continuous cooling capacity of the neighboring river. A hybrid magnet aiming at a magnetic field of 43 Teslas of static field in a 34 mm room temperature bore is under
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generator, however in this last case the coil is destroyed during the experiment leaving only the sample intact. Moreover, transportable generators and magnets have been developed at the
Toulouse site in order to be used for research
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The basic interface for magnet access is an x-y table mounted on an elevator which allows adjustment of height, tilt and horizontal alignment. Open diameter: 400 mm. Fixing: 12 tapped holes M8 on 420 mm
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As a research infrastructure, the LNCMI hosts researchers from all around the world so that they can conduct experiments using the highest magnetic fields possible in a given volume.
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The scientific researches published by the LNCMI focused mainly on
Condensed Matter Physics with a ongoing development on Magnetoscience and applied superconductivity.
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Users can control the field (value, ramping speed) on-site during their experiment manually or by a GPIB interface (Read/Write). Template
Labview VIs are available.
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To generate these fields and allow physics measurements, some large electrical and hydraulic installations as well as advanced instrumentation are required.
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The LNCMI was created in 2009 by the merger of the pulsed magnetic field
Laboratory of Toulouse and the Grenoble High Magnetic Field Laboratory (GHMFL).
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At the
Toulouse site, fields of up to 98 T are generated within a pulse of a hundred milliseconds. 200 T are reached for microseconds due to the
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research consortium created in 2014. The two other founding members are the High
Magnetic Field Laboratory in Nijmegen, Netherlands, and the
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Languages, Literature, Performing Arts, Information and
Communication (LLASIC)
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Sciences, Mechanics (PhITEM)
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Department of undergraduate studies in sciences and technology (DLST)
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The Service National des Champs Magnétiques Pulsés (SNCMP, French:
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Computer Science, Mathematics and Applied Mathematics (IM2AG)
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Valence University Institute of Technology (IUT de Valence)
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At the Grenoble site, static magnetic fields of up to 37
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Grenoble Observatory for Sciences of the Universe (OSUG)
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Institute of Urban Planning and Alpine Geography (IUGA)
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Lautaret Alpine Garden (Joseph Fourier Alpine Station)
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VTI: 1.5 K - 300 K, Sample bore diameter 31 mm
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In 1962, when CNRS’s laboratories were built on the
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Laboratoire National des Champs Magnétiques Intenses
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Physics, Electronics and Materials Science (Phelma)
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923:Applied mathematics and Computer Science (Ensimag)
349:He: 300 mK - 8 K, Sample bore diameter 31 mm
321:DR: 30 mK - 4 K, Sample bore diameter 34 mm
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918:Energy, Water and Environmental sciences (Ense3)
128:National Service of the Field of Magnetic Pulses
96:National Laboratory for Intense Magnetic Fields
1219:Pierre Mendès-France University (Grenoble II)
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132:French National Institute of Applied Sciences
8:
938:Paper, Print media and Biomaterials (Pagora)
976:Institute of Education and Teaching (INSPE)
898:University Institute of Technology 2 (IUT2)
869:University Institute of Technology 1 (IUT1)
865:Drôme Ardèche Department of Sciences (DSDA)
803:University Centre for French Studies (CUEF)
106:, specialised in static fields, and one in
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66:Learn how and when to remove this message
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408:Transport, In situ rotation, FIR-Laser
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29:This article includes a list of general
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969:Grenoble School of Architecture (ENSAG)
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307:VTI: 1.4 K - 300 K, DR: 30 mK - 1.0 K
1214:Joseph Fourier University (Grenoble I)
1174:Grenoble University Symphony Orchestra
928:Advanced Systems and Networks (Esisar)
832:Physical and Sports activities (STAPS)
225:Dresden High Magnetic Field Laboratory
219:The LNCMI is a founding member of the
933:Industrial engineering and Management
7:
1288:Buildings and structures in Toulouse
799:Humanities and Social Sciences (SHS)
102:. It is based at two sites: one in
98:) is a research institution of the
1278:Science and technology in Grenoble
1224:Stendhal University (Grenoble III)
1103:Institute for Advanced Biosciences
822:Grenoble Alpes University Hospital
221:European Magnetic Field Laboratory
215:European Magnetic Field Laboratory
35:it lacks sufficient corresponding
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239:Superconducting Magnets @ LNCMI-G
172:Generating High Magnetic fields:
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167:The LNCMI has several missions
20:
1151:Arboretum Robert Ruffier-Lanche
1183:Grenoble University Club (GUC)
431:Resistive DC Magnets @ LNCMI-G
1:
1035:Modane Underground Laboratory
374:50 warm bore, 33 cold bore
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889:Faculty of Economics (FEG)
790:Arts and Humanities (ARSH)
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1178:Grenoble University Choir
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878:Economics, law and &
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754:Université Grenoble Alpes
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676:lncmi-g.grenoble.cnrs.fr
652:lncmi-g.grenoble.cnrs.fr
136:Paul Sabatier University
840:Mathematical, physical
829:Faculty of Pharmacology
251:Equipment temperature
50:more precise citations.
1283:Laboratories in France
1204:Humbert II of Viennois
807:Languages Office (SDL)
793:Foreign languages (LE)
380:Optical spectroscopy
231:Facilities at Grenoble
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1209:University of Valence
1170:Radio Campus Grenoble
1137:Polygone Scientifique
848:Chemistry and Biology
254:Experimental set-up
206:Hosting other users:
148:Polygone Scientifique
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893:Sciences Po Grenoble
419:VTI: 1.2 K - 300 K
405:VTI: 1.2 K - 300 K
363:VTI: 1.2 K - 300 K
352:Mesoscopic physics
338:Mesoscopic physics
324:Mesoscopic physics
293:VTI: 1.4 K - 300 K
279:VTI :1.4 K - 300 K
248:Bore diameter (mm)
196:Producing research:
886:Grenoble Law School
826:Faculty of Medicine
784:Arts and humanities
587:"Site web du LNCMI"
265:VTI: 1.8 K - 300 K
245:Magnetic field (T)
1132:Campus de Grenoble
394:FIR spectroscopy
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842:and life sciences
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449:Homogeneity
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287:15.4 / 17.1
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227:in Germany.
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82:LNCMI's Logo
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455:Power (MW)
56:August 2013
48:introducing
1272:Categories
764:Located in
681:2018-09-12
657:2018-09-12
633:2013-06-07
597:2013-06-07
152:Louis Néel
31:references
1083:GIPSA-lab
777:Academics
565:diameter.
561:parallel.
189:off-site.
186:Megagauss
1250:: 55,000
1248:Students
1078:GreEn-ER
1073:Nanoelec
1020:Clinatec
1008:Research
880:politics
494:1300x10
385:11 / 13
371:14 / 16
357:12 / 14
329:15 / 17
315:15 / 17
163:Missions
108:Toulouse
104:Grenoble
90:(LNCMI,
1242:Founded
1197:History
1043:ISTerre
1015:Minatec
550:450x10
536:250x10
508:600x10
480:860x10
466:700x10
343:12 /14
114:History
44:improve
1254:Budget
1244:: 1339
1125:Campus
1093:GRESEC
1088:GETALP
1058:Cermav
962:Others
522:30x10
301:15/17
179:Teslas
157:Teslas
92:French
33:, but
1229:ComUE
1030:LNCMI
445:(mm)
391:4 K
259:15.8
86:The
1188:GVUC
1117:etc.
1053:IPAG
1048:LPSC
547:284
533:376
519:130
505:170
439:(T)
310:NMR
296:NMR
282:NMR
268:EPR
100:CNRS
1155:EVE
1098:IBS
1068:IGE
1063:LIG
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