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Vertical Field Magnets

Most cryomagnets are available from a pool on request. Sufficient advance notice to sane(at)ill.fr is required for their reservation and preparation. A few cryomagnets are assigned to specific instruments. The scientific and technical staff of the instruments concerned are in charge of their upkeep. However major repairs and modifications are carried out in the workshop of the Advanced Neutron Environment team.

All requests for liquid helium should be be made at least 48 hours in advance. Please arrange with your local contact to order your helium. If you are not familiar with transferring liquid helium between dewar and cryostat, please do not hesitate to call for assistance from your local contact or directly from the Advanced Neutron Environment team.

Code

Magnetic
field (T)
Gap
(mm)
Sample dim.
Ø x height (mm)
Temperature
range
TypeDiameter
(mm)

Year

90ILHV42

2.5
asymmetric
30Ø42x130*
Ø30 with dilution    
40mK - 300K85° pillar
-5° to +5° vertical access
Ø286 in
scat. plane
1995

176ASHV49
(D2B)

640Ø491.5 - 300-3 to +3° vertical access-2006

156OXHV49
(CNRS)

6
asymmetric
40Ø49x130*
Ø35 with dilution
40mK - 300K-5° to +20° vertical access,
very low temperature
insert available
Ø388 in
scat. plane
1994

206OXHV26

7
asymmetric
30Ø20 x 201.5 - 300-5° to +5° vertical access,
±20° horizontal access,
sapphire windows,
He recondensation
390 in
scat. plane

2011

139OXHV40
(D3)

10
asymmetric
10Ø10x10
or Ø38x20
Ø32 with dilution
40mK - 650K-25° to +5° vertical access,
4 pillars of 43° at 90°
Ø512 in
scat. plane

1999

203OXHV39

10
asymmetric
40Ø39x318*40mK - 300K-5° to +5° vertical access,
±130° horizontal access,
He recondensation
Ø598 in
scat. plane

2010

256CRHV41

1040Ø39x3040mK - 300K-15° to +15° vertical access,
2x90° windows
ů540 in
scat. plane

2017

CRG-CEA
(unavailable)

12
asymmetric
22Ø30x2040mK - 300K-3° to +10° vertical access,
very low temperature
insert available
Ø560 in
scat. plane

1994

158OXHV26

1520Ø25x285*
140 from M8
Ø18x64 with dilution
35mK - 300K-2° to +2° vertical accessØ598 in
scat. plane

2004

(*) Total available height in the calorimeter. The height of the neutron beam is necessarily less than the gap of the split-pair coil.