Cryomagnets
The sample mounting thread on all sticks is M6 (female).
Please read also the rules concerning superconducting magnet experiments
and the Introduction on cryogenic handling
Name  Description  Field  Temp.  d (without dilution)  a [mm]  b [mm]  L [mm]  g [mm]  h [mm] 
MA15  Oxford Instr. Cryomagnet  vert. 14.9 T  1.6...300 K >80 mK  20  14...90  139  1454  49.5  1238(+2) 
MA11  Oxford Instr. SANS Cryomagnet  hor. 11 T  1.8...300 K >80 mK  22  75...100  54  1462  49.5 (62)  1240(+2) 
MA7  Oxford Instr. Cryomagnet  hor. 6.8 T  1.8...300 K >80 mK  48  35...90  69  1517  49.5  
MA6  Oxford Instr. Cryomagnet  vert. 6 T  1.8...300 K >80 mK  30  40...90  80  1469  49.5  1078(+2) 
MA02  Oxford Instr. Cryomagnet  hor. 1.8 T  1.8...150 K >100 mK  28  0...56  93  1405  55  968(+2) 
MA10  Oxford Instr. Cryomagnet  vert. 10 T  1.8...300 K >80 mK  48   115  1275  49.5  
MB11  Oxford Instr. Cryomagnet  vert. 11T  1.8..300K >50mK  100  50...150  150  1551  100  
MA09  out of service  vert. 9 T  1.6...320 K >80 mK  48  93...137  58  1247  55  
where
d: sample space diameter (reduce by 24 mm for max. sample diameter)
a: distance from thread to beam center
b: allowed size below beam center
L: length from top flange to the center of the sample, including rotation stage (when used without, reduce by 160). Please be aware that the values given are to measured at RT, a 23 mm shrinking at low T is already considered.
g: diameter of upper part of sample stick space
h: length of upper (larger) part of sample stick space (+2mm when warm)
The allowed sample diameter in combination with a dilution can be found here
in combination with dilution sticks
the rotation stage can not be removed
as we have adapter pieces, it is recommended to make the sample
holder with a distance from thread to the sample center between 37 and 50 mm
for a short time 300 K is possible, but not recommended due
to very high liquid He consumption
Strayfields
SampleMountingInstructions
Magnetic Forces
Electromagnets
Instruments  Description  Field 
TASP  Guide field magnet  vert. 20 mT hor. 2 mT 
SANSI, SANSII, AMOR  Electromagnet  hor. < 1.5 T 
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This page last changed on 13May2022 14:36:55 UTC by 129.129.69.108.
