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This is version 44.
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Cryomagnets
Please read also the rules concerning superconducting magnet experiments
Our standard thread on all systems is M6 female.
| Name | Description | Field | Temp. | d | a | b | l | g | h |
|---|
| MA15 | Oxford Instr. Cryomagnet | vert. 14.9 T | 1.6...300 K
>80 mK | 20 | 14...90 | 139 | 1294 (1454) | 49.5 | |
| MA11 | Oxford Instr. SANS Cryomagnet | hor. 11 T | 1.8...300 K
>80 mK | 22 | 75...100 | 54 | 1302 (1462) | 62 | 1080(+2) |
| MA09 | Oxford Instr. Cryomagnet | vert. 9 T | 1.8...300 K
>80 mK | 48 | 93...137 | 58 | 1247 | 55 | |
| MA7 | Oxford Instr. Cryomagnet | hor. 6.8 T | 1.8...300 K
>80 mK | 48 | | | | 49.5 | |
| MA6 | Oxford Instr. Cryomagnet | vert. 6 T | 1.8...300 K
>80 mK | 30 | 40...90 | 80 | 1304 | 49.5 | |
| MA02 | Oxford Instr. Cryomagnet | hor. 1.8 T | 1.8...150 K
>100 mK | 28 | 0...56 | 93 | 1245 | 55 | |
| MA4 | Thor Cryomagnet | vert. 4 T | 4.2...100 K | 24.5 | 37...71 | 29 | 1286 | 24.5 | |
where
d: sample space diameter (reduce by 2-4 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 (when used with a rotation unit, add 160)
g: diameter of upper part of sample space
h: length of upper (larger) part of sample space
in combination with dilution sticks DIL1 & DIL2
in combination with dilution stick DIL2
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
SampleMountingInstructions
Magnetic Forces
Electromagnets
| Instruments | Description | Field |
|---|
| TASP | Guide field magnet | vert. 20 mT
hor. 2 mT |
| SANS-I, SANS-II, AMOR | Electromagnet | hor. < 1.5 T |
This particular version was published on 15-Dec-2010 12:09:44 UTC by MarkusZolliker.
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LIN