Environmental Engineering Reference
In-Depth Information
Table 7.13 (continued)
Authors, reference
Year
AMR type, materials, mass
Magnet assembly type and magnetic
Heat transfer
fl
uid
Frequency
Temperature
span
Speci
c cooling power
eld strength
18 Dupuis et al. [ 24 ]
2009
Gd plates, 1 mm
Halbach permanent, 0.8 T
N/A
1 Hz
7.8 K
No-load
Legait et al. [ 25 ]
2014
Gd plates, 1 mm, 0.3 mm
spacing, 190 g
11.5 K
Pr
O plates, 1 mm,
spacing 1 mm, 91 g
Sr
Mn
5K
-
-
-
Single La
Si plates,
1 mm, spacing 1 mm, 150 g
Fe
Co
8K
-
-
-
Layered La
Si plates,
1 mm, spacing 1 mm, 150 g
-
Fe
-
Co
-
10.5 K
19 Bour et al. [ 26 ]
2009
Gd plates, 0.6 mm, spacing
0.1 mm
Halbach permanent, 1.1 T
Freezing depressant
N/A
16.1 K
No-load
20 Cooltech, Table 7.6
2009
Gd and Gd
Tb plates
Nd
Fe
B permanent, 1.27 T
N/A
1.5 Hz (max)
38 K (max)
150 W (max, no mass
reported)
-
-
-
21 Bahl et al. [ 27 ]
2008
Gd plates, 0.9 mm, spacing
0.8 mm, 92 g
Electro, 1.4 T
Demineralized water + 10 %
ethanol
0.055 and
0.084 Hz
6.9 K
No-load
ethylene glycol
6.4 K
propylene glycol
6.2 K
olive oil
6 K
22 Engelbrecht et al.
[ 28 ]
2009
Gd plates, 0.9 mm, spacing
0.5 mm
Halbach permanent, 1.03 T
75 % water + 25 % freezing
depressant
N/A
9 K
No-load
La
-
Si plates, 0.9 mm,
spacing 0.5 mm
Fe
Co
6.5 K
-
-
Engelbrecht et al.
[ 29 ]
2011
Gd
Plates 0.9 mm
N/A
N/A
10.2 K
No-load
Single
La - Fe - Co - Si
7.9 K
2
Layered
La-Fe
×
6.5 K, 8.5 K
-
Co
-
Si
LCSM plates, 0.3 mm
5.9 K
(continued)
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