Overview of Existing Magnetocaloric Prototype Devices - Magnetocaloric Energy Conversion: From Theory to Applications - page 291

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

24 Taglia co et al. [ 34 ] 2009 Gd powder, 0.3 mm Nd - Fe - B permanent, 1.5 T Water + anti-freeze 0.2 Hz N/A N/A

Taglia co et al. [ 35 ] 2013 Gd plates, 08 mm, 360 g 50 % water + 50 % ethanol N/A 5 K No-load

25 Balli et al. [ 36 , 37 ] 2012 Gd plates, 1 mm, 400 g Nd Fe B Halbach permanent, 1.45 T Silicon oil N/A 30 K No-load

- -

26 Kim and Jeong [ 38 ] 2009 Gd particles, 0.325 - 0.5 mm Nd - Fe - B Halbach permanent, 1.58 T Helium 1 Hz 16 K No-load

27 Trevizoli et al. [ 39 ] 2011 Gd plates, 0.85 mm, spacing

0.1 mm, 195.4 g

Nd - Fe - B Halbach permanent, 1.65 T Water 0.14 Hz 4.45 K No-load

20 W kg − 1 2011 0 K

28 Czernuszewicz et al.
[ 40 ]

2014 Gd particles, 2 5 mm, 30 g Nd Fe B Halbach permanent, 1 T Ethylene glycol 0.025 Hz 2 K No-load

- - -

29 Wroclaw Uni,
Table 7.12

2014 NiMnX (X = In, Sn, Ga) par-

allel pipes, plates

Combination of MC and barocaloric N/A 1 Hz N/A N/A

30 Gomez et al. [ 41 ] 2013 Gd plates, 0.5 mm, spacing

0.25 mm, 180 g

Nd - Fe - B Halbach permanent, 1 T Distilled water N/A 3.5 K No-load

16.7 W kg − 1 0 K