Overview of Existing Magnetocaloric Prototype Devices - Magnetocaloric Energy Conversion: From Theory to Applications - page 324

10. Arnold DS, Tura A, Rowe A (2011) Experimental analysis of a two-material active magnetic
regenerator. Int J Refrig 34:178 - 191
11. Hirano N, Nagaya S, Takahashi M et al (2002) Development of magnetic refrigerator for room
temperature application. In: Advances in cryogenic engineering: proceedings of the cryogenic
engineering conference, vol 47
12. Kawanami T, Chiba K, Ikegawa M et al (2005) Optimization of a magnetic refrigerator at
room temperature for air cooling systems. In: First IIF-IIR international conference on
magnetic refrigeration at room temperature, Thermag I, Montreux, Switzerland, pp 275 282

13. Kawanami T (2007) Heat transfer characteristics and cooling performance of an active
magnetic regenerator. In: Second IIF-IIR international conference on magnetic refrigeration at
room temperature, Thermag II, Portoroz, Slovenia, pp 23

-

34
14. Nakamura K, Kawanami T, Hirano S et al (2008) Improvement of room temperature magnetic
refrigerator using air as heat transfer

-

fl uid. In: Thermal issues in emerging technologies,

ThETA 2
15. Hirano S, Kawanami T, Nakamura K et al (2009) A development of spherical-shaped
magnetocaloric materials using power coating method. In: Third IIF-IIR international
conference on magnetic refrigeration at room temperature, Thermag I, Des Moines, Iowa,
USA, pp 457 - 464
16. Yu BF, Gao Q, Wang CF et al (2005) Experimental investigation on refrigeration performance
of a reciprocating active magnetic regenerator of room temperature magnetic refrigeration. In:
First IIF-IIR international conference on magnetic refrigeration at room temperature, Thermag
I, Montreux, Switzerland, pp 375 - 391
17. Lu DW, Xu XN, Wu HB et al (2005) A permanent magnet magneto-refrigerator study using
Gd/Gd-Si-Ge/Gd-Si-Ge-Ga alloys. In: First IIF-IIR international conference on magnetic
refrigeration at room temperature, Thermag I, Montreux, Switzerland, pp 291

296
18. Gao Q, Yu BF, Wang CF et al (2006) Experimental investigation on refrigeration performance
of a reciprocating active magnetic regenerator of room temperature magnetic refrigeration. Int
J Refrig 29:1274

-

1285
19. Yao GH, Gong MQ, Wu JF (2006) Experimental study on the performance of a room
temperature magnetic refrigerator using permanent magnets. Int J Refrig 29:1267

-

1273
20. Huang J, Liu J, Jin P et al (2006) Development of permanent magnetic refrigerator at room
temperature. Rare Metals 25(Spec Issue):641
21. Zheng ZG, Yu HY, Zhong XC et al (2009) Design and performance study of the active
magnetic refrigerator for room-temperature application. Int J Refrig 32:78 - 86
22. Cheng J, Liu G, Huang J et al (2013) Refrigeration effect of La(FeCoSi) 13 B 0.25 compounds
and gadolinium metal in reciprocating magnetic refrigerator. J Rare Earths 31(12):1163
23. Clot P, Viallet D, Allab F et al (2003) A magnet-based device for active magnetic regenerative
refrigeration. IEEE Trans Magn 39(5):3349 − 3351
24. Dupuis C, Vialle AJ, Legait U et al (2009) New investigations in magnetic refrigeration
device, AMR cycle and refrigerant bed performance evaluation. In: Third IIF-IIR international
conference on magnetic refrigeration at room temperature, Thermag I, Des Moines, Iowa,
USA, pp 437

-

442
25. Legait U, Guillou F, Kedous-Lebouc A et al (2014) An experimental comparison of four
magnetocaloric regenrators using three different materials. Int J Refrig 37:147

-

155
26. Bour S, Hamm JL, Michot H et al (2009) Experimental and numerical analysis of a
recirpocating room temperature active magnetic regenerator. In: Third IIF-IIR international
conference on magnetic refrigeration at room temperature, Thermag I, Des Moines, Iowa,
USA, 2009, pp 415

-

424
27. Bahl CRH, Petersen TF, Pryds N et al (2008) A versatile magnetic refrigeration test device.
Rev Sci Instrum 79:1

-

7
28. Engelbrecht K, Jensen JB, Bahl CRH et al (2009) Experiments on a modular magnetic
refrigeration device. In: Third IIF-IIR international conference on magnetic refrigeration at
room temperature, Thermag I, Des Moines, Iowa, USA, pp 431 - 436

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