Overview of Existing Magnetocaloric Prototype Devices - Magnetocaloric Energy Conversion: From Theory to Applications - page 326

52. Vasile C, Muller C (2005) A new system for a magnetocaloric refrigerator. In: First IIF-IIR
international conference on magnetic refrigeration at room temperature, Thermag I, Montreux,
Switzerland, pp 357 - 366
53. Vasile C, Muller C (2006) Innovative design of a magnetocaloric system. Int J Refrig
29:1318 - 1326
54. Tura A, Rowe A (2007) Design and testing of a permanent magnet magnetic refrigerator. In:
Second IIF-IIR international conference on magnetic refrigeration at room temperature,
Thermag II, Portoroz, Slovenia, pp 363 370

55. Tura A, Rowe A (2009) Progress in the characterization and optimization of a permanent
magnet magnetic refrigerator. In: Third IIF-IIR international conference on magnetic
refrigeration at room temperature, Thermag III, Des Moines, Iowa, USA, pp 387

-

392
56. Tura A, Rowe A (2011) Permanent magnet magnetic refrigerator design and experimental
characterization. Int J Refrig 34:628

-

639
57. Arnold DS, Tura A, Ruebsaat-Trott A et al (2014) Design improvements of a permanent
magnet active magnetic refrigerator. Int J Refrig 37:99

-

105
58. Chen YG, Tang YB, Wang BM et al (2007) A permanent magnet rotary magnetic
refrigeration. In: Second IIF-IIR international conference on magnetic refrigeration at room
temperature, Thermag II, Portoroz, Slovenia, pp 309 - 313
59. He XN, Gong MQ, Zhang H et al (2013) Design and performance of a room-temperature
hybrid magnetic refrigerator combined with Stirling gas refrigeration effect. Int J Refrig 36
(5):1465 - 1471
60. Coelho AA, Gama S, Magnus A et al (2009) Prototype of a Gd-based rotating magnetic
refrigerator for work around room temperature. In: Third IIF-IIR international conference on
magnetic refrigeration at room temperature, Thermag III, Des Moines, Iowa, USA, 2009,
pp 381

-

386

-

61. Tu arlah A et al (2009) Development of a rotary magnetic refrigerator. In:

Third IIF-IIR international conference on magnetic refrigeration at

š ek J, Zupan S, Š

room temperature,

Thermag III, Des Moines, Iowa, USA, pp 409 414

-

62. Tu š ek J, Zupan S, Š arlah A et al (2010) Development of a rotary magnetic refrigerator. Int J

300
63. Engelbrecht K, Eriksen D, Bahl CRH et al (2012) Experimental results for a novel rotary
active magnetic regenerator. Int J Refrig 35(6):1498

Refrig 33(2):294

-

1505
64. Lozano JA, Engelbrecht K, Bahl CRH et al (2013) Performance analysis of a rotary active
magnetic refrigerator. Appl Energy 111:669 - 680
65. Lozano JA, Engelbrecht K, Bahl CRH et al (2014) Experimental and numerical results of a
high frequency rotating active magnetic refrigerator. Int J Refrig 37:92 - 98
66. Bahl CRH, Engelbrecht K, Eriksen D et al (2014) Development and experimental results from
1 kW AMR. Int J Refrig 37:78 - 83
67. Aprea C, Greco A, Maiorino A et al (2014) Initial experimental results from a rotary
permanent magnet magnetic refrigerator. Int J Refrig 43:111 - 122

-