Victoria, University of British July 2001 2 14 2 (S) Gd L.B. & Gd1−xTbx Victoria Columbia Canada Madison, September Astronautics Wisconsin, Rotary 95 25 1.5 (P) Gd spheres 18, 2001 USA Sichuan Inst. Gd spheres and Nanjing, 23 April ? 23 1.4 (P) Gd5Si1.985Ge1.985Ga0.03 Tech./Nanjing China 2002 University Chubu Yokohama, October 5, 40 27 0.6 (P) L.B. Gd1−xDyx Japan 2002 Chubu Yokohama, March 4, Rotary 60 10 0.76 (P) Gd L.B. 1 1−xDyx Japan 2003 Lab. Grenoble, April 2003 8.8 4 0.8 (P) Gd foil France Grenoble George USA July 2004 ? 5 2 (P) Gd foil Washington University Madison, Gd and GdEr spheres / Astronautics Wisconsin, 2004 Rotary 95 25 1.5 (P) La(Fe0.88Si0.12)13H1.0 USA Victoria, British Gd, Gd0.74Tb0.26 and University of 2006 15 50 2 (S) 0.12 Columbia Gd0.85Er0.15pucks Victoria Canada 1maximum cooling power at zero temperature 2maximum temperature span at zero cooling capacity difference (ΔT=0); (W=0); L.B. = layered bed; P = permanent magnet; S = superconducting magnet
University of Victoria Victoria, British Columbia Canada July 2001 2 14 2 (S) Gd & Gd1−xTbx L.B. Astronautics Madison, Wisconsin, USA September 18, 2001 Rotary 95 25 1.5 (P) Gd spheres Sichuan Inst. Tech./Nanjing University Nanjing, China 23 April 2002 ? 23 1.4 (P) Gd spheres and Gd5Si1.985Ge1.985Ga0.03 Chubu Yokohama, Japan October 5, 2002 40 27 0.6 (P) Gd1−xDyx L.B. Chubu Yokohama, Japan March 4, 2003 Rotary 60 10 0.76 (P) Gd 1−xDyx L.B. 1 Lab. Grenoble Grenoble, France April 2003 8.8 4 0.8 (P) Gd foil George Washington University USA July 2004 ? 5 2 (P) Gd foil Astronautics Madison, Wisconsin, USA 2004 Rotary 95 25 1.5 (P) Gd and GdEr spheres / La(Fe0.88Si0.12)13H1.0 University of Victoria Victoria, British Columbia Canada 2006 15 50 2 (S) Gd, Gd0.74Tb0.26 and Gd0.85Er0.15pucks 0.12 1maximum cooling power at zero temperature difference (ΔT=0); 2maximum temperature span at zero cooling capacity (W=0); L.B. = layered bed; P = permanent magnet; S = superconducting magnet
79094799-Pani-Magnetic-Refrigeration.docx