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45 834 records
IIR document
Development of room temperature magnetic heat pump technologies as a national project in Japan.
Magnetic band for reduction of cogging torque in rotary magnetic refrigeration system.
Magnetic properties of the two sublattices model of Fe2P in the Landau-Ginzburg approximation.
Large magnetocaloric effect near water boiling point in rare-earth based intermetallics.
Wider temperature span in magnetocaloric effect of single crystalline Nd0.7Sr0.3MnO3.
Study of the magnetocaloric effect in (Pr,Dy)2Fe17 and (Pr)2(Fe,Al)17 intermetallic compounds.
Comparison of conventional and spark plasma sintering routes for the fabrication of room temperature magnetocaloric Mn-Fe-P-Si.
Effect of Nd-substitution on the magnetocaloric properties and 1:13-phase formation of sintered La(FeCoSi)13.
Structural and magnetic properties of Mn38Fe22Al40-xBx alloys.
Pratical properties of LaFeCoSi materials to be used in magnetic cooling regenerators.
Magnetocaloric properties of ferromagnets in strong and weak magnetic fields in dynamic mode.
Magnetocaloric effect in RNi2 melt-spun ribbons (R=Dy, Tb).
Simple model of magnetocaloric cooling device based on heat capacity equations.
A new numerical scheme for the simulation of active magnetic regenerators.
An original 1D transversal magnetothermal cycle model for preliminary design of AMR regenerator.
A 2D numerical model for a parallel plate regenerator and parameter analysis.
Active magnetic regenerator: a numerical and experimental study.
Design and initial testing of a compact and efficient rotary AMR prototype.
Design and construction of an experimental rotary permanent magnet magnetic refrigerator.
A versatile magnetic refrigeration demonstrator.
Thermal and power design consideration for higher performance magnetocaloric refrigeration system.
Evaluation of active magnetic regenerator with Mn-based compound as magnetic refrigerant.
Experimental studies of layered AMRs using MnFeP1-xAsx.
Impact of magnetocaloric material specifications on machine design and performance.
Flow control in an AMR using a displacer and bypass system.