2D MODEL NUMERIC AMR, MODELLING AND SIMULATION OF MAGNETOCALORIC EFFECT

In this article, the study of gadolinium material is focused on determining constants and properties material, analysis substructures orientation dipole moments. Research into aspects provides important information atomic-level sub-phenomena in field main magnetocaloric phenomena for magnetic refrigeration regenerator (AMR). The experimental mainly based testing magneto-caloric with different magnetization equipment, developed to measure more precise fine details, refrigerator, AMR prototype development like. method used uses differential equations. For both cases, where loads are relatively simple complex can be easily applied.