Magnetocaloric effect in metamagnetic borocarbide DyNi _{2 - X}A_xB₂C (A = Co and Cr) compounds

Keyphrases

• Magnetocaloric Effect 100%
• Metamagnetic 100%
• Large Magnetocaloric Effect 100%
• Magnetic Field Change 100%
• Borocarbide 100%
• Antiferromagnetic 50%
• Low Temperature 50%
• First-order 50%
• Magnetic Properties 50%
• Property Effects 50%
• K(I) 50%
• Low Magnetic Field 50%
• High Magnetic Field 50%
• Field-induced 50%
• Ferromagnetic State 50%
• Magnetic Transition 50%
• Antiferromagnetic Phase 50%
• Magnetic Transition Temperature 50%
• Inverse Magnetocaloric Effect 50%
• Magnetic Hysteresis 50%

Material Science

• Magnetocaloric Effect 100%
• Magnetic Property 20%