Exploring magnetocaloric materials by ab-initio methods

Keyphrases

• Ab Initio Methods 100%
• Magnetocaloric Materials 100%
• Entropy Variation 50%
• Future Advancements 25%
• Comparison with Experimental Data 25%
• Compression Device 25%
• Elastic Properties 25%
• Vibrational Properties 25%
• Magnetic Simulation 25%
• Paramagnetic Transition 25%
• Entropy Estimates 25%
• FeRh 25%
• Scaling Scheme 25%
• Composite Model 25%
• Magnetostructural Transition 25%
• Order-disorder Transition 25%
• Magnetic Ordering Temperature 25%
• Magnetic Composite 25%
• Degree of Approximation 25%
• Monte Carlo Simulation 25%
• Magnetocaloric Effect 25%
• Magnetic Refrigerator 25%
• Metamagnetic Transition 25%

Material Science

• Stacking Fault 100%
• Polymorphism 100%
• Elastic Property 100%
• Magnetocaloric Effect 100%
• Magnetic Composite 100%
• Ab Initio Method 100%