The influence of the magnetic state on the thermal expansion in 1:2 rare earth intermetallic compounds

Ingenieurwesen & Materialwissenschaft

• Cobalt compounds 28%
• Crystals 40%
• Electrons 13%
• Exchange interactions 24%
• Intermetallics 85%
• Ions 12%
• Magnetism 19%
• Magnetization 16%
• Phase structure 17%
• Rare earths 100%
• Temperature 10%
• Thermal expansion 82%
• X ray powder diffraction 20%

Chemische Bestandteile

• Crystal Field 46%
• Cubic Space Group 22%
• Diffraction Method 17%
• Electron Particle 7%
• Exchange Interaction 15%
• Intermetallic Compound 86%
• Lanthanoid Atom 61%
• Laves Phase 19%
• Magnetic Ordering 17%
• Magnetism 14%
• Thermal Expansion 86%
• Volume 7%

Physik & Astronomy

• anomalies 10%
• cells 7%
• cobalt compounds 23%
• crystal field theory 40%
• diffraction 7%
• electrons 5%
• interactions 10%
• intermetallics 72%
• ions 6%
• Laves phases 16%
• rare earth elements 69%
• temperature 8%
• thermal expansion 70%
• x rays 6%