Vacancy ordering phase transition in ZrBe₂(H/D)_x: NMR and electronic structure study

Engineering & Materials Science

• Electronic structure 79%
• Vacancies 72%
• Nuclear magnetic resonance 64%
• Phase transitions 55%
• Satellites 41%
• Superconducting transition temperature 38%
• Binding energy 28%
• Deuterium 25%
• Beryllium 25%
• Hydrides 22%
• Intermetallics 18%
• Temperature 14%
• Experiments 6%

Chemical Compounds

• Spin Echo Double Resonance 100%
• Deuteride 76%
• Beryllium-9 Magnetic Resonance Spectroscopy 52%
• Electronic State 39%
• Intermetallic Compound 28%
• Deuterium(.) 24%
• Binding Energy 23%
• Hydride 22%
• Resonance 21%
• Environment 15%

Physics & Astronomy

• deuterides 51%
• nuclear magnetic resonance 42%
• electronic structure 39%
• echoes 31%
• transition temperature 28%
• beryllium 19%
• hydrides 17%
• deuterium 16%
• intermetallics 15%
• binding energy 15%
• temperature dependence 11%
• temperature 5%