The local environment of trivalent lanthanide ions in sodium silicate glasses: A neutron diffraction study using isotopic substitution

Engineering & Materials Science

• Neutron diffraction 97%
• Rare earth elements 95%
• Silicates 78%
• Sodium 70%
• Substitution reactions 67%
• Ions 62%
• Rare earths 56%
• Glass 54%
• Atoms 35%
• Isotopes 28%
• Oxygen 27%
• Scattering 21%
• Dysprosium 20%
• Nuclear magnetic resonance spectroscopy 17%
• Neutron sources 16%
• Diffractometers 15%
• Raman spectroscopy 15%
• Neutrons 12%
• Diffraction 12%
• Oxides 9%
• Liquids 7%
• Chemical analysis 7%

Chemical Compounds

• Silicate Glass 83%
• Sodium Silicate 81%
• Neutron Diffraction 71%
• Lanthanoid Atom 51%
• Substitution Reaction 43%
• Environment 38%
• Glass 33%
• Ion 27%
• Oxygen Atom 23%
• Neutron 19%
• Isotope 16%
• Valence Bond Calculation 14%
• Raman Spectroscopy 7%
• Amorphous Material 6%
• NMR Spectroscopy 6%
• Molecular Cluster 6%
• Sodium Atom 6%
• Liquid 5%
• Mixture 4%

Physics & Astronomy

• sodium silicates 100%
• neutron diffraction 65%
• substitutes 54%
• glass 39%
• rare earth elements 39%
• oxygen atoms 35%
• ions 31%
• coordination number 25%
• isotopes 19%
• dysprosium 14%
• amorphous materials 13%
• diffractometers 12%
• neutron sources 11%
• scattering 11%
• sodium 10%
• Raman spectroscopy 9%
• nuclear magnetic resonance 9%
• valence 8%
• neutrons 7%
• oxides 7%
• causes 6%
• diffraction 6%
• liquids 6%