An investigation of the chemical durability of hydrous and anhydrous rare-earth phosphates

Engineering & Materials Science

• Monazite 100%
• Rare earths 96%
• Phosphates 89%
• Durability 63%
• Actinides 53%
• X ray absorption 45%
• Minerals 39%
• X ray powder diffraction 39%
• Leaching 31%
• Spectroscopy 29%
• Inductively coupled plasma mass spectrometry 24%
• Geological repositories 21%
• Deionized water 17%
• Crystal structure 16%
• Radioactive wastes 15%
• Groundwater 15%
• Waste disposal 15%
• Containers 12%
• Characterization (materials science) 11%
• Experiments 4%

Physics & Astronomy

• durability 84%
• phosphates 78%
• rare earth elements 67%
• minerals 57%
• leaching 51%
• x rays 35%
• water 33%
• biosphere 30%
• cans 29%
• inductively coupled plasma mass spectrometry 28%
• ground water 28%
• containment 24%
• disposal 24%
• immobilization 24%
• radioactive wastes 23%
• diffraction 20%
• spectroscopy 20%
• containers 20%
• crystal structure 15%
• characterization 10%
• matrices 10%

Chemistry

• Actinoid Atom 85%
• Mineral 63%
• Lanthanoid Atom 58%
• Phosphate 51%
• Leaching 46%
• Xenotime 43%
• Powder X-Ray Diffraction 39%
• Spectroscopy 33%
• X-Ray 31%
• Groundwater 28%
• Inductively Coupled Plasm Mass Spectrometry (ICPMS) 26%
• Protective 21%
• Crystal Structure 12%
• Amount 11%
• Surface 8%