Self-diffusion slowdown in liquid indium and gallium metals under nanoconfinement

Engineering & Materials Science

• Diffusion in liquids 100%
• Nuclear magnetic resonance 69%
• Pore size 66%
• Glass 45%
• Liquids 38%
• Metals 36%
• Temperature 22%

Physics & Astronomy

• atomic mobilities 85%
• gallium 59%
• indium 54%
• liquids 30%
• metals 29%
• nuclear magnetic resonance 22%
• porosity 20%
• glass 16%
• matrices 15%
• temperature 8%

Chemical Compounds

• Self-Diffusion 72%
• Compound Mobility 43%
• Liquid 31%
• Nanoporosity 26%
• Metal 25%
• Pore Size 24%
• Glass 19%
• Time 10%