The Effect of Disorder on Endogenous MAS-DNP: Study of Silicate Glasses and Crystals

Engineering & Materials Science

• Silicates 94%
• Crystals 81%
• Glass 64%
• Crystalline materials 42%
• Electrons 41%
• Polarization 37%
• Relaxation time 35%
• Nuclear magnetic resonance 32%
• Microwaves 23%
• Oxides 23%
• Metal ions 19%
• Dielectric losses 17%
• Dielectric properties 16%
• Doping (additives) 15%
• Magnetic resonance 14%
• Chemical analysis 8%
• Temperature 5%
• Experiments 4%

Chemistry

• Silicate Glass 100%
• Disorder 70%
• Glass 56%
• Electron Particle 26%
• Polarization 24%
• Dynamic Nuclear Polarization 23%
• Inorganic Oxide 22%
• Amorphous Material 22%
• Microwave Absorption 20%
• Dielectric Loss 18%
• NMR Signal 18%
• Crystal System 18%
• Magnetic Resonance 17%
• Dielectric Property 16%
• Doping Material 14%
• Drop 14%
• Microwave 13%
• Time 11%
• NMR Spectroscopy 10%
• Metal Ion 10%
• Reduction 7%

Physics & Astronomy

• silicates 79%
• disorders 62%
• glass 47%
• crystals 39%
• augmentation 33%
• polarization 21%
• nuclear magnetic resonance 21%
• relaxation time 21%
• nuclear relaxation 18%
• nuclei 17%
• electrons 17%
• nuclear interactions 17%
• oxides 16%
• microwave absorption 16%
• sensitivity 15%
• metal ions 14%
• dielectric loss 13%
• magnetic resonance 12%
• dielectric properties 11%
• microwaves 9%
• matrices 7%
• performance 6%
• temperature 4%