Bonding in silicates: Investigation of the Si L_2,3 edge by parallel electron energy-loss spectroscopy

Chemical Compounds

• Electron Energy Loss Spectroscopy 100%
• Topaz 70%
• Shape 53%
• Tetrahedral Crystal 39%
• Polymerization Reaction 36%
• Energy 29%
• Amorphous Material 28%
• Feldspar 27%
• Pseudopotential 25%
• Silicate Glass 25%
• Silicon-29 Magnetic Resonance Spectroscopy 24%
• Cation 23%
• Calculation Method 22%
• Density of State 22%
• Molecular Orbital 18%
• Binding Energy 18%
• Chemical Shift 16%
• Glass 14%
• Probe 12%
• Electron Particle 11%

Earth & Environmental Sciences

• spectroscopy 69%
• silicate 67%
• electron 57%
• loss 43%
• energy 40%
• quartz 29%
• polymerization 18%
• topaz 16%
• coordination 10%
• cation 9%
• calculation 9%
• glass 8%
• andradite 8%
• crystal chemistry 8%
• fayalite 7%
• staurolite 7%
• kyanite 7%
• sand 7%
• nuclear magnetic resonance 5%
• olivine 5%
• feldspar 5%
• zircon 4%
• material 4%
• probe 4%
• chemical 2%
• comparison 2%
• distribution 2%
• parameter 2%
• effect 1%
• method 1%

Physics & Astronomy

• silicates 79%
• energy dissipation 65%
• electron energy 61%
• spectroscopy 42%
• quartz 25%
• polymerization 11%
• amorphous materials 9%
• tetrahedrons 9%
• sands 8%
• cations 6%
• fayalite 6%
• feldspars 5%
• olivine 5%
• energy 4%
• glass 4%
• chemical equilibrium 4%
• atoms 4%
• pseudopotentials 4%
• molecular orbitals 4%
• Q factors 3%
• chemistry 3%
• binding energy 3%
• analogs 3%
• nuclear magnetic resonance 3%
• electron microscopes 3%
• shift 2%
• probes 2%
• crystals 1%
• interactions 1%