Local crystal structures of Ge₂Sb₂Te₅ revealed by the atomic pair distribution function analysis

Engineering & Materials Science

• Crystal structure 100%
• Crystalline materials 81%
• Distribution functions 80%
• Neutron powder diffraction 57%
• Valence bands 46%
• Optical recording 42%
• X ray powder diffraction 39%
• Lattice constants 38%
• Antimony 37%
• Crystal growth 36%
• Band structure 36%
• Germanium 34%
• Positive ions 32%
• Particle size analysis 29%
• Electric Conductivity 29%
• Neutrons 28%
• Nucleation 27%
• Atoms 26%
• Nanoparticles 25%
• Thermal conductivity 23%
• Chemical analysis 16%

Physics & Astronomy

• distribution functions 61%
• crystal structure 61%
• neutrons 51%
• antimony 43%
• particle size distribution 42%
• diffraction 41%
• form factors 37%
• crystal growth 36%
• germanium 34%
• lattice parameters 34%
• cations 32%
• recording 30%
• thermal conductivity 30%
• nucleation 29%
• valence 28%
• deviation 27%
• nanoparticles 26%
• electrical resistivity 24%
• matrices 21%
• electronics 20%
• atoms 19%
• x rays 17%