Structure and electronic properties of Dy@ C₈₂ studied by UV-VIS absorption, X-ray powder diffraction and XAFS

Physics & Astronomy

• isomers 100%
• liquid chromatography 68%
• toluene 54%
• diffraction 53%
• electronics 52%
• crystal lattices 51%
• atoms 50%
• x rays 45%
• diffraction patterns 41%
• absorption spectra 37%
• valence 36%
• vacuum 31%
• performance 22%

Chemical Compounds

• Electronic Property 83%
• Powder X-Ray Diffraction 76%
• Compound Isomer 69%
• Lattice Constant 56%
• Face-Centered Cubic Crystal System 53%
• Valence 44%
• Vacuum 40%
• Toluene 37%
• Liquid Chromatography 37%
• Absorption Spectrum 36%
• Crystal Structure 25%
• X-Ray Diffraction 24%
• Solvent 23%