NMR samples with this property have significant anisotropic effects, while in samples without this property, the anisotropies cancel out. Hermann-Mauguin notation may be used to characterize samples with this property into one of 230 space groups. Objects with this property were modeled as a network of quantum harmonic oscillators by Albert Einstein. The Laue method analyzes samples with this property which have been ground to a powder, after which their Bragg scattering is analyzed. Dislocations and vacancies are defects that may be found in materials with this property. X-ray diffraction analyzes materials with this property that possess long-range order, unlike amorphous materials. For 10 points--name these solids that form a repeating lattice structure.
NMR samples with this property have significant anisotropic effects, while in samples without this property, the anisotropies cancel out. Hermann-Mauguin notation may be used to characterize samples with this property into one of 230 space groups. Objects with this property were modeled as a network of quantum harmonic oscillators by Albert Einstein. The Laue method analyzes samples with this property which have been ground to a powder, after which their Bragg scattering is analyzed. Dislocations and vacancies are defects that may be found in materials with this property. X-ray diffraction analyzes materials with this property that possess long-range order, unlike amorphous materials. For 10 points--name these solids that form a repeating lattice structure.
NMR samples with this property have significant anisotropic effects, while in samples without this property, the anisotropies cancel out.