Abstract
We have studied the structural properties of the dipole glass using X-ray diffraction and EXAFS measurements to elucidate the mean and local structure of the dipole glass. In the glassy state, the local distortion of a lattice with only short-range correlation is induced by the reorientational freezing of molecules having the dipole moment. The anomalous behavior, such as the integrated intensity of the diffuse scattering, is explained by the Edwards-Anderson cluster theory.
