Abstract
The incommensurate phase of RbD3(SeO3)2 has been re-examined by high resolution neutron diffraction techniques. The positions and widths of the superlattice peaks have been determined with high precision. In comparison with the earlier measurements the transition temperatures in the present sample are 7°K higher and the maximum incommensurability is a factor of 2 lower. These differences suggest that defects play an important role in the incommensurate phase.
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