Crystal chemistry of orthorhombic lanthanide oxobromotungstates of composition LnWO4Br, Nd, Sm) were studied: the crystal system and space group were determined, and the
unit cell Response evolution of a tetrachiral metamaterial unit cell under architectural transformations; chirality can be left‐ or right‐handed. The mechanical response of two metamaterial
unit cells Characterization of a chiral metamaterial depending on the type of connection between unit cells unit cells in a macrobody are discussed: adjoining and overlapping. It is shown that a much less amount
Crystal chemistry of lanthanide oxochlorotungstates, Nd, Sm, Eu, Gd, Tb, Dy, Ho, Er, Tm) are reported. The
unit cell parameters a, b, c, c', and V
Mn, Zn, and Cd incorporation into the crystal lattice of indium antimonideUsing precision X-ray diffraction analysis, we have determined the
unit-cell parameter