Abstract
Symmetry relationships between crystal structures and their practical applications cluster solid state chemistry - a frontier discipline between metallurgy and molecular chemistry structural and bonding principles in metal halide cluster chemistry modern concepts of atom co-ordinations atom volume and charge transfer in intermetallic compounds the intergrowth concept as a useful tool to interpret and understand complicated intermetallic structures introduction to the electronic structure of extended systems crystal chemical formulae for inorganic structure types crystal chemistry of complex sulfides (sulfosalts) and its chemical application the bond valence method in crystal chemistry valence electron rules for compounds with tetrahedral structures and anionic tetrahedron comm plexes structural principles of silicates, phosphates, sulphates and related structures crystal chemistry of high T, superconducting oxides competition between trigonal prisms and other co-ordination polyhedra in borides, carbides, silicides and phosphides.
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