Models in Structural Inorganic ChemistryOxford University Press, 1970 - 186 páginas Most inorganic compounds exists as solids made up of repeating patterns of atoms.For a proper understanding of their structures and, indeed, their formulae the student should therefore study or, ideally, build for himself, three-dimensional models.Model-building of this kind can with advantage be introduced at an early stage.This book describes the construction of models of the most important types of inorganic compounds, using a set of units devised specially for the purpose. |
Contenido
GENERAL PRINCIPLES | 3 |
UNITS FOR CONSTRUCTION OF MODELS | 21 |
POLYHEDRA AND OTHER FINITE SYSTEMS | 27 |
Derechos de autor | |
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3-connected 3-connectors 3-dimensional 3D framework 3D nets 3D structure alternate angle A-X-A anion Archimedean solids atacamite atoms occupy axis bond angles bond arrangement c.p. assembly c.p. layers centres closest packing complex composition compounds configuration Construct a portion coplanar crystalline cube cuboctahedron described diamond double chain double rutile chains edge-sharing edges shared enantiomorphic formula four edges four octahedra halides hedra hexagonal holes are occupied holes occupied infinite chain interbond angles ions joined kind layer structure molecules nearest neighbours octa octahedra sharing octahedral holes octahedral sites octahedron pairs of c.p. pentagonal perpendicular planar plane nets points polygons polyhedra polyhedron regular represents ring shared edges shown in Fig simplest six edges Sketch sphere packing square antiprism Structures built symmetry Table tetrahedra sharing tetrahedral bonds tetrahedral holes three edges three vertices topological tri-capped trigonal prism truncated octahedron truncated tetrahedron unit cell unshared vertices wurtzite X atoms