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Chloride-Iodide Zirconium Cluster Phases with

Mixed Chloride-Iodide Zirconium Cluster Phases with a 6 13 Metal Halide Ratio... [Pg.64]

Table IV lists specific examples of compounds related through this form of dimensional reduction, By far, the majority of these are zirconium chloride and iodide phases, in which case lower main group and even transition metals have been found to incorporate as interstitial atoms. A few analogues are known with hafnium (135), and very recently it has been shown that nitrogen can be substituted for carbon in tungsten chloride clusters adopting the centered trigonal-prismatic geometry (see Fig. 2) (32). It is hoped that a variability similar to that exposed for the octahedral zirconium clusters will be attainable for such trigonal-prismatic cluster phases. Table IV lists specific examples of compounds related through this form of dimensional reduction, By far, the majority of these are zirconium chloride and iodide phases, in which case lower main group and even transition metals have been found to incorporate as interstitial atoms. A few analogues are known with hafnium (135), and very recently it has been shown that nitrogen can be substituted for carbon in tungsten chloride clusters adopting the centered trigonal-prismatic geometry (see Fig. 2) (32). It is hoped that a variability similar to that exposed for the octahedral zirconium clusters will be attainable for such trigonal-prismatic cluster phases.

See other pages where Chloride-Iodide Zirconium Cluster Phases with is mentioned: [Pg.62]    [Pg.76]    [Pg.31]    [Pg.47]   


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Chloride clusters

Cluster phase

Iodide chloride

Phase iodide

Zirconium chloride

Zirconium cluster

Zirconium iodide

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