The combination of lattice-constrained molecular mechanics and ab initio X-ray powder diffraction methods has enabled the full characterization of two novel members of the [{ReH(CO)4}n] family (the structure of [Re6(μ-H)6(CO)24] is depicted), thus demonstrating the existence of a unique series of inorganic analogues of (CH2)n, ranging from "ethylene" to "polyethylene".
Complete structural characterization by Ab initio x-ray powder diffraction of [{Re(μ-H)(CO)4}n] and [{Re(μ-H)(CO)4}6], inorganic analogues of polyethylene and cyclohexane
Masciocchi N.;D'Alfonso G.;
2000-01-01
Abstract
The combination of lattice-constrained molecular mechanics and ab initio X-ray powder diffraction methods has enabled the full characterization of two novel members of the [{ReH(CO)4}n] family (the structure of [Re6(μ-H)6(CO)24] is depicted), thus demonstrating the existence of a unique series of inorganic analogues of (CH2)n, ranging from "ethylene" to "polyethylene".
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