Publikation: Supported cyclopentadienylmetal carbonyl complexes : II. Polystyrene-supported carbonyl and nitrosyl derivatives of group VI transition metals
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Tricarbonyl hydride derivatives of cyclopentadienyl-chromium, -molybdenum and -tungsten compounds covalently linked to a macroreticular polystyrene support are obtained by treatment of polystyrene-attached cyclopentadienyl anions with the respective metal hexacarbonyl and subsequent acidification. In contrast to the ease with which unsupported cyclopentadienyl-chromium and -molybdenum tricarbonyl hydrides lose H2 to form dinuclear carbonyl species, no H2 is released from their polymer-supported counterparts below about 180°C, and no dinuclear species are detectable after partial thermal decomposition at higher temperatures. The identity of the polymer-supported chromium species is confirmed by its conversion into nitrosyl derivatives.
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GUBITOSA, Giuseppe, Hans-Herbert BRINTZINGER, 1977. Supported cyclopentadienylmetal carbonyl complexes : II. Polystyrene-supported carbonyl and nitrosyl derivatives of group VI transition metals. In: Journal of Organometallic Chemistry. 1977, 140(2), pp. 187-193. ISSN 0022-328X. Available under: doi: 10.1016/S0022-328X(00)93194-2BibTex
@article{Gubitosa1977Suppo-23868,
year={1977},
doi={10.1016/S0022-328X(00)93194-2},
title={Supported cyclopentadienylmetal carbonyl complexes : II. Polystyrene-supported carbonyl and nitrosyl derivatives of group VI transition metals},
number={2},
volume={140},
issn={0022-328X},
journal={Journal of Organometallic Chemistry},
pages={187--193},
author={Gubitosa, Giuseppe and Brintzinger, Hans-Herbert}
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<dcterms:abstract xml:lang="eng">Tricarbonyl hydride derivatives of cyclopentadienyl-chromium, -molybdenum and -tungsten compounds covalently linked to a macroreticular polystyrene support are obtained by treatment of polystyrene-attached cyclopentadienyl anions with the respective metal hexacarbonyl and subsequent acidification. In contrast to the ease with which unsupported cyclopentadienyl-chromium and -molybdenum tricarbonyl hydrides lose H<sub>2</sub> to form dinuclear carbonyl species, no H<sub>2</sub> is released from their polymer-supported counterparts below about 180°C, and no dinuclear species are detectable after partial thermal decomposition at higher temperatures. The identity of the polymer-supported chromium species is confirmed by its conversion into nitrosyl derivatives.</dcterms:abstract>
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