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Synthesis and crystal structure of trinuclear Fe carbonyl cluster Fe_3(CO)_8S_2CNC_6H_5

机译:三核Fe羰基簇Fe_3(CO)_8S_2CNC_6H_5的合成及晶体结构

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摘要

Metal cluster chemistry is an active studying field nowadays, It is possible that metal clusters can be developed as new homogeneous catalysts with special functions. Organoiron clusters, which could be easily synthesized at lowei price, are very important in metal cluster chemistry, Fe_3(CO)_(12) is a very useful compound with higher activity than Fe(CO)_5 in the syntheses of carbonyliron clusters. Fe_3(CO)_9S_2 compound is the main product in the reaction of Fe_3(CO)_(12) with organic sulfide. In ref, [3], the reaction of Fe_3(CO)_(12) with NH_4CNS was carried out to yield Fe_3(CO)_9S_2 too, which clearly shows the sulfidophilic action of Fe_3(CO)_(12).
机译:金属团簇化学是当今一个活跃的研究领域,有可能将金属团簇开发为具有特殊功能的新型均相催化剂。有机铁簇很容易以低价合成,在金属簇化学中非常重要,Fe_3(CO)_(12)是一种非常有用的化合物,在羰基铁簇的合成中比Fe(CO)_5具有更高的活性。 Fe_3(CO)_(9S_2)是Fe_3(CO)_(12)与有机硫化物反应的主要产物。在参考文献[3]中,也进行了Fe_3(CO)_(12)与NH_4CNS的反应,得到Fe_3(CO)_9S_2,这清楚地表明了Fe_3(CO)_(12)的硫化作用。

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