Chemical behaviour of the mixed-metal carbonyl clusters [Fe2Rh(CO)10]–and [Fe2Rh2(CO)12]2–. Crystal structures of [Fe2Rh(CO)9(PPh3)]–and [Fe2Rh2(µ-CO)3(CO)9{µ3-Au(PPh3)}]–
Author:
Publisher
Royal Society of Chemistry (RSC)
Subject
General Chemistry
Link
http://pubs.rsc.org/en/content/articlepdf/1995/DT/DT9950002763
Reference30 articles.
1. Bimetallic iron–rhodium anionic carbonyl clusters: [Fe2Rh(CO)x]–(x= 10 or 11), [FeRh4(CO)15]2–, [Fe2Rh4(CO)16]2–, and [FeRh5(CO)16]–
2. Bimetallic iron-rhodium carbonyl clusters: Synthesis and X-ray structure of the novel [Fe3Rh3(CO)17]3− tri-anion
3. Synthesis and crystal structure of [NEt4]2[HFe3Rh(CO)12], the first tetranuclear FeRh hydridocarbonyl cluster
4. Iron–iridium mixed-metal carbonyl clusters. Part 2. Synthesis and chemical behaviour of the tetranuclear complexes [FeIr3(CO)12]–, [Fe2Ir2(CO)12]2–, [Fe2Ir2H(CO)12]–, and [Fe3Ir(CO)13]–. Solid-state structures of [N(PPh3)2][FeIr3(CO)12], [NEt4]2[Fe2Ir2(CO)12], and [PPh4][Fe2Ir2(CO)12-{µ3-Au(PPh3)}]
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1. The role of gold in transition metal carbonyl clusters;Coordination Chemistry Reviews;2018-01
2. Fe–Rh and Fe–Ir clusters substituted by diphenylacetylene: Synthesis, solid state structure and electrochemical behaviour of [Fe2Ir2(CO)10(μ4:η2-PhCCPh)]2−, [FeIr2(CO)9(μ3:η2-PhCCPh)], and [Fe2Rh(CO)8(μ3:η2-PhCCPh)]−;Inorganica Chimica Acta;2009-01
3. Heterometallic Iron-containing Compounds;Comprehensive Organometallic Chemistry III;2007
4. Iron−Rhodium and Iron−Iridium Mixed-Metal Nitrido−Carbonyl Clusters. Synthesis, Characterization, Redox Properties, and Solid-State Structure of the Octahedral Clusters [Fe5RhN(CO)15]2-, [Fe5IrN(CO)15]2-, and [Fe4Rh2N(CO)15]-. Infrared and Nuclear Magnetic Resonance Spectroscopic Studies on the Interstitial Nitride;Inorganic Chemistry;1997-08-01
5. Annual survey of organometallic metal cluster chemistry for the year 1995;Coordination Chemistry Reviews;1997-04
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