Metal carbonyl clusters: thermodynamics of their formation and stability. Some novel results on cobalt, rhodium, ruthenium, and mixed clusters

Articles in the same Issue

1. The close ties between organometallic chemistry, surface science, and the solid state
2. Olefin complexes of organylmetals as models for organometallic catalysts
3. Tin(II) compounds as synthetic control elements in organic synthesis
4. Transition metal NMR spectroscopy - a probe into organometallic structure and catalysis
5. Synthetic and structural studies on metal cluster compounds
6. Di-Grignard reagents and metallacycles
7. Metal carbonyl clusters: thermodynamics of their formation and stability. Some novel results on cobalt, rhodium, ruthenium, and mixed clusters
8. Some reactions of transition metal complexes containing unsaturated ligands with M-C(sp) or M-C(sp2) bonds
9. Carbonyl complexes of late transition elements: atypical M-CO bonds
10. The chemistry of heterometallic carbidocarbonyl clusters
11. Free radical mechanisms in organometallic and bioorganometallic chemistry
12. Unconventional multiple bonds: coordination compounds of unstable Vth main group ligands
13. The effect of transition metal benzyl and propargyl species on the behavior of steroidal hormones
14. Organometallic polymers
15. Some highly sterically hindered organosilicon compounds
16. New application of organoboron compounds in organic synthesis
17. Pentacoordinated tetraorganotin and silicon compounds - synthesis and structures
18. Some new developments in aryl-gold and aryl-platinum chemistry