Article
Publicly Available
Systematics of metal-ligand binding energies
-
G. Pilcher
Published/Copyright:
January 1, 2009
Published Online: 2009-01-01
Published in Print: 1989-01-01
© 2013 Walter de Gruyter GmbH, Berlin/Boston
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- Raman spectroscopy and molecular mechanics in the investigation of molecular structure: calcium, strontium, barium and copper(II) monochloroacetates
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Articles in the same Issue
- Intermediates in organometallic photochemistry-dinuclear complexes
- Structure and reactivity of rhodium(II) complexes
- Double exchange in iron-sulfur clusters and a proposed spin-dependent transfer mechanism
- New organometallic solids
- Developments in functionalization of macrocyclic polyamines
- Some solid effects in iron(II) complexes with ligands of potential biological interest
- Molecular graphics investigation of macrocyclic complexes
- NMR comparative study of the complexation of oxoions of V(V), Mo(VI), W(VI) and U(VI) with α-hydroxycarboxylic acids
- Thermal and light-induced spincrossover in iron(II) complexes-new perspectives in optical storage
- Systematics of metal-ligand binding energies
- Inorganic salts: one of the controlling factors of reaction mechanism and complex compound formation
- Complexes of chelates of amides and thioamides
- The role of transition metal ions on oxyhalogen redox reactions
- Reactivity of side chain functional groups in macrocyclic Cu2+ complexes
- Factors affecting the equilibrium constant of homolysis of complexes with metal-carbon σ bonds in aqueous solutions. Pulse radiolysis studies
- Electron transfer reactions in coordination metal complexes. Structure-reactivity relationships
- New platinum(II) and platinum(III) complexes of creatinine
- Copper biosites: the merits of models
- Ligand design for selective metal-ion transport through liquid membranes
- The role of nickel and iron-sulfur centers in the bioproduction of hydrogen
- Hydrophobic interactions in biological systems: some background information based on ligand-ligand interactions in metal ion complexes
- Coordination and materials properties
- Monodisperse colloids of transition metal and lanthanide compounds
- Transition metal complexes of NOx
- New lanthanide doped amorphous materials containing small metallic particles
- New materials based on metal complexes of sulphur donor ligands
- Raman spectroscopy and molecular mechanics in the investigation of molecular structure: calcium, strontium, barium and copper(II) monochloroacetates
- Dinuclear rhodium(I) complexes for the selective hydroformylation of alkenes using either CO/H2 or CO/H2O
- Recent developments of FT-IR and Raman spectroscopy in coordination chemistry