Ligand field theory

Natural sciences
Chemistry
Inorganic chemistry
Coordination chemistry

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Related lectures (32)

Coordination Chemistry: High Spin Complexes and Ligands

Explores high spin complexes and ligands in coordination chemistry, discussing their impact on metal ions' spin states and magnetic properties.

IR Spectroscopy in Coordination Chemistry

Explores the use of IR spectroscopy to analyze bonding in coordination complexes through CO stretching frequencies and metal-ligand interactions.

Metal Carbonyls: Bonding

Covers the bonding in metal carbonyls and the Mond process for nickel purification.

Experiment and Z-Plot: Introduction to Part II

Covers acid-base titration, ligand concentration, pH calculation, and Z-plot analysis.

Metal Complex Stability

Explores the entropic effects and microscopic ligands in determining the stability of metal complexes.

Metathesis: Catalyst Reactivity and Initiation Rate

Explores catalyst reactivity in metathesis reactions, emphasizing initiation rates and ligand effects.

Chemical Reactions and Ligands

Discusses oxidation reactions, ligand complexes, equilibrium reactions, and electronic configurations in chemical complexes.

Quantum Chemistry

Covers topics related to Quantum Chemistry, including bond orders and molecular structures.

Ligand-Receptor Interactions: Mechanisms and Quantification

Covers ligand-receptor interactions, their mechanisms, and how to quantify binding affinities in biological systems.

Stability of Complexes

Explores the concept of 18 valence electrons and the stability of metal-ligand complexes.

Metal speciation: EDTA complexes

Explores metal-EDTA complexes, Zn(II) speciation, hydrolysis of metal ions, and iron(III) species distribution.

Infrared Spectroscopy in Bonding: Carbonyl Compounds

Explores Infrared Spectroscopy in bonding with a focus on carbonyl compounds and discusses the factors influencing the color of transition metal complexes.

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