Crystal and Ligand Field Theories
Calculations of Solid Properties Using Wien2k Package :: THEORY :: QUANTUM MECHANICS, QUANTUM CHEMISTRY
Page 1 of 1
Crystal and Ligand Field Theories
An Introduction to Ligand and Crystal Field Theory
The Spectrochemical Series
Ligand Field Transitions
Ligand Field Theory
Thermodynamic Effects of the Ligand Field
Electronic Transitions and the d2 Configuration
Tetra-coordinate Ligand Complexes
To continue reading clik on the link below
[You must be registered and logged in to see this link.]
Re: Crystal and Ligand Field Theories
Ligand and Crystal Field theories are used to describe the nature of the bonding in transition metal complexes. Crystal Field Theory is based upon the effect of a perturbation of the d-orbitals consisting of electronic interaction between the metal cation nucleus and the negatively charged electrons of the ligands: the metal-ligand interactions are electrostatic only. Ligand Field Theory treats the metal-ligand interaction as a covalent bonding interaction, and depends upon considering the overlap between the d-orbitals on the metals and the ligand donor orbitals.
Similar topics
» Site permetting to look for a crystal structure of any material by its Crystal Chemical Formula.
» Cubic to Hexagonal Phase Transition Induced by Electric Field
» Crystal Lattice
» Crystal Structures
» Crystal chemistry
» Cubic to Hexagonal Phase Transition Induced by Electric Field
» Crystal Lattice
» Crystal Structures
» Crystal chemistry
Calculations of Solid Properties Using Wien2k Package :: THEORY :: QUANTUM MECHANICS, QUANTUM CHEMISTRY
Page 1 of 1
Permissions in this forum:
You cannot reply to topics in this forum
|
|