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1
Introduction
2
Definition
3
Classification of Ligands - I
4
Classification of Ligands - II
5
Ligands - III and Nomenclature - I
6
Nomenclature - II
7
Coordination Number - I
8
Coordination Number - II
9
Coordination Number - III
10
Coordination Number - IV
11
Isomerism - I
12
Isomerism - II
13
Coordination Equilibria - I
14
Coordination Equilibria - II
15
Bonding in Complexes - I
16
Bonding in Complexes - II
17
Bonding in Complexes - III
18
Bonding in Complexes - IV
19
Jahn-Teller Effect
20
Spin Crossover and Colour
21
Optical Spectra
22
d-d Transitions
23
Charge Transfer
24
Orgel Diagram
25
Tanabe Sugano Diagram
26
MLCT Transitions
27
Application of CFT
28
Spinels
29
Magnetochemistry
30
Magnetic Properties
31
Magnetic Measurements
32
Ligand Field Theory
33
Sigma Orbitals
34
Pi Orbitals
35
Reaction Mechanism - I
36
Reaction Mechniasm - II
37
Reaction Mechanism - III
38
Reaction Mechanism - IV
39
Reaction Mechanism - V
40
Biological Inorganic Chemistry
Description:
instruction by Prof. Debashis Ray, Department of Chemistry, IIT Kharagpur. This course will give an excellent opportunity to study and use the century-old Nobel prize-winning knowledge of coordination chemistry. The study will also lead to understanding the difference between a coordinated ligand and charge balancing ion in a coordination compound. Complexation reactions, stability constants, structures, geometrical and optical isomerism, bonding, reactions and reactivity will be discussed. Color and electronic, and magnetic properties will be delineated with respect to their application in analytical chemistry, industry and medicine. The use of coordination compounds of some precious metal ions will be explained in relation to homogeneous catalysis for the production of useful organic and pharmaceutically important substances.

Coordination Chemistry - Chemistry of Transition Elements

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