Progress..2012
Module no. |
Projected Date |
Title of the module |
M1 |
|
Introduction
to Organometallic Compounds, History Importance
Projections |
M2 |
|
Metal carbonyl
complexes |
M2 |
|
Metal carbonyls
contd. |
M 3 |
|
Basic reaction
types ligand substitution Dissociation |
M4 |
|
Metal carbenes etc |
M4 |
|
Substitutes for
carbonyl ligand |
M 5 |
|
Why phosphines are good ancillary
ligands |
M 6 |
|
Metal alkyl
complexes |
M
7 |
|
Metal
hydrides |
M 8 |
|
M.O.
theory of Electron precise & Electron deficient systems |
M 9 |
|
Insertion
reaction mechanism of CO insertion |
M 10 |
|
Metal
alkene
complexes - h2 bonding |
M 10 |
|
Alkenes
contd. |
M11
|
|
n
dienes
and polyenes |
M12 |
|
Reactivity
changes in coordinated ligandsnucleophilic
attack on ligands |
M13 |
|
Metal-allyls
- h 3 complexes |
M14 |
|
Oxidative
addition & Reductive elimination Vaskas
complex |
M15 |
|
Cyclopentadienyl
- h 5 sandwich complexes |
M16 |
|
Metal
arene
complexes h6
bonding |
M17 |
|
Piano
stool complexes |
M18 |
|
The
isolobal
analogy |
M19 |
|
Stoichiometric
C-C bond forming reactions |
M20 |
|
Useful
catalytic cycles, Hydrogenation reaction, Isomerisation
reaction, etc. |
M21 |
|
Reppe
reaction "Ni & Co" catalysed synthesis of COT,
pyridine |
M22 |
|
Asymmetric
Induction |