| Category |
Title / Sections |
Scholar |
Branch of Study |
Year |
| Page |
Table 1.8. SHG efficiency of nonchiral cnitroaniline derivatives. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules ) |
Mathew George |
Chemistry |
1998 |
| Page |
1.3.3. Metallic complexes. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules |
Mathew George |
Chemistry |
1998 |
| Page |
1.3.7. Liquid crystals. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules ) |
Mathew George |
Chemistry |
1998 |
| Page |
cHAPTER 2. Synthesis and Studies of Photophysical and Second Harmonic Generation Properties of Some Butadiene Derivatives. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules |
Mathew George |
Chemistry |
1998 |
| Page |
Fig. 2.1. (a) 13c NMR spectrum of 6a in cDc13 and (b) in cDcI, containing trifluoroacetic acid.. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules ) |
Mathew George |
Chemistry |
1998 |
| Page |
2.3.2. Synthesis of bicyclic compounds. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules |
Mathew George |
Chemistry |
1998 |
| Page |
cHAPTER 3. Studies of Substituent Effects on the NLO Properties of Some Donor-Acceptor Systems. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules ) |
Mathew George |
Chemistry |
1998 |
| Page |
3.3.3.3. Theoretical calculations. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules |
Mathew George |
Chemistry |
1998 |
| Page |
cHAPTER 4. Synthesis and Studies of Nonlinear Optical and Photoswitching Properties of Some cholesterol-linked Azobenzene Derivatives. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules ) |
Mathew George |
Chemistry |
1998 |
| Page |
Fig. 4.1. The cholesteric liquid crystal: schematic representation ofthe helical structure. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules |
Mathew George |
Chemistry |
1998 |
| Page |
4.3.1. Liquid crystalline properties. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules ) |
Mathew George |
Chemistry |
1998 |
| Page |
Fig. 4.2. Optical micrographs of 3a: (A) oily streak of cholesteric phaseand (B) fucal conic texture of smeetie phase.. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules |
Mathew George |
Chemistry |
1998 |
| Page |
Fig. 4.3. Optical micrographs of 3c: cholesteric phase.. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules ) |
Mathew George |
Chemistry |
1998 |
| Page |
Fig. 4.7. Optical micrographs of 3d: (A) oily streak of cholesteric pbaseand (B) focal conic texture of smectic phase.. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules |
Mathew George |
Chemistry |
1998 |
| Page |
Fig. 4.8. Optical micrograpl) f 5a: (A) oily streak of cholesteric phase on heating and (B) finger print texture of cholesteric phase on cooling.. (Thesis: Organic materials for nonlinear optics: Synthesis and photophysical studies of some donor-acceptor substituted molecules ) |
Mathew George |
Chemistry |
1998 |
