| Category |
Title / Sections |
Scholar |
Branch of Study |
Year |
| Page |
VI. 4. Preparation of crosslinked Polyacrylamides. (Thesis: Synthetic and mechanistic studies using polymeric oxidising and brominating reagents ) |
John K J Karakkattu |
Chemistry |
1990 |
| Page |
I.8. Effect Of crosslink Density. (Thesis: Polymeric solid-phase reagents for organic synthesis |
Sudhakaran, K V |
Chemistry |
1992 |
| Page |
e. crosslink Density. (Thesis: Polymeric solid-phase reagents for organic synthesis ) |
Sudhakaran, K V |
Chemistry |
1992 |
| Page |
V.13. Preparation Of Polystyrene With Different crosslink Densities. (Thesis: Polymeric solid-phase reagents for organic synthesis |
Sudhakaran, K V |
Chemistry |
1992 |
| Page |
V.14. Functionalisation Of Polystyrene cross linked With Different Mole Percents Of Divinylbenzene. (Thesis: Polymeric solid-phase reagents for organic synthesis ) |
Sudhakaran, K V |
Chemistry |
1992 |
| Page |
3. cranium. (Thesis: Studies on certain aspects of functional anatomy and behaviour of few Snakes |
Saji Sebastian |
Zoology |
1992 |
| Page |
Quadrato-mandibular joint and the cranio-facial hinge. (Thesis: Studies on certain aspects of functional anatomy and behaviour of few Snakes ) |
Saji Sebastian |
Zoology |
1992 |
| Page |
cranio-facial hinge. (Thesis: Studies on certain aspects of functional anatomy and behaviour of few Snakes |
Saji Sebastian |
Zoology |
1992 |
| Page |
Fig.4 Up to March 1973, India received loans and credits from twenty two sources including world Bank and the IDA and grants from fifteen sources.. (Thesis: Economic aspects of non-aligned movement with special reference to India's foreign policy ) |
Varghese, V V |
International relations |
1992 |
| Page |
Energy crisis and After. (Thesis: Economic aspects of non-aligned movement with special reference to India's foreign policy |
Varghese, V V |
International relations |
1992 |
| Page |
Fig. IV.16a. Time-course of catalytic decomposition of H2O2 in presence of DVB-, NNMBA- and TEGDMA-crosslinked polyacrylamide aminocu (II) complexes.. (Thesis: Transition metal complexes derived from polymeric ligands ) |
Lissy Jose |
Chemistry |
1994 |
| Page |
Fig. IV.16b. Time-course of catalytic decomposition of H2O2 in presence of EGDMA-, BDDMA- and HDDA- crosslinked polyacrylamide amino cu (II) complexes.. (Thesis: Transition metal complexes derived from polymeric ligands |
Lissy Jose |
Chemistry |
1994 |
| Page |
2. Preparation of crosslinked polyacrylamides. (Thesis: Transition metal complexes derived from polymeric ligands ) |
Lissy Jose |
Chemistry |
1994 |
| Page |
a) Polyacrylamides crosslinked with divinylbenzene. (Thesis: Transition metal complexes derived from polymeric ligands |
Lissy Jose |
Chemistry |
1994 |
| Page |
b) Polyacrylamides crosslinked with N, N-methylene-bis-acrylamide. (Thesis: Transition metal complexes derived from polymeric ligands ) |
Lissy Jose |
Chemistry |
1994 |
