| Category |
Title / Sections |
Scholar |
Branch of Study |
Year |
| Page |
VI. TRANSPORT OF arOMATIC HYDROCarBONS THROUGH CarBON BLACK REINFORCED NATURAL RUBBER COMPOSITES. (Thesis: Transport of organic liquids through crosslinked Natural rubber membranes ) |
Unnikrishnan, G |
Chemistry |
1997 |
| Page |
Fig. V1.8. arrhenius pbts of log D Vs I/T for filled natural rubber samples +benzene.. (Thesis: Transport of organic liquids through crosslinked Natural rubber membranes |
Unnikrishnan, G |
Chemistry |
1997 |
| Page |
Fig. VII.9. Dependence of diffusion coefficient on number of carbon atoms of aromatic hydrocarbons for NR cured to (a) t70 (b) and (c) t90 at 28, 50 and 70°C.. (Thesis: Transport of organic liquids through crosslinked Natural rubber membranes ) |
Unnikrishnan, G |
Chemistry |
1997 |
| Page |
Fig. VII.10. arrhenius plots of diffusivity for black filled and silica filled NR, cured to different cure time, in mesitylene.. (Thesis: Transport of organic liquids through crosslinked Natural rubber membranes |
Unnikrishnan, G |
Chemistry |
1997 |
| Page |
Fig.VII.11. arrhenius plots of diffusivity for black filled and silica filled NR, cured to t90 in solvents.. (Thesis: Transport of organic liquids through crosslinked Natural rubber membranes ) |
Unnikrishnan, G |
Chemistry |
1997 |
| Page |
Fig.VII.12. arrhenius plots of permeability for black filled and silica filled NR, cured to different cure time, in mesitylene.. (Thesis: Transport of organic liquids through crosslinked Natural rubber membranes |
Unnikrishnan, G |
Chemistry |
1997 |
| Page |
Fig.VII.13. arrhenius plots of permeability for black filled and silica filled NR, cured to t90 in solvents.. (Thesis: Transport of organic liquids through crosslinked Natural rubber membranes ) |
Unnikrishnan, G |
Chemistry |
1997 |
| Page |
Fig.1.2 Phase arrangements in heterogeneous blends during extrusion: (a) side by side (b) sheath core and (c) matrix fibril.. (Thesis: Compatibilising effect of Natural rubber-g-Poly (Methyl methacrylate) in Heterogeneous Natural rubber/Poly (Methyl methacrylate) blends |
Zachariah Oommen |
Chemistry |
1997 |
| Page |
Fig. 5.16. arrhenius plot. for NR/PMMA melt mixed blends with 0, 5 and 10% graft copolymer concentration.. (Thesis: Compatibilising effect of Natural rubber-g-Poly (Methyl methacrylate) in Heterogeneous Natural rubber/Poly (Methyl methacrylate) blends ) |
Zachariah Oommen |
Chemistry |
1997 |
| Page |
2.1.2.7 Total leaf area per plant. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation |
Ima Neerakkal |
Botany |
1998 |
| Page |
2.1.2.9 Specific leaf area. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation ) |
Ima Neerakkal |
Botany |
1998 |
| Page |
2.1.2.10 Leaf area ratio. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation |
Ima Neerakkal |
Botany |
1998 |
| Page |
arTICLES AND PAPERS. (Thesis: Traditional fishermen community in Kerala and their development through Co-operatives: A Gandhian critique ) |
Mathew Philip, T |
Gandhian studies |
1997 |
| Page |
Fig. 4.15. The mean scores secured by the tribal, rural and urban pre-school children in the sub areas of social development. (Thesis: Psycho-social development of tribal pre-school children in comparison with that of their rural and urban peers |
Marykutty Jose |
Home science |
1998 |
| Page |
Fig. 4.16. Gender difference shown by the tribal pre-school children in the sub areas of social development. (Thesis: Psycho-social development of tribal pre-school children in comparison with that of their rural and urban peers ) |
Marykutty Jose |
Home science |
1998 |
