| Category |
Title / Sections |
Scholar |
Branch of Study |
Year |
| Page |
3.3.2 Dc electrical conductivity in sandwich geometry. (Thesis: Studies on the electrical, optical and thermal properties of Molybdenum trioxide, Vanadium pentoxide and Titanium dioxide thin films ) |
Krishnakumar, S |
Physics |
1995 |
| Page |
Fig.3.6. Plot of log (σ T) vs. I/T for conductivity of TiO2 films of thicknesses 94nm, 11Onm, and 153nm according to Motts formula.. (Thesis: Studies on the electrical, optical and thermal properties of Molybdenum trioxide, Vanadium pentoxide and Titanium dioxide thin films |
Krishnakumar, S |
Physics |
1995 |
| Page |
3.3.3 Field dependent electrical conduction in Metal-Insulator-Metal structure. (Thesis: Studies on the electrical, optical and thermal properties of Molybdenum trioxide, Vanadium pentoxide and Titanium dioxide thin films ) |
Krishnakumar, S |
Physics |
1995 |
| Page |
Fig.6.1. Plot of log σ vs 1000/T for MoO3 -V2O5 system in different molar concentrations. Thickness of the films is between 190-200 nm.. (Thesis: Studies on the electrical, optical and thermal properties of Molybdenum trioxide, Vanadium pentoxide and Titanium dioxide thin films |
Krishnakumar, S |
Physics |
1995 |
| Page |
Fig.6.2. Transmittance spectra of MoO3 -V2O5 mixed mixed system in different molar concentrations as a function of wavelength.Thickness of the film is between 190-210nm.. (Thesis: Studies on the electrical, optical and thermal properties of Molybdenum trioxide, Vanadium pentoxide and Titanium dioxide thin films ) |
Krishnakumar, S |
Physics |
1995 |
| Page |
Fig.6.3. Plot of (αħω) YS. (ħω) for different molar concentrations of MoO3 and V2O5 mtxed system.The thickness of the film is 190-21Onm.. (Thesis: Studies on the electrical, optical and thermal properties of Molybdenum trioxide, Vanadium pentoxide and Titanium dioxide thin films |
Krishnakumar, S |
Physics |
1995 |
| Page |
Fig.6.5. IR spectra of MoO3-V2O5 mixed systems in different molar concentrations and thickness of the range of 190-210.. (Thesis: Studies on the electrical, optical and thermal properties of Molybdenum trioxide, Vanadium pentoxide and Titanium dioxide thin films ) |
Krishnakumar, S |
Physics |
1995 |
| Page |
6.4 conclusion. (Thesis: Studies on the electrical, optical and thermal properties of Molybdenum trioxide, Vanadium pentoxide and Titanium dioxide thin films |
Krishnakumar, S |
Physics |
1995 |
| Page |
7.5 conclusion. (Thesis: Studies on the electrical, optical and thermal properties of Molybdenum trioxide, Vanadium pentoxide and Titanium dioxide thin films ) |
Krishnakumar, S |
Physics |
1995 |
| Page |
cERTIFIcATE. (Thesis: Studies on polymer-bound Porphyrins and their metalloderivatives |
Tessymol mathew |
Chemistry |
1995 |
| Page |
cONTENTS. (Thesis: Studies on polymer-bound Porphyrins and their metalloderivatives ) |
Tessymol mathew |
Chemistry |
1995 |
| Page |
3. Porphyrins as catalysts. (Thesis: Studies on polymer-bound Porphyrins and their metalloderivatives |
Tessymol mathew |
Chemistry |
1995 |
| Page |
3. chromatographic Purifications. (Thesis: Studies on polymer-bound Porphyrins and their metalloderivatives ) |
Tessymol mathew |
Chemistry |
1995 |
| Page |
(a) DVB-cross linked polystyrene. (Thesis: Studies on polymer-bound Porphyrins and their metalloderivatives |
Tessymol mathew |
Chemistry |
1995 |
| Page |
(b) DVB-cross linked chloromethyl polystyrene. (Thesis: Studies on polymer-bound Porphyrins and their metalloderivatives ) |
Tessymol mathew |
Chemistry |
1995 |
