Volume 1, Issue 4
Miscibility, Conductivity and Dielectric Studies of Poly
(methyl methacrylate) and Cellulose acetate propionate Blends
Author(s): Denthaje Krishna Bhat1*, H.S. Sreekantha Jois1
- Department of Chemistry, National Institute of Technology Karnataka, Surathkal, Srinivasnagar-575025, India.
Related Figures:
Fig 1(a, b, c): FTIR spectra of pure PMMA, PMMA/CAP 50/50 blend and pure CAP.
Fig 3: Water absorption by PMMA/CAP blends.
Fig 4: The change of IEC values in the PMMA/CAP blends.
Fig 5: AC impedance spectra of 50/50 PMMA/CAP blend at different temperatures.
Fig 6(a): Arrhenius plots for conductivity σ of (a) 10/90, (b) 20/80, (c) 30/70, (d) 40/60,
(e) 50/50, (f) 60/40, (g) 70/30, (h) 80/20, (i) 90/10 PMMA/CAP blends.
Fig 6(b): Room temperature conductivity values of PMMA/CAP blends.
Fig 7(a): Variations of dielectric constant with frequency at different temperatures for 50/50 PMMA/CAP blend.
Fig 7(b): Variations of dielectric loss with frequency at different temperatures for 50/50 PMMA/CAP blend.