Deuteron NMR methods for studying molecular order and motion in solid polymers and liquid crystalline polymers

Articles in the same Issue

1. Structure-order relationships in liquid crystalline polyesters
2. Rheology of liquid crystalline polymers
3. Mesophase pitch and its carbon fibers
4. Spectroscopic investigation of local molecular dynamics in liquid crystal polymers
5. Synthesis and structure of liquid-crystalline side-chain polymers
6. Characterization of molecular order in solid polymers by rheo-optical Fourier-transform infrared spectroscopy: recent advances
7. Deuteron NMR methods for studying molecular order and motion in solid polymers and liquid crystalline polymers
8. X-ray scattering measurements of order in non-crystalline polymers
9. Ultra high modulus polyethylene composites
10. Critical issues in achieving desirable mechanical properties for short fiber composites
11. Evaluation of fiber surface treatments in composite materials
12. Interfacial effects in composites
13. Characterisation of toughened polymers using fracture mechanics
14. Molecular diffusion in polymeric systems
15. Hybrid binders in polymer composites. Peculiarities of structure and properties conditioned by microphase separation
16. Processing of composite structures
17. Some aspects of chemistry and physics of plastic flow
18. Cholesteric and other phases in thermotropic liquid crystalline polymers with side chain mesogenic groups
19. Applications of ultra-violet microscopy to studies on the oxidation and stabilization of polymers
20. Nomenclature for thermal analysis - IV (Recommendations 1985)