Statistical thermodynamic analysis of the excess heat capacity function of macromolecular systems

Articles in the same Issue

1. Molecular structure, conformation and properties of macromolecules
2. New developments and future of synthetic polymer chemistry
3. Raw material-polymer interrelations-today's choice - tomorrow's options
4. Fluorescence studies of conformational mobility and of the mutual interpenetration of flexible chain molecules
5. Studies of the mechanism of polyolefin photodegradation
6. New aspects of photodegradation and photooxidation of polystyrene
7. Photosensitized oxidation of unsaturated polymers
8. The nature and importance of hydrocarbon-oxygen-metal complex interaction for C-H and C-C bond activation
9. The critical phenomena in the inhibited oxidation of polyolefins
10. Stabilization of polyolefins by preventive antioxidants and synergistic effects
11. The antioxidant role of u.v. stabilisers
12. Photo-oxidative degradation of polypropylene and stabilization by hindered amines
13. Synthetic polymers and the living environment
14. Heats of polymer mixing
15. Statistical thermodynamic analysis of the excess heat capacity function of macromolecular systems
16. Thermochemistry of aqueous micellar systems
17. Heat capacities of linear macromolecules
18. Theoretical aspects of polymer melting
19. Calorimetric instrumentation for studies of biopolymer model compounds
20. Scanning microcalorimeters for studying macromolecules
21. Nitrosamines and Pesticides: A Special Report on the Occurrence of Nitrosamines as Terminal Residues Resulting From Agricultural Use of Certain Pesticides
22. Analytical Biochemistry of Nickel