Structure-performance relationships in organotin mercaptide stabilizers

Articles in the same Issue

1. Kinetics and mechanism of vinyl chloride polymerization
2. Vinyl chloride monomer in PVC: from problem to probe
3. The life-cycle of the two phase system in vinyl chloride polymerisation
4. Chemical and molecular structure of poly(vinyl chloride)
5. Trial for correlation between structural defects and thermal stability in polyvinylchloride
6. Branching characteristics of poly(vinyl chloride)
7. Phase structure of polyvinyl chloride (PVC) and PVC/polymer blends
8. The development and importance of suspension PVC morphology
9. Physical aging and thermal history effects in PVC, both above and below Tg
10. Behavior of copolymers, blends and alloys
11. Effects of blending acrylic polymers on the physical properties and processing behavior of poly(vinyl chloride)
12. Properties and performance of blends of PVC with new, high- impact thermoplastic resins
13. The morphology, rheology and processing properties of polyvinyl chloride
14. Rheological functions and processing by extrusion and stretching of PVC biaxially oriented sheets
15. Structure and rheological properties of poly(vinyl chloride) melts
16. Recent developments in degradation and stabilization
17. Recent advances in PVC stability with metal and organic compounds
18. Structure-performance relationships in organotin mercaptide stabilizers
19. Regulatory status of polyvinyl chloride, 1980
20. Risk assessment of exposure to vinyl chloride
21. Volatile combustion products of polyvinyl chloride