By P. Galli, J. C. Haylock, T. Simonazzi (auth.), J. Karger-Kocsis (eds.)
ISBN-10: 9401042322
ISBN-13: 9789401042321
ISBN-10: 9401105219
ISBN-13: 9789401105217
Although polypropylene has been advertised because the Nineteen Fifties, learn and improvement during this quarter continues to be full of life. The intake of polypropylene through the years has been quite excessive, typically a result of regular development of its estate profile. Polypropylene: buildings, Blends and Composites, in 3 separate volumes, displays at the key elements that have contributed to the luck of polypropylene, facing all features of structure-performance relationships proper to thermoplastic polymers and similar composites.
quantity 1, Structure and Morphology, offers with polymorphism in polypropylene homo- and copolymers, the place molecular and supermolecular constructions are coated, and the processing-induced constitution improvement of polypropylene, exhibiting the interrelation among the processing-induced morphology and mechanical functionality.
quantity 2, Copolymers and Blends, comprises finished surveys of the nucleation and crystallisation behaviour of the similar platforms. It contains the advance of morphology and its results on rheological and mechanical houses of polypropylene-based alloys and blends and a assessment of polypropylene-based thermoplastic elastomers.
quantity three, Composites, offers a accomplished evaluate of crammed and bolstered structures with polypropylene as a matrix fabric, with the most emphasis on processing-structure-property-interrelationships. Chapters hide all facets of particulate stuffed, chopped fibre-, fibre mat- and non-stop fibre-reinforced composites. Interfacial phenomena, reminiscent of adhesion, wetting and interfacial crystallisation, also are integrated as vital facets of this subject.
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Additional resources for Polypropylene Structure, blends and composites: Volume 2 Copolymers and Blends
Sample text
2 Primary spherulite nucleation in polypropylene-based blends and copolymers z. Bartczak, E. M artuscelli and A. 1 INTRODUCTION The properties of a polymer can be extensively modified by physical mixing with another polymer. The properties of the resulting polymer blend depend not only on the composition and processing conditions but also on the physical state of each component at the temperature of application of the blend. Most of the theoretical and experimental investigations of the properties of polymer blends concern mainly systems containing amorphous components [1].
Recently, for both fundamental and practical reasons, blends with crystallizable components have received increasing attention [2]. Below the melting points of components, blends with crystallizable polymers constitute heterogeneous systems since the components separate from each other during crystallization. However, miscibility within the remaining amorphous phases of the components may still be possible. The phase separation induced by crystallization of components affects the mechanical properties of the blends, frequently causing their deterioration.
B. (1977) Toughened Plastics, Applied Science, London. 55. , Danesi, S. and Simonazzi, T. (1984) Polymer Engineering and Science, 24,544-54. 56. , Mancarella, C. et al. (1982) Polymer Engineering and Science, 22, 536-41. 57. Ficker, H. K. and Walker, D. A. (1990) Plastics and Rubber Processing and Applications 14, 103-8. 58. Kiang, W. (1985) SPE Antec Preprints, April, 467-9. 59. , Milani, F. and Simonazzi, T. (1985) Polymer Journal, 17 (1), 37-55. 60. , Savadori, A. and Marchetti, E. (1982) Influence of structural and morphological parameters on impact strength of polypropylene block copolymers, in Proceedings IUPAC International Symposium, Athens.
Polypropylene Structure, blends and composites: Volume 2 Copolymers and Blends by P. Galli, J. C. Haylock, T. Simonazzi (auth.), J. Karger-Kocsis (eds.)
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