Project detail
Blends of PP/TLCP compatibilized using ionomers based on PP-AA´ copolymers
Duration: 01.01.2000 — 31.12.2002
Funding resources
Czech Science Foundation - Standardní projekty
- whole funder
On the project
anotace cs
Description in English
Improvement of low temperature fracture toughnesss of PP is commonly achieved using blends of PP with elastomers. Substantial reduction of the material elastic moduli as well as yield strength occuring in these materials is the main off set hindering extension of the applicability of these materials in the area covered by engineering plastics. There are indications in the literature that it is possible to achieve increased fracture toughness and, at the same time, enhanced elastic moduli and yield strength when solid, plastically deformable inclusions of optimum interfacial adhesion are uniformly dispersed in the PP matrix. The primary goal of the proposed project is to investigate effects of various structural variables such as PP tacticity, TLCPbackbone rigidity and composition of the partially neutralized Na salts of PP-AA copolymer used as compatibilizer ob the impact fracture response of PP/TLCP blends. It is hypothetized that during the fracture process, spherical inclusions of TLCP will
Mark
GA104/00/0848
Default language
Czech
People responsible
Jančář Josef, prof. RNDr., CSc. - principal person responsible
Units
Faculty of Chemistry
- (2001-01-01 - not assigned)
Results
JANČÁŘ, J. Impact Behaviour of PP/TLCP Blends. In 14th Bratislava Int. Conf. On Modified Polymers. Bratislava: ÚP SAV Bratislava, 2000. p. 7-9. ISBN: 80-968433-0-3.
Detail
JANČÁŘ, J. Impact Behavior of Polypropylene and Its Blends and Composites. In Handbook of Polypropylene and Polypropylene Composites. 51. New York: M.Dekker, New York, 2003. p. 157-201. ISBN: 0-8247-1949-2.
Detail
JANČÁŘ, J., ČERNÝ, P. Use of polyols from recycled PET for synthesis of PUR thermoplastic elastomers. In 1. Brno: 2002. p. 171-186. ISBN: 80-214-2151-7.
Detail
JANČÁŘ, J. Note on the thickness dependence of elastic modulus of interphases with varying cross-link density. In 2000. p. 25-25.
Detail
Link