CHARACTERISTICS OF STRUCTURE OF IMPACT COPOLYMERS OF POLYPROPYLENE WITH LOW ETHYLENE CONTENTS
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CHARACTERISTICS OF STRUCTURE OF IMPACT COPOLYMERS OF POLYPROPYLENE WITH LOW ETHYLENE CONTENTS
Vol. 12, Issue 2, Pages: 164-172(1994)
Affiliations:
1. Department of Materials Science and Engineering
2. University of Science and Technology of China
3. Academia Sinica Structure Research Laboratory
4. Hefei
5. Anhui
6. 230026
Author bio:
Funds:
DOI:
CLC:TQ325.14
Published:20 June 1994
Accepted:
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[1]马德柱,李希强,张瑞云,洪昆仑,罗筱烈.CHARACTERISTICS OF STRUCTURE OF IMPACT COPOLYMERS OF POLYPROPYLENE WITH LOW ETHYLENE CONTENTS[J].Chinese Journal of Polymer Science,1994,{4}(02):164-172.
MA Dezhu, LI Xiqiang, ZHANG Ruiyun, et al. CHARACTERISTICS OF STRUCTURE OF IMPACT COPOLYMERS OF POLYPROPYLENE WITH LOW ETHYLENE CONTENTS[J]. 1994, 12(2): 164-172.
[1]马德柱,李希强,张瑞云,洪昆仑,罗筱烈.CHARACTERISTICS OF STRUCTURE OF IMPACT COPOLYMERS OF POLYPROPYLENE WITH LOW ETHYLENE CONTENTS[J].Chinese Journal of Polymer Science,1994,{4}(02):164-172.DOI:
MA Dezhu, LI Xiqiang, ZHANG Ruiyun, et al. CHARACTERISTICS OF STRUCTURE OF IMPACT COPOLYMERS OF POLYPROPYLENE WITH LOW ETHYLENE CONTENTS[J]. 1994, 12(2): 164-172.DOI:
CHARACTERISTICS OF STRUCTURE OF IMPACT COPOLYMERS OF POLYPROPYLENE WITH LOW ETHYLENE CONTENTS
the structure and impact properties of copolymers of polypropylenewith low ethylene contents have been investigated. Based on the results of
13
C--NMR
FTIR
WAXD
DSC
PLM and SEM
the relationship between impact properties and morphology of thecopolymers has been discussed. The high impact properties of copolymer ICP2 may attribute tothe relatively higher ethylene content and homogeneous ethylene unit distribution. The size andits distribution of spherulite in the copolymers and cycloid cavities dispersed in polypropylenecontinue phase may also be two important factors which affect the impact properties of these materials.
Abstract
In the present work
the structure and impact properties of copolymers of polypropylenewith low ethylene contents have been investigated. Based on the results of
13
C--NMR
FTIR
WAXD
DSC
PLM and SEM
the relationship between impact properties and morphology of thecopolymers has been discussed. The high impact properties of copolymer ICP2 may attribute tothe relatively higher ethylene content and homogeneous ethylene unit distribution. The size andits distribution of spherulite in the copolymers and cycloid cavities dispersed in polypropylenecontinue phase may also be two important factors which affect the impact properties of these materials.
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