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Glass Transition

Hourston, D. J.

Abstract The glass transition, Tg, is the most important thermal transition shown by amorphous polymers. As the glass transition is a phenomenon of the non-crystalline state, it follows that it is a less dramatic event in semi-crystalline polymers. Fig. 1 shows how the modulus of an amorphous polymer changes with temperature and also indicates the influences of crystallinity and crosslinking on modulus.

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Glass Transition

Hourston, D. J.

Abstract The glass transition, Tg, is the most important thermal transition shown by amorphous polymers. As the glass transition is a phenomenon of the non-crystalline state, it follows that it is a less dramatic event in semi-crystalline polymers. Fig. 1 shows how the modulus of an amorphous polymer changes with temperature and also indicates the influences of crystallinity and crosslinking on modulus.

Glass Transition

Hourston, D. J.

Abstract The glass transition, Tg, is the most important thermal transition shown by amorphous polymers. As the glass transition is a phenomenon of the non-crystalline state, it follows that it is a less dramatic event in semi-crystalline polymers. Fig. 1 shows how the modulus of an amorphous polymer changes with temperature and also indicates the influences of crystallinity and crosslinking on modulus.

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Title:

Glass Transition

Contributors:

Hourston, D. J. (author)

Published in:

Mechanical Properties and Testing of Polymers ; 109-112

Polymer Science and Technology Series ; 3

Publication date:

1999-01-01

Size:

4 pages

ISBN:

978-94-015-9231-4 , 978-90-481-4024-4

ISSN:

DOI:

https://doi.org/10.1007/978-94-015-9231-4_24

Type of media:

Article/Chapter (Book)

Type of material:

Electronic Resource

Language:

English

Keywords:

Glass Transition , Dynamic Mechanical Thermal Analysis , Side Group , Amorphous Polymer , Glass Transition Region Chemistry , Industrial Chemistry/Chemical Engineering , Characterization and Evaluation of Materials , Mechanics , Polymer Sciences

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