1985
DOI: 10.1002/actp.1985.010360107
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Die Feinstruktur der Relaxationsspektren von Polypropylen und die Relaxationsübergänge

Abstract: Beim Polypropylen werden im Temperaturintervall von −200°C bis + 175°C drei Gruppen von Relaxationsübergängen gefunden. Die Gruppe der β‐Übergänge umfaßt drei Relaxationsprozesse. Zur Gruppe der α‐Übergänge gehören drei Segmentrelaxationsprozesse, deren wichtigster der Glasübergangsprozeß ist. Die Gruppe der drei γ‐Übergänge hängt mit dem reversiblen Zerfall physikalischer Knoten im molekularen Netzwerk zusammen. Die Werte der Relaxationskonstanten für alle Relaxationsübergänge wurden bestimmt, und die Gründe … Show more

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Cited by 7 publications
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“…The crystallinity values obtained were correlated with mechanical properties. With forced torsional-resonant vibrations over a temperature interval from -200 to 175°C, nine relaxation transitions appeared in the spectrum [375]. Values of relaxation constants at each of these transitions were determined and these were interpreted in relation to the structure of isotactic polypropylene.…”
mentioning
confidence: 99%
“…The crystallinity values obtained were correlated with mechanical properties. With forced torsional-resonant vibrations over a temperature interval from -200 to 175°C, nine relaxation transitions appeared in the spectrum [375]. Values of relaxation constants at each of these transitions were determined and these were interpreted in relation to the structure of isotactic polypropylene.…”
mentioning
confidence: 99%