引用本文:
Li Fang TONG, Ye SHEN, Qiang ZHENG, Yong Gang SHANGGUAN. A Novel Approach for Observing Morphology of Polypropylene under Ultrasonic Vibration by SALS[J]. Chinese Chemical Letters,
2004, 15(7): 841-844.
Citation: Li Fang TONG, Ye SHEN, Qiang ZHENG, Yong Gang SHANGGUAN. A Novel Approach for Observing Morphology of Polypropylene under Ultrasonic Vibration by SALS[J]. Chinese Chemical Letters, 2004, 15(7): 841-844.

Citation: Li Fang TONG, Ye SHEN, Qiang ZHENG, Yong Gang SHANGGUAN. A Novel Approach for Observing Morphology of Polypropylene under Ultrasonic Vibration by SALS[J]. Chinese Chemical Letters, 2004, 15(7): 841-844.

A Novel Approach for Observing Morphology of Polypropylene under Ultrasonic Vibration by SALS
摘要:
In this paper, a set of ultrasonic vibration device connecting with small angle light scattering(SALS) for in-situ observing phase-transition of polymer under ultrasonic vibration was established. The experiments for verifying polypropylene(PP) indicated that ultrasonic vibration resulted in the decrease of the crystallization rate and made PP crystallizable at low temperature.
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关键词:
- Polypropylene
- / ultrasonic
- / vibration
- / crystallization
- / SALS
English
A Novel Approach for Observing Morphology of Polypropylene under Ultrasonic Vibration by SALS
Abstract:
In this paper, a set of ultrasonic vibration device connecting with small angle light scattering(SALS) for in-situ observing phase-transition of polymer under ultrasonic vibration was established. The experiments for verifying polypropylene(PP) indicated that ultrasonic vibration resulted in the decrease of the crystallization rate and made PP crystallizable at low temperature.
-
Key words:
- Polypropylene
- / ultrasonic
- / vibration
- / crystallization
- / SALS

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