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The blends of polyethylene terephthalate(PET) and liquid crystalline polymers(LCP) were prepared for the investigation of crystallization behaviors. The chemical structure of LCP(HBH) is as shown below. ◁그림 삽입▷ (원문을 참조하세요...
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RISS 인기검색어
폴리에틸렌 테레프타레이트 블레드와 액정고분자의 결정화 = Crystallization of PolyEthylene Terephthalate Blends and Liquid Crystalline Polymers
한글로보기부가정보
다국어 초록 (Multilingual Abstract)
The blends of polyethylene terephthalate(PET) and liquid crystalline polymers(LCP) were prepared for the investigation of crystallization behaviors.
The chemical structure of LCP(HBH) is as shown below.
◁그림 삽입▷ (원문을 참조하세요)
Crystallization Kinetics of the blends were investigated by the isothermal DSC method.
The Avrami analyses were applied to obtain the information on the crystal growth geometry and factors controlling the rate of crystallization
The crystallization kinetics for the blends followed the classical Avrami equation up to a high degree of crystallization regardless of crystallization temperature.
The crystallization rate, as expected, decreases with increasing the crystallization temperature.
The chemical structure of LCP(HBH) is as shown below.
◁그림 삽입▷ (원문을 참조하세요)
Crystallization Kinetics of the blends were investigated by the isothermal DSC method.
The Avrami analyses were applied to obtain the information on the crystal growth geometry and factors controlling the rate of crystallization
The crystallization kinetics for the blends followed the classical Avrami equation up to a high degree of crystallization regardless of crystallization temperature.
The crystallization rate, as expected, decreases with increasing the crystallization temperature.
The blends of polyethylene terephthalate(PET) and liquid crystalline polymers(LCP) were prepared for the investigation of crystallization behaviors.
The chemical structure of LCP(HBH) is as shown below.
◁그림 삽입▷ (원문을 참조하세요)
Crystallization Kinetics of the blends were investigated by the isothermal DSC method.
The Avrami analyses were applied to obtain the information on the crystal growth geometry and factors controlling the rate of crystallization
The crystallization kinetics for the blends followed the classical Avrami equation up to a high degree of crystallization regardless of crystallization temperature.
The crystallization rate, as expected, decreases with increasing the crystallization temperature.
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