综述了关于高聚物在熔融混合过程中能量消耗及初始阶段形态演化的研究现状。
Recent research on energy consumption and morphology evolution during the initial stage of polymer melt compounding is reviewed.
利用偏光显微镜，对高聚物(PP,PS和PE)在不同条件进行熔融结晶时的球晶进行了研究。
Spherulites of some polymers such as PE, PP and PS during melting crystallization under different conditions are studied by means of polarized microscope.
在高聚物材料性能研究基础上，阐释了熔融沉积成型工艺所要求的材料的特殊性能。
Based on the study of polymer performance, the special performance that used in the FDM.
这对高聚物是一完全互溶的共混体系，当共混体系处在熔点和相混合温度之间时，同时存在结晶的熔融相和无定形的相容共混相。
When the temperature of the blend is between melting-point and phase-mixing point, both melting-crystal phase and amorphous miscible phase are present.
这对高聚物是一完全互溶的共混体系，当共混体系处在熔点和相混合温度之间时，同时存在结晶的熔融相和无定形的相容共混相。
When the temperature of the blend is between melting-point and phase-mixing point, both melting-crystal phase and amorphous miscible phase are present.
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