尼龙-1010是我国独创的工程塑料品种,已被较广泛地应用于精密机械零件、仪表制造、家用电器、航空等方面。有关尼龙-1010的基础研究大多在我国学者中间进行,由于在实际加工生产过程中,如通常的融熔纺丝、注射、模压等工艺均是在非等温条件下进行,有关它的非等温结晶动力学尚未见报道,本文用几种理论方法对尼龙-1010的非等温结晶动力学过程进行研究。 Nylon-1010 is our original engineering plastic variety, which has been widely used in precision machinery parts, instrument manufacturing, household appliances, aviation and so on. Most of the basic research on nylon-1010 is carried out among Chinese scholars. Because the processes of ordinary melt spinning, injection molding and compression molding are all carried out under non-isothermal conditions in the actual processing and production, its non-isothermal crystallization Kinetics has not been reported. In this paper, several theoretical methods are used to study the non-isothermal crystallization kinetics of nylon-1010.