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用热台和偏光显微镜研究了ＧＦ（玻璃纤维）、ＣＦ（碳纤维）和ＫＦ（Ｋｅｖｌａｒ－４９纤维）分别诱发ＰＦ尼龙Ⅰ~＃（即石油发酵尼龙Ⅰ~＃新材料）的界面结晶形态和结晶能力。分别考察了纤维性质，结晶温度等因素对ＰＦ尼龙Ⅰ~＃形成横晶的影响。
The interfacial crystallization morphology and crystallization of PF nylon Ⅰ ~ # (ie, the new materials of petroleum-derived nylon Ⅰ ~ #) induced by GF (glass fiber), CF (carbon fiber) and KF (Kevlar-49 fiber) ability. The effects of fiber properties, crystallization temperature and other factors on the transversal crystallization of PF nylon I ~ # were investigated.