While under the non-isothermal Crystallization the introduction of BPDA would restrict the movement of copolymer segments and result in a slower crystallization speed.
在非等温结晶条件下，由于链段活动能力下降，结晶增长速率变慢。
Furthermore, TGA results showed that with the increasing contents of BPDA, the thermal decomposition temperatures and thermal decomposition residues of the copolyester increased obviously.
TGA结果表明，随着共聚单体BPDA投料量的增加，共聚酯的热分解温度和热分解残留量都有比较明显的提高。
Furthermore, TGA results showed that with the increasing contents of BPDA, the thermal decomposition temperatures and thermal decomposition residues of the copolyester increased obviously.
TGA结果表明，随着共聚单体BPDA投料量的增加，共聚酯的热分解温度和热分解残留量都有比较明显的提高。
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