The result showed that shot size and gas delay time were the primary factors influencing gas penetration length, bending strength and fingering.
结果表明，欠料注射量和延迟时间是影响气腔长度、手指效应和弯曲强度的主要工艺参数。
Adjusting delay time and gas pressure can reduce the warpage of the part.
工艺上可以通过调整延迟时间和气体压力来减小产品的变形量。
The influences of the rheological properties, injection content and delay time of gas injection on material distribution and gas penetration are investigated.
考察了材料流变性能、注射量和气体注射延迟时间对材料层厚分布及气体在熔体中穿透的影响规律。
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