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1·Quantity of accelerant affected to gel time of anchoring agent for resin bolt;

实验结果表明，随着环硫树脂的量的增加，凝胶化时间逐渐缩短。

2·Under different conditions, the gel time of the gel system is from hours to days.

该凝胶体系的成胶时间在不同条件下从几个小时至几十个小时的变化。

3·Gel time and gel strength may be controlled through adjusting the concentration of polymer.

通过调整体系浓度，可以实现对成胶时间和成胶强度的控制。

4·The relations of viscosity vs. temperature and gel time vs. temperature of 3233 epoxy resin system are studied.

研究了3233环氧树脂体系的粘度-温度关系、凝胶时间-温度关系、热力学性能、垂直燃烧性能和力学性能。

5·As for curing process, the influence of dosage of curing agent and curing temperature on gel time was investigated.

在固化工艺方面，研究了固化剂含量和固化温度对于凝胶时间的影响。

6·The results show that the addition of PET resin extends gel time, narrows temperature range at low viscosity of the melt resin system.

研究结果表明：PEI的加入使树脂体系的凝胶时间延长，导致树脂熔液在低粘度时的温度范围缩小和粘度增大。

7·And then the curing method of modified epoxy is theoretically proven by some techniques such as viscosity and gel time and DSC and so on.

通过选用粘度、凝胶时间及DSC分析等方法，从理论上制定了改性环氧树脂基体的固化制度。

8·First, orthogonal experiment have been designed using two curing agents and modifiers of the mixture to gel time as the evaluation index.

首先采用两组正交实验设计固化剂与改性剂的混合比，以凝胶时间作为评价指标；

9·The results showed that the gel time of uncured resin could greatly affected by ambience, which is much shorter in air than in an atmosphere.

结果表明，固化气氛对酚醛型氰酸酯的反应活性有着显著的影响，在空气气氛中的凝胶时间远小于惰性气氛的凝胶时间。

10·The influence of JH and JHF on the viscosity and gel time of the resin in RTM as well as the volume resistivity and flexural properties of FRP are studied.

本文研究了JHF和JH型抗静电剂对RTM专用树脂粘度、凝胶时间及RTM成型FRP制品的体积电阻率和弯曲性能的影响。