The result showed that, in comparison with cure by heating, the microwave curing was much faster and obtained better shear strength.
研究表明，利用微波固化环氧胶时，不仅固化时间短，而且剪切强度优于加热固化。
The utility model relates to a carriage body, particularly a carriage body which is suitable for being used on a microwave curing car.
本实用新型是一种车厢体，特别是一种适用于微波养护车上的车厢体。
The results show that nanometer microwave-absorber can obviously decrease the microwave curing time of modified epoxy adhesive under the same curing condition.
结果表明，在相同固化条件下，纳米微波吸收剂能明显降低改性环氧胶粘剂的微波固化时间。
The effect of microwave curing on the curing velocity, mechanical and thermal properties of epoxy and epoxy matrix composites were discussed emphatically and in detail.
但环氧树脂传统的热固化方法由于存在着传热速度慢、温度梯度大、固化不均匀和固化速率低等问题，严重影响了环氧树脂基复合材料的固化质量。
The paper focused on the effect of microwave curing on the curing rate of epoxy resin and its composites as well as the mechanical and thermal properties of cured products.
作为基体材料，环氧树脂在微波辐射下的固化机理、固化特性及固化产物性能对探索其复合材料的微波固化成型工艺具有重要的参考价值和指导意义。
To achieve a fast curing process, we deposit microwave energy to the spot where optical bonding is desired.
为了达到一个快速固化过程，直接将微波能量作用于需要进行光学粘合的地方。
In this paper is described the principle for and the experiments on curing of thermoset-ting resin with microwave heating.
本文介绍了热固性树脂用微波加热固化的原理，并报导了环氧树脂微波固化的实验研究。
The recent research development of thermosetting, microwave and photo curing technology of epoxy resin was presented in this paper.
综述了近年来国内外关于环氧树脂的热固化、微波固化及光固化技术的研究情况。
An automated system can then adjust the power output of the microwave so that a fairly constant curing temperature can be maintained.
根据温度的高低，一个自动化的系统则可以调整微波的功率输出，以便达到相对恒定的固化温度。
The properties of the materials used for making models of sodium silicate bonded sand core curing by microwave energy are suggested.
结果表明，塑料模具和陶瓷模具都可用于水玻璃砂芯的微波固化。
The properties of the materials used for making models of sodium silicate bonded sand core curing by microwave energy are suggested.
结果表明，塑料模具和陶瓷模具都可用于水玻璃砂芯的微波固化。
应用推荐