1·After compaction the components pass through a sintering furnace.
零件压实后通过烧结炉。
2·The operational effects of domestic sintering furnace and some issues about it was discussed.
同时探讨了国产烧结炉的使用效果及存在问题。
3·A temperature control system which is adapted for sintering furnace of semiconductor is introduced.
介绍一种适用于半导体烧结炉的控温系统。
4·We adopt a rule of three steps fuzzy control system applying to temperature control of vacuum sintering furnace.
采用了一种三段规则的模糊控制策略，对真空烧结炉的温度进行控制。
5·In the temperature control system recreation of the vacuum sintering furnace, a advanced temperature controller was used.
利用智能温度控制器，改造了真空烧结炉温度控制系统。
6·Through the program debugging, revision, we have finally realized to control the continuous sintering furnace parts transportation.
通过程序调试、修改，最终实现了对连续烧结炉零件输送的控制。
7·Because in sintering furnace the ac voltage controller with thyristor phase-control technology is used, so it is a typical harmonic-producing load.
烧结炉采用了晶闸管相控交流调压技术，属典型的谐波源负荷。
8·This paper introduces the design idea, structure characteristic, major technology parameter and application of gas shielded shoe sintering furnace.
介绍了气氛烧端炉的设计思路、结构特点、主要技术参数及应用范围。
9·In this paper, the experiment results for a spherical ammonia catalyst prepared from remelt scrap are reported by using spheroidizer and sintering furnace.
进行了回炉料经成型和烧结等工艺制备球形氨合成催化剂的实验室研究。
10·The present invention provides a continuous sintering furnace and a manufacturing system. The continuous sintering furnace can optimize the cooling temperature arrangement.
本发明提供一种连续烧结炉和制造系统，该连续烧结炉能够使冷却温度分布最佳化。