end-of-run temperature

Optimization of operating conditions brought the catalyst into good performance at the end-of-run of period.

通过优化工艺条件,严控进料质量、改造循环氢压缩机油系统、调整二甲苯塔操作等措施,使催化剂在运行末期,也能发挥出良好的催化性能,并延长催化剂使用寿命;提高了催化剂处理C10芳烃的能力,降低重芳烃产率,提高经济效益。

The effects of powder temperature, die temperature, lubricant content and compacting pressure on the behavior of warm compaction at lower temperature were studied.

较系统地研究了低温温压工艺,考察了粉末温度、模具温度、润滑剂含量和压制压力对温压 密度的影响。

In this paper the effects of powder temperature, interior lubricant content and die wall lubricant type on the behavior of die wall lubricated warm compaction were studied.

结果表明,粉末温度在100℃时温压效果最好;Fe-1。