The new technologies adopted in the design of φ1830mm 25 0mm dryer bearing assembly such as cone journal, CARB bearing, heat insulation sleeve and oil lubrication are introduced and the principle of lowering bearing temperature is discussed.
介绍在φ1830mm×6250mm烘缸轴承装置设计中采用的新技术,如锥颈轴、CARB轴承、隔热套、稀油润滑,同时探讨了降低轴承温度的原理。
The thermal sleeve between the outlet nozzle and the main vessel was designed to avoid direct connection between them.
研究提出在出口管与主容器之间设计一隔热套管,以避免出口管与主容器直接连接,从而降低主容器与出口管相连接处的温度梯度,提高反应堆的安全性。
First, a thermal sleeve between the outlet nozzle and the main vessel was designed to avoid the temperature gradient the main vessel endured.
首先,在出口管与主容器之间设计一个隔热套管,以转移主容器所承受的温度梯度,并研究隔热套管直径和长度对其本身温度梯度的影响,实现隔热套管结构参数的优化。
