1) high-pressure shaft seal
高压轴密封
2) high-pressure seal
高压密封
1.
The design of D-shape shearing bolts in high-pressure sealing structure was discussed and compared with the design of tensile bolt and general shearing bolt.
比较了两种主要的螺栓———法兰连接结构-主螺栓连接和抗剪螺栓连接在结构方面的特点;提出了一种新开发设计的D形抗剪螺栓结构;探讨了高压密封结构中D形抗剪螺栓的设计,并与普通拉伸螺栓、一般抗剪螺栓的设计进行了比较。
3) high pressure sealing
高压密封
1.
Deformation compensation was proved to be a valid way to solve the problem of high pressure sealing.
试验结果表明,变形补偿是解决柱塞偶件超高压密封的有效途径;其中方案E偶件满足超高压下对密封性的要求,共轨压力为150 MPa时,高压泵容积效率可达88。
5) High-pressure sealing
高压密封
1.
A type high-pressure sealing structure was discussed.
分析和研究了一种典型的高压密封结构,针对该结构密封不严、压力变化不稳定、O形圈表面磨损和聚四氟乙烯圈受压变形失效等故障,设计出一种新型的密封结构。
6) super-high pressure sealing
超高压密封
1.
In addition,the design scheme and test model of super-high pressure sealing mechanism are raised and the indoor experiment is performed with the sealing pressure difference of 106 MPa,indicating that the sealing mechanism c.
提出超高压密封机构设计方案和试验模型,并进行了室内试验,试验中密封压差达到106 MPa,表明该密封机构能承受超高压密封。
补充资料:高压线走廊(高压架空线路走廊)
在计算导线最大风偏和安全距离情况下,35kV及以上高压架空电力线路两边导线向外侧延伸一定距离所形成的两条平行线之间的专用通道。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条