1.
Double-Motor Anti-Backlash Driving Technology and Its Application in NC Machine Tool
双电机驱动消隙技术及其在数控设备中的应用
2.
protective horn
消弧角保护放电间隙
3.
Design of Air Gap Inductance Regulation Arc Suppression Coil Control System
气隙调感式消弧线圈控制系统的设计
4.
Gas Gap Pressure During Mold Filling Process in Expendable Pattern Casting
消失模铸造充型过程气隙压力的研究
5.
These hollows are uneffaceable,these formations are indestructible.
那些空隙是不会消失的，那些成绩是毁灭不了的。
6.
Study on the Gas Gap at the Front of Iron Melt Flow in the Expendable Pattern Casting Process
干砂消失模铸造铁液流动前沿气隙的研究
7.
Anti-backlash Research of Telescopes Driven by Dual-bias Motors Using Dynamic Method
望远镜双电机驱动消齿隙的动力学设计
8.
Several Structures Used for Eliminating the Backlash of Worm-gear Pair in CNC Gear Milling Machine
数控机床中消除蜗轮副侧隙的几种结构
9.
In this paper the gas gap in the expendable pattern casting process was studied and the relation between the gas gap and collapse defect is discussed.
对消失模铸造铸铁件流动前沿的气隙进行了研究 ,探讨了气隙与坍塌缺陷的相互关系。
10.
This model is engaged with integrated hydraulic system, which illustrates robust performance.
◆ 采用三点支承滚动导轨，消除支承间隙，提高剪切质量。
11.
The initial retrofit consisted of removing the gaps between the stringer flange and floor beam by providing shims.
最初的修复工作是通过垫片来消除纵梁翼缘和横梁之间的间隙。
12.
Deep in the earth, however, pressures are so great that open spaces of any kind are obliterated.
但是在地下深部，由于压力太大，使得任何类型的孔隙都归于消失。
13.
The measured results indicate that the final gear backlash is eliminated and the desired results are achieved.
测试结果表明消除了末级齿隙,达到了预期的目的。
14.
Laryngoscope showed that arytenoid was significantly within-shifted. The glottic posterior chink vanished in 9 cases and reduced in 3 cases.
喉镜检查见杓状软骨明显内移,声门后裂隙消失9例,缩小3例。
15.
Equilibrium Criterion and Application of Mass and Energy Transfer in Front of Metal Stream in EPC
消失模铸造液流前沿气隙中的质能传输平衡判据及应用
16.
Research on Thickness of Gas Interspace When Liquid Metal Flows in Process of Pouring in Expendable Pattern Casting
消失模负压铸造液态金属流动前沿气隙的厚度研究
17.
Gas Interspace Pressure in Liquid Metal Flowage Frontier in Evaporated Pattern Casting(EPC)
消失模铸造金属液流动前沿气隙中气体压力的研究
18.
Inititial excess pore-water pressure developed during single pile driving
单桩沉桩引起的初始超孔隙水压力及其消散的计算