节流衬套,throttle bush
1)throttle bush节流衬套
2)throttle bush节流阀衬套
3)throttle bushseal节流阀衬套密封
4)throttle shaft bushing bore节流阀轴衬套孔
5)knuckle bushing关节衬套
6)universal joint bushing万向节衬套
英文短句/例句
1.universal-joint bushing and ring spider万向节衬套及球十字架
2.Elliptical track design of uniform speed gimbal and finite element analysis of starry case等速万向节椭圆轨道设计与星形套有限元分析
3.A Floating bush Semi open Cushioning Mechanism and Its Dimensions Calculation浮动衬套式节流缓冲机构及尺寸计算
4.The paper describes the working principles on which a floating bush semi open cushioning mechanism operates, with its floating bush?s dimensions having been calculated herewith.介绍浮动衬套式节流缓冲机构的工作原理及浮动衬套的尺寸计算。
5.The Research of Graphite-ferrite Anti-friction Guiding Lining;铁基—石墨耐磨柔性导向衬套的研究
6.Pressure Calculation of Powder Gas in Bush Radial Clearance衬套径向间隙部位火药气体压力计算
7.two -joint inboard slip drive shaft两万向节滑动的传动轴
8.flange crossing-transmission shaft universal joint凸缘叉-传动轴万向节
9.universal joint (excl. for vehicles)万向节（不包括车辆用）
10.ball spline rzeppa universal joint滚动花键球笼式万向节
11.The dynamics of Valentine"s Day roses suite value and worth88,000 yuan?【动态】人节8.8万元玫瑰套房值与不值？
12.There must be one or more universal joints to permit variations in the angle of drive. There must also be a slip joint that permits the effective length of the propeller shaft to change.一个或几个万向节来适应传动角度的变化;一套伸缩花键,能够改变传动轴的现有长度。
13.Sintered metal bushes--Determination of radial crushing strengthGB/T6804-1986烧结金属衬套径向压溃强度测定法
14.Research on Non-Magnetism Bush of IPM Synchronous Machine切向结构永磁同步电机的非导磁衬套研究
15.Gimble Lock Killer Filtering文件过滤时万向节不变；文件过滤时锁定万向节
16.Swinging Angle Detection Based on the Testing Apparatus of Cycle Life of Universal Joint基于万向节周期寿命试验台的万向节摆角检测
17.fitting rubber liner for stern tube尾轴管橡胶衬套嵌套
18.clutch and shaft coupling (including universal joints)离合器及联轴节（包括万向节）
相关短句/例句
throttle bush节流阀衬套
3)throttle bushseal节流阀衬套密封
4)throttle shaft bushing bore节流阀轴衬套孔
5)knuckle bushing关节衬套
6)universal joint bushing万向节衬套
延伸阅读
节流节流Throttled flow节流(throttled flow)节流是强迫流过一个限定面积，在那里流速一定会增加的流动。流过这个收缩区时，由于压力下降而产生的动能通常由于涡旋扰动大部分转换为热能。其结果是这个系统中的机械能损失。例如采用一个球形阀门来节流气体时，阀门下游不远处的速度在大多数情况下只比节流截面前稍大一点。这是一个等烩过程。由于节流阀把机械能损失引入流动系统，而使流量可得到控制。参阅“等嫡过程”(i*n-tropic proeess)条。当气体以声速流过诸如喷管那样的收缩段时，便产生一种特殊的节流效应。此时，进一步降低下游压力不会改变上游状态，同时流量保持常数。 〔斯特里特(v.I砂.Streeter)撰二
