径向间隙的英文

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"径向间隙"怎么读用"径向间隙"造句

英文翻译手机版

bottom clearance
clearance diametral
diameter clearance
diameter runout
diametral clearance
radial clearance
radial play
radial space

"径向"英文翻译 radial; radial direction
"间隙"英文翻译 interval; gap; freedom; spac ...
"风罩径向间隙" 英文翻译 : cowling radial gap
"径向间隙叶片" 英文翻译 : radial-clearance blading
"叶片径向间隙" 英文翻译 : radial blade clearance
"径向间隙检验机" 英文翻译 : radial clearance checking machine
"径向间隙叶片组" 英文翻译 : radial-clearance blading
"行程套筒径向间隙" 英文翻译 : run out
"活塞与活塞圈间径向间隙" 英文翻译 : back clearance
"相关径向间隙的弧长" 英文翻译 : arc length of relevant redial gap
"侧向间隙" 英文翻译 : backlash; flank clearance; lateral clearance; side play
"横向间隙" 英文翻译 : side clearance
"环向间隙" 英文翻译 : radial clearance
"轴向间隙" 英文翻译 : axial-gap; axiales spiel; end clearance; end play; float; side play
"纵向间隙" 英文翻译 : axial clearance; back and forthpiston; back-and-forth piston; longitudinal piston
"轮叶轴向间隙" 英文翻译 : axial blade clearance
"蜗杆轴向间隙" 英文翻译 : worm shaft end play
"叶片轴向间隙" 英文翻译 : axial blade clearance
"轴向间隙测定" 英文翻译 : check of axial clearance
"轴向间隙确定" 英文翻译 : check of axial clearance
"活塞环轴向间隙" 英文翻译 : piston ring axial clearance
"径向活动间隙" 英文翻译 : radial play
"齿轮齿隙侧向间隙游隙" 英文翻译 : back-lash
"恒定轴向间隙齿轮泵" 英文翻译 : fixed axial clearance gear pump; fixed axial clearance gearpump
"扇形齿轮轴轴向间隙" 英文翻译 : sector shaft end play

例句与用法

Rolling bearings - radial internal clearance
滚动轴承.径向间隙
Ball bearings , conrad type , for electrical machines ; tolerances and radial clearance
电气机械用的连杆式球轴承.公差和径向间隙
Special multicrown designed gearing with limited radial clearance perfectly centring the rotating pieces and eliminating lateral vibrations
专门采用多齿轮冠设计的齿轮装置，其限定的径向间隙能够完美地实现与旋转部件的对中，消除了横向扰动。
Compared with the traditional tto , its start - up current is much less , and its larger cylindrical volume allows a higher space charge limit current
对于在电流临近空间电荷限制电流和大信号时，径向电子束与径向间隙内微波电场的非线性相互作用过程进行了初步的研究。
The improved microwave output power and efficiency are obtained . ( 1 ) the radial klystron oscillator with foldaway - concentric cylindrical resonant cavity is researched firstly
研究了径向电子束与径向间隙内，径向二极管间隙内，径向反射速调管内的微波电场的相互作用过程。
The flow between two gaps in the new type of axial trust balancing device was assumed as laminar move , and the flowing physical model in these two gaps was simplified into laminar move in the gaps between two parallel plates
摘要将新型轴向力平衡装置两个间隙中的流动假设为层流，并将两个间隙流动的物理模型简化为平行板间隙的层流运动，推导出了径向间隙与?漏量关系式和考虑离心力效应时轴向间隙与?漏量的关系式。
The researchful result indicates that the optimal axial leakage is a little less than the optimal radial leakage , and the friction power which is caused by liquid viscosity decrease with the increasing of the leakage , and the friction power change not too much with the influence of the leakage
研究结果表明：最佳的轴向间隙值略小于径向间隙，液体粘性引起的摩擦功率随间隙的增大而减小，在最佳间隙值的附近，摩擦功率受间隙变化影响不大。
Meanwhile by using numerical method , the beam ' s one - order current density , and the power exchange between the beam and the field are solved . curves are given to illustrate the relations among the above solved parameters and the gap ' s transit angle in different electron velocity and number density
然后通过数值求解得到了不同初始速度和电子数密度时径向间隙中一阶电流密度、高频电场、电子束与本征场的功率交换等随间隙直流渡越角的变化规律。
This dissertation describes in detail about the operation principle of cooling system , the hardware circuit design and software design of the single chip control system . being different to the structure collation method of traditional cooling system , this system divided the whole system into two parts : cooling system for engine and cooling system for hydraulic oil system , and both of them are controlled by one singlechip
这种电液混合驱动冷却方式可以使风扇离开发动机而灵活布置,克服了传统驱动方式的各种弊端,减小了风扇的径向间隙,提高了容积效率,降低了能耗,并有效解决了发动机和液压传动系统的过热问题。论文对该系统的工作原理、硬件组成、软件设计作了详细论述。
4 . based on the viscous hydrodynamics , the leakage characteristics of newton liquid that is transmitted by helical gear pump are researched for the aim of the least power loss , and the leakage model is founded , the mathematic models of the radial and the axial leakage are gained . at the same time the optimal radial leakage and axial leakage are got , and the numerical calculation is achieved
基于粘性流体力学，以功率损失最小为目标，首次对牛顿流体在斜齿齿轮泵中的漏流特性进行了研究，建立了泄漏模型，分别得到了斜齿齿轮泵的径向和轴向泄漏的数学计算模型；同时得到了斜齿齿轮泵最佳径向间隙和最佳轴向间隙，并在此基础上进行了数值计算。