displacement of piston

英 [dɪsˈpleɪsmənt ɒv ˈpɪstən] 美 [dɪsˈpleɪsmənt əv ˈpɪstən]

活塞的行程容积

化学



双语例句

  1. Fuzzy-integral Compound Control of the Electro-hydraulic Proportional Displacement of a Radical Piston Pump According to the
    径向柱塞泵电液比例排量的模糊积分复合控制
  2. For the vibration of the cylinder, friction force and the friction power loss of the cylinder piston system become less, the minimum oil film thickness, the displacement and the velocity of piston secondary motion become larger.
    通过与不考虑缸体振动时的相应结果对比表明:考虑缸体的结构振动后,缸套活塞间的摩擦力和摩擦功耗减小,油膜厚度、活塞的二阶运动位移及速度增大。
  3. Dynamic Analysis of Displacement Control Mechanism of a Axial Piston Pump Affected by Control Orifice
    排量控制阻尼孔对轴向柱塞泵动态响应特性的影响分析
  4. The Electro-hydraulic Proportional Displacement Control of a New Radial Piston Pump
    一种新型径向柱塞泵的比例排量控制
  5. The space image of valve displacement is presented as a tool for analyzing the relations of the Valve movement with the construction of piston compressors, and the method for the microcomputer measurement of the image and the program for data processing are also given.
    为分析阀片运动状态与压缩机结构的内在联系,提出了活塞式压缩机阀片位移的空间图像及其微机测试方法,并提供了相应的计算程序。
  6. Modeling and simulation for some simple cylinder halfway stop systems were made, the displacement curves of the piston in the working stroke were given and over-shoot values obtained according to each kind of halfway stop system.
    对几种常用简单气缸中间停止回路进行了建模和仿真,得出了气缸中间停止工作过程中的活塞位移曲线,由此得出不同中间停止系统的前冲量。
  7. The fuzzy controller is built up by taking the vehicle vibration displacement error and its change as inputs, using the balancing method to accomplish fuzzy inference and using Runge-Kutta equation to calculate the displacement of the damper piston rod.
    模糊控制器以车体振动位移误差及其变化率为输入,用重心法进行模糊推理可调阻尼力,运用龙格-库塔法计算出阻尼器活塞杆的位移。
  8. This paper expatiates a suit of software and hardware design for displacement test of ring valve to piston compressor, and dissertates the principle and structure of the eddy current displacement sensor for ring valve.
    介绍了一套活塞式压缩机环状阀阀片位移检测系统的软、硬件设计以及阀片位移检测用电涡流位移传感器的原理和结构。在线计算实时精度,系统不必标定,大大简化了检测过程。
  9. The piston stroke was calculated from the measured displacement of the journal pivot pin with the relation between the piston stroke and the displacement of the journal pivot pin derived from the geometrical relationships between the compressor parts.
    该测量方法确定容易测量的轴颈插销位移作为测量参数,然后根据活塞部件几何关系推导出活塞行程与轴颈插销位移的函数关系,计算出活塞行程。
  10. In this paper, a new principle is presented to detect and feed back dynamic volume flow through measuring pressure difference, displacement of main piston and nonlinear correcting between pressure and flow.
    论文介绍通过测量阀口前后压差及间口开度,并用电子线路对压力与流量非线性关系实时校正来检测与反馈动态流量的原理。
  11. This article designed a displacement setting mechanism by the fixed quantity of valve model radial column piston as base pump.
    以阀式径向柱塞定量泵为基泵设计了控制进油阻力的变量机构。
  12. Radial displacement of surface of nylon ring, stress distribution in the whole piston and contact stress distribution on the surface of piston are determined by strain gage measurement, photoelastic method and pressure compensation method.
    分别用电测法、光弹性法和平衡压力法测定了尼龙环表面径向位移、活塞全域应力状态和活塞表面接触应力分布。
  13. The Research of the Variable Displacement Control System of Piston Compressor
    阀配流式活塞式压缩机变排量控制系统的研究
  14. The Newmark numerical integral method is adopted to calculate the mathematics model of linear compressor and to optimize the factors, such as the diameter of wire, the diameter and displacement of piston, which affect piston dynamic response, and then the capability of compressor is boosted.
    因此本文采用Newmark数值积分法求解直线压缩机系统的数学模型,优化影响活塞动力学响应的因素,如动子线圈的导线直径,活塞的直径和行程等,以提高压缩机的性能。
  15. And, the effect of the swash plate moment, pressure pulsation and flow pulsation on the noise and variable displacement control of the piston pump.
    同时研究了斜盘力矩、压力脉动和流量脉动对柱塞泵噪声和柱塞泵变量控制特性的影响。
  16. The development trend of positive displacement hydraulic transmission towards high speed, high pressure and high flow demands higher performance of piston pump.
    随着容积式液压传动朝着高速化、高压化、大流量趋势的不断发展,对柱塞泵的性能也提出了更高的要求。
  17. The experiment research is performed on the electro-hydraulic open-looped and close-looped proportional axial variable displacement piston pumps. By comparison with the simulation, the geometric parameters which affect the dynamic performance of the piston pump and the effect disciplinarian are gotten.
    对电液比例开、闭环轴向变量柱塞泵进行了试验研究,结合仿真模型,对比研究后得到了影响柱塞泵动态性能的几何参数及其影响规律,并对几何参数进行了匹配研究。
  18. The closed-loop displacement control scheme of pump on the bases of the variable displacement piston position feedback is put forward. And the purpose of displacement control of the pump under different working conditions is achieved.
    本文针对双向电液比例变排量轴向柱塞泵的控制特性进行研究,提出了基于变量活塞位置反馈的闭环排量控制方案,以达到泵在各种不同工况下的排量控制目的。
  19. The research conclusions conduce to comprehending the forming mechanism of flow pulsation and the control principle of variable displacement mechanism. Therefore, these conclusions are the theoretical foundation and data reference for optimizing the flow characteristics of swashplate-type axial variable displacement piston pump.
    研究结论有助于更深入地理解流量脉动的形成机理以及变量机构的控制原理,能为优化轴向变量柱塞泵流量特性提供理论依据和设计参考。