给出了磁力支承系统设计的流程图；
The flowchart for designing the whole suspension structure has been provided.
其次，建立静电支承系统的动力学模型。
Secondly, the dynamic model of the electrostatic suspension system is built.
首先，介绍静电支承系统的基本工作原理。
Firstly, the basic operation principle of electrostatic suspension system is introduced.
轴承支承刚度对高速转子——支承系统的动力特性有重要的影响。
The bearing stiffness has a considerable influence on the dynamic characteristics of a rotor-bearing system.
支承系统的这个分类有助于对一般水田作业机械的支承系统实现规范化评估。
This classification will be of great assistance in normalized evaluation of supporting systems for all farm machinery riding on paddy field.
采用MATLAB语言编制了对传递矩阵法计算多柔盘转子-支承系统的临界转速；
Secondly, use transfer matrix arithmetic to have finished the relative program to calculate the critical speed of flexible multi-tray rotor bearing system by MATLAB language.
新型高精度框架支承系统经受了恶劣环境条件的考验，已成功地应用于四轴稳定平台。
This system has experienced the severe environment condition and has been used successfully in four-axis stable platform system.
研究开发出一种用于转子支承系统的新型阻尼器—环形金属橡胶减振器(RMRD)。
A new kind of rotor damper, Ring-like Metal Rubber damper (RMRD), has been invented.
用单油垫的油膜刚度值来表示柱面和球面轴颈两种极轴静压支承系统三个方向的刚度。
The stiffness of the polar axis' hydrostatic oil pads system in three directions was represented by the stiffness value of a single oil pad in two types of cylindrical and spherical journal.
该文建立了静电力矩的数学模型，确定了支承系统频率特性与静电力矩大小之间的关系。
A mathematical model of the electrostatic torque was used to analyze the relationship between the torque and the system frequency response.
在分析现有方法的基础之上，提出了一种基于线性无阻尼支承系统的刚体惯性参数识别方法。
Based on analysis of existing methodology, a methodology of inertia parameter identification based on the linear non-damping mounting system is put forward.
横梁和自身高度可调的支座用螺钉连结成稳固的下部支承系统，地板架在横梁围成的方格上。
Beam and their adjustable heights with screws even bearings form solid bottom rack in supporting system, floor beams surrounded the panes.
桁梁和自身高度可调的支座用螺钉连结成稳固的下部支承系统，地板镶嵌入桁梁围成的方格内。
The stingers and the height-adjustable pedestals link by screws, to form a solid bottom-support system. Then inlaid the raised floor tile into the box surrounded by stingers.
从多支承系统出发，运用功率流和四端参数方法，研究了安装在柔性基础上设备振动的隔离问题。
The problem of vibration isolation for the multi supporting machine installed on flexible foundations was studied by power flow and four end parameters methods.
实践表明，文中提出的有关数据处理方法和程式可有效地诊断发动机支承系统存在的问题，从而为其改进设计提供科学依据。
The practice shows that the problems of engine-mounting system can be diagnosed effectively by the help of this way and procedure.
离心机下阻尼器的性能是离心机稳定运行的重要因素，由于转子支承系统非线性问题的存在，因此研究下阻尼器的非线性具有重要意义。
The performance of bottom bearing damper is an important factor to the steady running of the centrifuge. So it is of significance to study the nonlinearity of the bottom bearing damper.
对五轴联动加工中心主轴系统进行动力学仿真分析，对原主轴系统的轴承支承系统和主轴结构进行了动态优化设计，提出了双排轴承的设计方案。
Based on the dynamic simulation of the spindle system of 5-axis machining center, dynamic optimization design is done for the bearing support system and the structure of the spindle.
将全身CT机的机械回转系统简化成一个刚性转子系统，该系统的静子与支承之间存在间隙。
The rotating system of CT machine is simplified into a rigid rotor system. There exist clearances between the stator and the elastic support.
以斜支承弹簧系统为研究对象，建立了矩形脉冲激励下系统非线性动力学方程。
The nonlinear dynamical equations of inclined support spring system were obtained under the excitation of rectangular pulse.
这两种系统的核心功能、支承、导向和驱动的作用方式很不相同。
The two systems implement the core functions of bearing, guiding and driving in very different ways.
计算机模拟计算和试验研究表明，机床滚动支承主轴系统采用复合式油膜阻尼器，可显著提高机床的动态性能。
Analogue computation and experiments show that employing compound oil film damper in antifriction bearing spindle system will raise significantly the dynamic behavior of machine tool.
本文对机床滚动支承主轴系统采用油膜阻尼技术进行了深入、系统的试验研究和机理分析。
The deep, systematic research of experiments and theoretical analysis are made to employing fluid Film damping technology in antifriction bearing spindle system of machine tool.
滚动轴承作为航空发动机转子系统广泛采用的一种支承，其力学特性对转子系统的动力特性有重要的影响，尤其是高速下更为显著。
The ball bearing is widely used in aero-engines. Its mechanical properties exert important influence on the dynamic characteristics of rotor systems, especially at high speed.
运用这一手段，我们开发成功了具有模糊推理能力的回转支承设计专家系统SRBES。
Using these means, we have developed an expert system for the design of slew ring with capacity of fuzzy inference SRBES.
支承子系统的位移阻抗特性可由试验求得，或者，当能够很好地建立支承子系统的数学模型时，也可由计算确定之。
The displacement impedance of the support subsystem is determined experimentally, or, by theoretical calculation if the mathematical model of the support subsystem can be well established.
结果表明，在换能器不同振动模态下，等效并联电容电阻并非恒定值，而且实际支承工况下换能器系统工作时存在负阻尼效应。
The result shows, under different vibration mode, equivalent parallel capacitance and resistance are not constant value. There is negative damp effect in transducer system at the operating mode.
因而对支承于弹性系统上的细长压杆，需考虑支坐变位对临界屈曲载荷的影响。
Thus, for the slender struts supported on the elastically system, the influence of the bearing deflection on the critical buckling load must be considered.
对微机化硬支承动平衡测试系统提出了一种矢量解算标定法。
A vector calibration and calculation method is put forward in this paper.
本文采用非线性分析方法研究了同时考虑支承阻尼和转子外阻尼的弹性支承滑动轴承系统的油膜失稳振动问题。
This paper studies the film unstable vibration of bearing system supported by flexible support considering both support damp and rotor extemal damp by use of nonlinear analysis.
本文采用非线性分析方法研究了同时考虑支承阻尼和转子外阻尼的弹性支承滑动轴承系统的油膜失稳振动问题。
This paper studies the film unstable vibration of bearing system supported by flexible support considering both support damp and rotor extemal damp by use of nonlinear analysis.
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