How to use the air bearing's pressure to move and test it's feasibility study is the main goal of this research. 因此如何利用气浮轴承本身的气压作推动力,并测试其可行性为本论文之主要研究方向。
Closed center hydrostatic power steering system Design of Profilograph Based on Static-pressure Air Bearing Slider 闭心式静液压转向系基于静压气浮导轨形状测量仪的研制
Air bearing linear stage is a common equipment for precision measurement due to its low friction advantage. It, however, needs a driver, such as the motor, to move. 现在的精密量测平台常利用气浮轴承达到减低摩擦力的功效,而其推进系统以马达带动,如三次元量测仪。
Absorption Property in Rectangular Waveguide with Left-handed Material Design of Profilograph Based on Static-pressure Air Bearing Slider 左手介质矩形波导的吸收特性(英文)基于静压气浮导轨形状测量仪的研制
Vibration Characteristics of a New Air Bearing Rotor System During Startup 新型气浮联合轴承转子系统启动过程振动特性
A Fuzzy Locomotion Control Method for Air Bearing Robot 气浮式移动机器人的模糊运动控制方法
Research and Development of Air Bearing Spacecraft Simulator on the Multiple Degrees of Freedom 多自由度气浮仿真试验台的研究与发展
Research on Feed Control Technology of Air Bearing Worktable Based on Linear Motor 基于直线电机的气浮工作台进给控制技术研究
Research on Quality Characteristic Influence for Three Axis Air Bearing Table 三轴气浮平台质量特性对调平衡影响的研究
Research on Analysing and Compensation of the Steady Disturbing Torque of the Three Axis Air Bearing Table parallel swivel bench vice 三轴气浮平台常值干扰力矩的分析与补偿平行轮轴钳工台虎钳
The Study on Fuzzy Active Vibration Control Based on Active Air Bearing Actuator 基于主动空气轴承作动器的模糊主动振动控制研究
Full-Physical Simulation Experiment System of Moonlet Attitude Control Based on Air Bearing Test-bed 基于气浮台的小卫星姿态控制全物理仿真实验系统
In order to understand the mechanism of air bearing when it is rotating at high speed, a new air bearing test-bed has been designed with using principle of dynamic-static air bearing design. 气体轴承具有速度高、精度高、功耗低、寿命长、低振动、无污染等优点,气体润滑技术在高速透平机械中具有广泛的开发和应用前景。
Air under the slider forms Air Bearing Surface or ABS. 滑块下表面的空气形成空气轴承或ABS。
Chosen the jet eductor of air bearing equipment, paper introduced the structure, work elements and design method of jet educator. 以气浮设备中的射流器设计为例,介绍了射流器的结构、工作原理和设计方法。
Analysis on Dynamic Rigidity and Damping of External Pressurized Air Bearing 静压空气轴承的动刚度和阻尼分析
This paper briefly introduces foil air bearing technology and its development, furthermore new research progress and prospect of foil air bearing technology for small turbine engine, micro turbine engine, more electric/ all electric engine applications are summarized. 简介了箔片空气轴承技术及其发展情况,并对它在小型涡轮发动机、微型涡轮发动机和多电/全电发动机上应用的新近研究进展及前景进行了综述。
Application of Boundary Element Method in Calculation of Pressure Field of Plane Air Bearing 边界元法在平面空气轴承压力场计算中的应用
Lastly, the vortex torque bearing capability of the air bearing are measured by the designed experiment, and the experiment result is compared with the theoretical calculation, which verifies correctness of the mathematical model numerical methods of this paper. 最后,本文通过试验测试了陀螺空气轴承的承载能力和涡流力矩,并且将试验结果和理论计算结果作了对比,验证了本文数学模型和计算方法的正确性。
The experiments have shown that the performance of this air bearing turbine is excellent. 试验表明,该空气轴承中压透平膨胀机的性能是优良的。
Finally. the plane air bearing pressure field is calculated with this model and compared with finite difference method. 最后,用该模型计算了平面空气轴承的压力场,并与有限差分法进行了比较。
AMB and Foil air bearing has its inherent shortages when it is used alone. 磁轴承和箔片气体轴承都有本身固有的不足,单独使用都存在一些问题。
A Study of Rotating Air Bearing Rings 空气轴承回转钢领的研究与生产实践
The anal-ysed results indicated that air bearing press field is distributed in peak state. 分析结果表明,空气轴承的压力场呈现尖峰状分布。
The stiffness of dynamic pressure air bearing was calculated by the film thickness in the condition of bearing running. 动压气浮轴承的刚度主要是由轴承运转时的气膜厚度计算得出,也就是说刚度测量实质上就是气膜厚度测量。
The carrying capacity of the air bearing in different air pressures was obtained. 对不同供气压力下气浮台的承载能力进行了测试,得出供气压力对轴承承载能力的影响。
The relationship between the air bearing displacement and stiffness was verified. 通过实验,验证了气浮轴承位移与刚度的关系。
The research for the dynamic stiffness of air bearing was very significant for the improvement of accuracy and reliability of gyro equipment. 研究气浮轴承动态刚度的大小和变化,对提高陀螺仪表精度和可靠性具有重要意义。
All of structures supported by the air bearing suspended above the marble base. 拱架结构由气浮轴承支撑,悬浮于大理石基座上。