Fluidics

  • 网络射流技术;应用流体学;液流系统;荷兰蜚易
FluidicsFluidics
  1. A Design on CO_2 Enrichment System with Equilibrium Pressure Feature Based on Fluidics Principle

    基于射流原理的等压CO2气体补偿系统的设计

  2. Continuous - path Numerical Control System of Fluidics

    连续轨迹式射流数字程序控制系统

  3. Plug removal technology and application of combining high pressure rotary fluidics and chemicals

    高压旋转射流与化学剂联合解堵技术及应用

  4. Application of JAF-40 Type Fluidics Air Floating Device to Hot Rolling Water Treatment

    JAF-40型射流气浮装置在热轧水处理中的应用

  5. Development and Application of High Efficient QF Fluidics of Superficial Air Floated Equipment

    QF射流浅层高效气浮设备的开发与应用

  6. Micro Fluidics and Its Applications in Mathematical Model of Micro Proton Exchange Membrane Fuel Cells

    微尺度学在微型燃料电池数学模型中的应用

  7. Numerical Stimulation on Operating Process of Ice Valve for Controlling Micro / Nano Fluidics

    微/纳米流体控制用冰阀器件执行过程的数值模拟

  8. An experimental research on sandstone and limestone resisting washing action of nozzle Fluidics

    砂岩、石灰岩抗喷嘴射流冲蚀实验研究

  9. In this paper a fluidics device of continuous-path numerical control system for electrical spark machine tool is presented .

    文章介绍了用于电火花线切割机床连续轨迹式数字程序控制的射流装置。

  10. The efficiency has been raised more than twice by the application of fluidics to this lathe in the production of gear blanks .

    射流技术应用于该车床,使齿坯生产的效率提高二倍多。

  11. But for their connotative relation and critical pressure value in resisting crushing by nozzle fluidics washing there is not yet a quantitative index .

    但是,它抗喷嘴射流冲蚀破碎的内涵关系和临界压力值还没有定量指标。

  12. This paper , based on the theory of jet fluidics , had quested for the feasibility of utilizing the fire pool for cold storage air conditioning system .

    本文从射流理论出发,探索利用消防水池进行蓄冷空调的可能性问题。

  13. The research on the fluid of micro-scale has an applicable perspective , so it has been the focus of the fluidics experts and engineers in recent years .

    微流体的研究具有广泛的应用前景,近年来成为流体力学专家和工程师们研究的热点。

  14. Automatic biochemical analyzer is a large-scale test equipment which integrates Optical , Mechanics , Electronics and Fluidics , used to test biochemical indexes of human body fluids and one of the essential clinical equipments .

    全自动生化分析仪是一种集光、机、电、液于一体的大型检验设备,主要用于检验人体体液的各项生化指标,是医疗临床检验必备仪器之一。

  15. This paper analyzes the groundwater discharging course using fluidics theory and combining quay structure construction ; sets up the method of fast drainage by the dint of pipeline and blind ditch of fragment stone ;

    应用流体力学理论结合码头结构建设,分析了地下水排泄过程,借助管道和碎块石盲沟建立了港口码头快速排水与挡墙基床排水的方法;

  16. With the rapid development of micro / nano-electro-mechanical systems ( MEMS / NEMS ) and nanotechnology in recent years , it is quite necessary to have deep insight into micro - and nanoscale fluidics .

    随着近十几年来微纳电子机械系统(MEMS/NEMS)和纳米技术的迅速发展,迫切需要了解微纳尺度条件下流体流动的规律。

  17. The reasonable calculation formula based on the theories of mechanics and fluidics are constructed , and MATLAB is used to draw corresponding curve . This offers reference to check the performance of hydraulic system that uses the accumulator to supply oil .

    基于力学与流体学的基本理论构建合理的计算公式,以此推导出需要的关系式,采用MATLAB绘制对应的曲线,为液压系统的性能校核提供了参考。

  18. The fluidic controlled carburetter , which came into being with the advent of the application of fluidics to the automobile engine and has been adopted in the gasoline-supplying system of the engine , possesses many unique advantages .

    射流化油器是射流技术在汽车上的一种应用。它用于汽车发动机供油系统,具有独特的优点。

  19. The plug removal principles of rotary fluidics , chemical agents and the combination of the two have been discussed . In addition , the performance of HB compound plug removal agent , the technology and effectiveness of application in the oilfield have also been discussed .

    探讨了高压水旋转射流解堵、化学剂解堵及联合解堵的原理,所用化学解堵剂-HB复合解堵剂的性能,现场施工工艺,现场试验效果及认识。

  20. S : Urgently required by the developments of micro fluidics , experimental technologies for micro fluids are not only necessary for measurements on performances of micro fluidic devices , but also important to the explorations on transport mechanisms of fluids at micro scale .

    微流体实验技术的研究是微流体器件发展的迫切需要,它不仅可以提供测量微流体器件性能必备的工具,而且对于探索微观尺度流体的传输机制具有极为重要的意义。