压缩机设计

压缩机设计压缩机设计
  1. 基于VC++和MATLAB混合编程的冰箱压缩机设计软件开发

    Development of Designing Software for Refrigerator 's Compressor Based on Mixed Programming of VC + + and MATLAB

  2. 压缩机设计成压缩工厂氢,工厂氢为PSA质量(99.9%摩尔比)。

    The compressor is designed to operate with Plant Hydrogen , which is of PSA quality ( 99.9 mol % ) .

  3. SW-2.5/7型全无油压缩机设计与研究

    Design and research on SW-2.5/7 typed completely non-oil lubricated compressor

  4. Pro/E在涡旋压缩机设计中的应用

    Application of Pro / E in the Design of Scroll Compressor

  5. 全无油压缩机设计中重要参数的合理选择

    Reasonable Selection of Important Parameters in Design of Oilless Compressors

  6. 大功率风冷全无油压缩机设计探讨

    Discussion on Large-power and Air - cooling Oilless Lubrication Compressor

  7. 双螺杆压缩机设计新方法及其应用

    A new design method for twin-screw compressor and its application

  8. 全无油润滑压缩机设计中参数选取的研究

    Study on Parameters Selection in Design of Oilless Lubrication Compressors

  9. 工艺过程离心压缩机设计制造技术的创新

    Innovation of Designing and Manufacturing Technologies for Process Centrifugal Compressor

  10. 活塞式压缩机设计选型系统的研究与开发

    The Research and Development of Design Type-selection System for the Piston Compressor

  11. 基于PRO/E涡旋压缩机设计

    Design of the scroll compressor based on PRO / E

  12. 可视化虚拟设计在压缩机设计中的应用

    The Application of Visual Fictitious Design in Compressor Design

  13. 天然气汽车加气子站压缩机设计与运行中的若干问题

    Essential problems of designing and operating compressors in secondary natural gas refueling station

  14. 三腔旋叶式压缩机设计

    The design of rotary vane compressor with three chambers

  15. 一种新的叶片反问题优化设计方法在压缩机设计中的应用

    Application of Optimum Design Method of A New Type Blade Counter-Problem in Compressor Design

  16. 气体压缩机设计和运行的几个问题

    Key Problems of Gas Compressor Design and Operation

  17. 柴油机驱动的移动式螺杆压缩机设计

    Design of the Mobile Compressor with Diesel Engine

  18. 螺杆压缩机设计计算软件的研究与开发

    Software Package for Design of Twin Screw Compressors

  19. 在旋叶式压缩机设计优化领域具有工程应用价值。

    This optimal method has application value in the field of the rotary vane compressor .

  20. 为使全无油润滑压缩机设计合理,对涉及的参数进行了选取。

    Involved parameters was selected correctly in order to design reasonablely the oilless lubrication compressors .

  21. 全封闭制冷压缩机设计

    Pressure ; Design of Hermetic Refrigerating Compressor

  22. 以汽车空调压缩机设计系统为例,介绍了公式类知识管理系统的开发和应用。

    The algorithm-type knowledge management system was developed and applied in designing system of air-conditioning compressor .

  23. 通过实例说明了这些规律在变频涡旋压缩机设计中的作用。

    Influence of the Geometric Parameters of the Molded Lines of Scroll Compressors on Their Friction Loss Power ;

  24. 在进行活塞式压缩机设计时,关于曲轴平衡块的设计计算大多采用试算法,计算量比较大。

    The tentative calculational methods is used in the design of crank shaft balancer , the workload of which is very large .

  25. 对所研究模型,综合考虑气动及强度振动因素,叶顶相对间隙最佳值取为2.6%,计算结果对离心压缩机设计具有一定的工程指导意义。

    For the impeller , the optimal relative tip clearance 2.6 % is a compromise between aerodynamic and structural requirements . The results of this paper are of certain values in centrifugal compressor design .

  26. 分析了叶轮进出口气动设计参数的分布规律,通过分析,对叶轮主要气动参数的分布规律有了新的认识,并可为离心式压缩机设计提供一定参考。

    It analyzes the distribution rule of aerodynamic design parameters for inlet and outlet of impeller , through analysis there is new cognition on it , and it can provide some reference for the design of centrifugal compressor .

  27. 然后,根据活塞式压缩机设计的基本理论,结合公司的实际需求,本文从系统分析、总体结构设计和功能模块设计三个方面阐述了活塞式压缩机设计选型系统的构建。

    Based on the basic design theory of piston compressor and demands of the company , this paper is mainly about the construction , which is divided into system analysis , system structure and function module , of design type-selection system for the piston compressor .

  28. CO2双级滚动转子压缩机的设计与模拟

    Design and Simulation of CO_2 Two Stage Rolling Piston Compressor

  29. 制冷空调用CO2摆动活塞膨胀压缩机的设计与参数计算

    Design and parametric calculation of CO_2 swinging piston expansion compressor adopted in refrigeration and air-conditioning

  30. 针对CO2跨临界循环系统运行压力高的特点,高效CO2压缩机的设计是制冷系统走向应用的关键;

    Owing to high operating pressure of CO2 transcritical cycle , the design of high efficiency CO2 compressor is the key for its application .