空调器

kōnɡ tiáo qì
  • air conditioner
空调器空调器
  1. Air(初三适用)某小型空调器的设计思考

    Design of a kind of miniature air conditioner

  2. Air(初三适用)导流罩对空调器室外机噪声的影响

    Effect of the deflecting ring on the noise generated by air conditioner outdoor set

  3. Air(初三适用)增氧技术在家用空调器中的应用

    Application of Increased Oxygen Technique to Domestic Air - Conditioner

  4. Air(初三适用)分体式空调器的安装

    The installation of separated type air conditioner

  5. Air(初三适用)空调器性能系数的讨论

    On the Performance Coefficient of Air Conditioner

  6. Air(初三适用)空调器选购方法

    Choosing Method of Air Conditioners

  7. 空调器CAD系统的分析

    The Analysis for Forming of Air Conditioners CAD System

  8. 变频空调器用全数字化空间矢量PWM逆变器研究

    Study of a Digital Space - vector PWM Inverter Used for Frequence - variable Air-conditioner

  9. 门奇断流术(PAD);空调器压缩机用减震胶垫的研究

    Development of damping rubber pad used in air-condition compressor

  10. 华宝空调器厂CIMS生产组织的总体结构与实现

    Architecture and Implementation for production system in Hb CIMS

  11. 空调器室外机轴流风机内部流动的PIV研究

    PIV measurement of axial fan internal flows inside outdoor units of air-conditioner

  12. KC-20空调器装配线的工作研究

    A work study to KC-20 air conditioner assembly line

  13. 基于ARX的组合式空调器总装图生成系统

    An Automatic Assembly Drawing Generation System for Packaged Air Conditioner Based on ARX

  14. 一种节能型家用空调器季节能效比SEER测试与计算

    The Test and Calculation of the SEER Value of an Energy-saving Room Air Conditioner

  15. 利用计算机VB和Fortran语言编程技术,开发了适用于热泵空调器的短管节流件设计和校核计算可视化软件。

    A visual software applied to choose the short tube restrictor of heat pump air conditioners has been developed with VB and Fortran computer languages .

  16. 根据ARI标准,对一种节能型家用空调器季节能效比进行了SEER的测试。

    According to ARI standards , a type of energy-saving room air conditioner is tested and the SEER is obtained .

  17. 在相同的NO配气体积浓度10%,NO被净化吸收量随其流量的增加而增加,而吸收率ηLENO却下降了。增氧技术在家用空调器中的应用

    The absorption efficiency was increased with the oxygen concentration promoted . Application of Increased Oxygen Technique to Domestic Air-Conditioner

  18. 汽车氢化物空调器用Ti-Mn系多元贮氢合金及复合氢化物床空调器性能

    Performance of Ti-Mn Multicomponent Alloy and Hydride Air Conditioner with Composite Hydride Beds Used for Auto

  19. 根据空调器测试标准对温湿度取样装置的要求,比较了空气焓差法测试系统中空气接收混合箱的几种结构,并通过CFD模拟进行了优化设计。

    According to the requirement of air conditioner testing code on temperature and humidity sampling devices , compares several structures of mixture receiving boxes in air enthalpy difference test system and proposes an optimal structure by CFD simulation .

  20. 并以LS400轿车空调器为例,介绍这类故障的检测方法。

    Take LS400 saloon automation air-conditioning as example now , introduce this kind of malfunction detecting method .

  21. KCR-27型窗式空调器制冷系统模拟与优化

    Simulation and Optimization for the Refrigeration System of Air Conditioner KCR-27

  22. 测量了该空调器在不同室外温度、湿度条件下制热量、性能系数(COP)、系统循环参数、室外换热器结霜量及壁面温度分布随结霜时间的变化。

    The transient heating capacity , coefficient of performance ( COP ), cycle parameters of the ASHP system and frost accumulation amount on the outdoor heat exchanger surface , wall temperature distribution along the heat exchange tubes are measured under frosting conditions .

  23. 用热回收装置引进新风后基本没有改变空调器的输入功率,相同环境条件下的制冷量增加,EER值增大,焓差热回收效率最高可达到34.12%。

    The input power isn 't changed much when the heat recovery device is running , on the contrary the EER value becomes bigger and the enthalpy difference heat recovery efficiency reaches 34.12 % .

  24. 针对热舒适性各影响因素的特点,提出了舒适性指标(CI)控制的控制策略和算法,建立了房间空调器系统模型,对CI控制进行了计算机仿真研究。

    Control strategies and algorithms of comfort - index ( CI ) control were proposed on the basis of the factors to influence thermal comfort . Moreover , an air - conditioner system model was presented and simulation study on Cl control was conducted with the model .

  25. 通过理论分析及空调器整机性能试验,说明混合工质R407C是变频冷暖空调器中R22的灌注式替代工质。

    By a combination of theoretical analysis and performance testing , it is shown that refrigerant mixture R407C is a drop-in substitute for R22 in inverter heat pump air-conditioners .

  26. 本文以单管试验为基础,将铜管制作成高效换热器,加以对R410A空调器系统进行研究。

    Based on the single-tube experiment , the copper tube is made into high efficiency heat exchanger , so we can study on the air conditioner system of R410A .

  27. 本公司为了树立制冷的核心技术,决定以开发KFR-26GW/SF、KFR35/SF两产品来探索研究提高空调器能效比的途径。

    In order to establish own core technology of refrigeration , our company decides to explore the best method of increasing the energy efficiency of air-conditioner through the way of developing model KFR-26GW / SF and KFR-35 / SF .

  28. 热泵空调器热交换器防结霜表面处理技术

    Anti-frosting Surface Treatment Technique for Heat Exchanger of Heat Pump Air-Conditioner

  29. 浅议蒸汽冷凝水的有效利用利用冷凝水来提高分体式空调器的能效比

    Using condensation water of split air-conditioning to raise energy efficiency ratio

  30. 全热交换技术在家用空调器上的应用

    The Application of Total Heat Exchange Technology on the Domestic Air-conditioner