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冷气

lěng qì
  • cold air;cool air;air conditioning;air conditioner
冷气冷气
冷气 [lěng qì]
  • (1) [cold air]∶寒冷的气流

  • (2) [air conditioning]∶降温设备中的冷却空气

  • (3) [air conditioner]∶冷却空气的设备

冷气[lěng qì]
  1. 嗨冷气机又坏了

    Oh , hi . The air conditioning broke again .

  2. 属下单位有东城冷气工程有限公司。

    Suzhou Dongcheng Air Conditioning Engineering Co. , Ltd. is its affiliated company .

  3. 冷气在整座大楼循环。

    Cooled air is circulated throughout the building .

  4. “那事我可不能干!”她一听到这个想法便吃惊地倒抽着冷气。

    ' I can 't do that ! ' she gasped , appalled at the very idea .

  5. 她不由得倒抽了口冷气,往后退了退。

    She shrank back with an involuntary gasp .

  6. 即便人声鼎沸,我还是听到有人猛地倒抽一口冷气。

    I heard , even over the babble of the crowd , a sharp , shocked intake of breath .

  7. 矫健的自行车手们纷纷骑车冲出起跑门,突然苏格兰选手的左脚咔嗒一声踩空了踏板,观众不禁倒抽了一口冷气。

    As the gladiators rolled away from the starting gates , a gasp went up when the Scottish cyclist 's left foot clicked out of the pedal .

  8. 她步入冰凉的水中时倒抽了一口冷气。

    She gasped as she stepped into the icy water .

  9. 这个剧院有冷气设备。

    The theatre is airconditioned .

  10. 冷锋是一团移动着的冷气流的前锋面。

    A cold front is the forward edge of a mass of moving cold air .

  11. 你最好把墙上那个洞堵住,它把冷气放进来了。

    You 'd better block up that hole in the wall ; it 's letting the cold in .

  12. 关于{x/n}的分布Air(初三适用)栅内二次流对冷气分布有影响。

    The in-cascade secondary flow exercises an influence on the cooling air distribution .

  13. 超音速冷气动力喷涂Cu涂层的结合机理

    Bonding mechanism of Cu coating by Supersonic Cold Gas Dynamic Spray

  14. 我们谈的这部车还有冷气和一个CD播放机。

    This particular car also has air conditioning and a CD player .

  15. 1998年成功研发AC变频冷气微电脑温度控制系统。

    In1998 , we successfully developed brand new AC inverter air conditioner with AC inverter control system .

  16. 自能SF6断路器冷气流开断压力特性

    Pressure characteristic of cold gas flow interruption for a self-blast SF_6 circuit breaker

  17. 早晨,当我的两个女儿坐在桌旁,当我将牛奶倒入她们的SpecialK碗中,我得到的是倒吸一口冷气。

    In the morning , when my two daughters were at the table , I got a big gasp when I poured the milk out onto their bowls of Special K.

  18. 一种适于低温冷气内冷却的CBN砂轮的研制

    Development of CBN Wheel with Cold Gas Inner Cooling

  19. 用商业CFD软件(Fluent6.0)对简化后的涡轮叶片冷气通道进行数值模拟,着重研究出流孔上、下游各通道截面内的流动规律。

    The commercial software ( Fluent 6.0 ) has been used to simulate the flow behaviors in the cooling channel of turbine blade .

  20. 本文介绍了一种适于低温冷气内冷却的电镀CBN砂轮。

    This paper described a kind of electroplated CBN wheel , which can be used for cold gas inner cooling .

  21. 结果表明:电弧弧柱的高温效应剧烈排斥冷气流的混入,使CVD过程受到抑制。

    The results indicate that high temperature effect of arc column strongly prevents cold gas current from getting in , so as to restrain CVD process .

  22. 实验结果表明,以现有涡轮增压器产品充当涡轮制冷器时,在货车发动机常用工况下,空调装置可提供低于环境温度6℃的冷气;Air(初三适用)

    The test results indicate that , when now available turbine superchargers are used as turbine refrigerators , the new air-conditioning device can provide conditioned air with the temperature being 6 ℃ less than the environmental temperature as the truck engine operates in normal condition .

  23. 针对进气压力p0、冷气流率μ对其冷却性能的影响进行了试验研究。

    The experimental device on the performance of vortex tube is designed , and its cooling performance affected by inlet pressure p0 and cooling air ratio μ is investigated .

  24. 研究了冷气动力喷涂方法(CGDS)制备PTC陶瓷欧姆接触Al电极的喷涂工艺,用扫描电子显微镜分析了电极的显微结构。

    Cold Gas Dynamic Spray processes for the ohmic contact between Al electrode and PTC ceramics are studied . Microstructural analysis of Al electrode has been preformed by SEM techniques .

  25. 通过RNGk-ε湍流模型求解可压流的N-S方程,研究燃气轮机涡轮导向叶片尾缘劈缝出流冷气的流动情况。

    In order to investigate the flow characteristics of cooling flow downstream of a turbine guide vane trailing edge slot , numerical methods of RNG k - ε turbulent model were solved .

  26. 当冷气压力达到1MPa时,内冷却效果略优于外冷却。

    When cooling gas pressure exceeds 1 MPa , internal cooling effect is a little bit better than external cooling .

  27. 实验结果表明,此CBN砂轮的结构不仅能够满足低温冷气内冷却的要求,而且与传统磨削相比能够使磨削温度降低30~40%。

    Experimental results showed that the structure of the CBN wheel can satisfy not only the need of cold gas inner cooling , but also reduce grinding temperature by 30 ~ 40 % compared with conventional grinding .

  28. 本文分析了叶片尾缘喷气与主流干扰的机理,改进了二维、可压缩的涡轮叶栅尾缘喷气模型,并以能量损失系数ξF来反映冷气喷射对主流的气动影响。

    In accordance to analysis of interaction mechanism between the ejection and the main flow , a 2-D compressible model of the turbine blade trailing edge ejection has been improved , which uses energy loss coefficient for representing the effect of the ejection on the aerodynamics of the main flow .

  29. 实验表明,在冷气压力不大于1MPa实验条件下,外冷却的效果优于内冷却。

    The experiments proved that external cooling effect is better than internal cooling , when cooling gas pressure is less than 1 MPa .

  30. 推导出适用于带冷气喷射的涡轮叶栅内三维流动的控制方程,得出任意曲线坐标系下守恒型N&S方程和Euler方程的表达式。

    A type of governing equations is presented for the 3-D complicated flow in the turbine cascade with cooling-air injection . The derivation is performed for the concrete expression of N-S equations and Euler equations in the conservative form under the system of arbitrary curvilinear coordinates .