The second phase of Leap-X testing focused on the compressor. Picture: CFM International
Leap-X的第二阶段的测试主要为压气机。
The evaporator and the condenser are both copper coils, and there is some copper in the compressor, too.
蒸发器和冷凝器都是铜线圈，压缩机里也有一些铜。
You can use the compressor tool to make the highs and lows a little closer so that the sound is good even from a tiny phone speaker.
您可以使用压缩器工具将高音和低音调的更相近一些，这样即使是小手机扬声器声音也会好听。
Thus, the user selection of the compressor to use mainly depends on the requirements of the user's scenario in terms of these two metrics.
因此，用户选择使用哪种压缩器主要取决于用户场景对这两个指标的要求。
The evaporator helps cool the air, the condenser readies the refrigerant for the cooling process, and the compressor moves refrigerant back and forth between them.
蒸发器帮助空气冷却，冷却器为冷却过程准备冷却剂，压缩机将冷却剂在蒸发器与冷却器之间传递。
Unscrew the diaphragm from the compressor.
从压缩装置上拧松隔膜。
Remove the service valves and cap the compressor ports.
卸去维修阀门，并盖住压缩机端口。
With this arrangement, the turbine drives the compressor .
根据这种联锁装置，涡轮驱动压气机进行工作。
Remove the refrigerant line between the compressor and condenser.
拆下压缩机与冷凝器之间的制冷剂管路。
Replace the refrigerant line between the compressor and condenser.
更换压缩机与冷凝器之间的制冷剂管路。
On this basis, the surge boundary line of the compressor was determined.
在此基础上，确定了压气机的喘振边界线。
Unscrew refrigerant line fastening screw for the compressor on the pressure damper.
旋下压力风门上压缩机的制冷剂管路紧固螺钉。
The locomotion equation and dynamics calculation model of the compressor are analyzed.
分析了该种压缩机的运动方程及动力计算模型。
The pressure increases substantially as the refrigerant travels through the compressor.
制冷剂通过压缩机时，压强急剧升高。
That can indicate an internal fault within the compressor causing the system to malfunction.
这可能说明压缩机里存在内部故障，导致系统出错。
It gives the basis for the compressor ring valve structure modification and optimization design.
为压缩机环状阀的结构修改和优化设计提供了必要的基础。
We should gradually increase the pressure of the compressor and step into the full load operation.
我们应该逐渐的增加压缩机的压力，并逐步投入满负荷运行。
The dryer is stopped by the Controller while the compressor is temporarily stopped to save energy.
当压缩机临时停机时，为了节能干燥器也受控停止。
This study is of significance to the technological design in the compressor stator blade forging process.
该研究对压气机静子叶片锻造工艺的优化设计具有重要的指导意义。
The exhaust turbine converts a part of its exhaust energy into rotational energy and drives the compressor.
排气涡轮将排出的能量转化为旋转动能，并以此驱动压缩机。
With the compressor clutch engaged, record the discharge air temperature and the compressor discharge pressure.
当压缩机离合器合上时，记录排放空气温度和压缩机排放压力。
If the compressor has any abnormal sounds, pressure or temperature, it should be shut down and checked instantly.
压缩机在运行过程中发出不正常的声响或压力、温度超过允许范围时应立即停机检查。
INLET GUIDE VANES, a fixed set of blades in front of an engine compressor for directing airflow to the compressor.
进口导向叶片，发动机压气机前的一组固定叶片，用以引导气流进人压气机。
The drop in capacity is caused by the lessening amount of refrigerant mass moved through the compressor at one time.
加热能力的降低是由压缩机中一次流过的致冷剂质量的减少所致。
Rotary compressor is most suitable for close to full load operation conditions of the compressor compressed air system.
旋转式压缩机最适用于接近压缩机满负荷工况下运行的压缩空气系统。
SURGE, A sudden change in the airflow through the compressor resulting in the compressor not being able compress the airflow.
喘振，由于通过发动机的压气机的气流的突然改变，而导致压气机不能压缩空气的现象。
A nonlinear correlation-integral method was employed to analyze static pressure signals along the compressor casing-wall surface.
运用非线性的相关积分方法对压气机机匣壁面沿程静压信号进行了分析。
The model consists of component models including the compressor, shell and tube condenser, expansion valve and flooded evaporator.
模型由压缩机、壳管式冷凝器、膨胀阀以及满液式蒸发器等一系列部件模型组成。
The model consists of component models including the compressor, shell and tube condenser, expansion valve and flooded evaporator.
模型由压缩机、壳管式冷凝器、膨胀阀以及满液式蒸发器等一系列部件模型组成。
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