国际品牌全封闭涡旋式免维护压缩机。
Scroll Hermetic compressor international brand-free maintenance;
涡旋式压缩机主要用在空调和制冷机组中。
Scroll type compressor are used in air conditioning and refrigeration unit.
这些软件可应用于涡旋式压缩机的设计和开发。
These software can be applied to design and development of the scroll compressors.
实验研究了C-SB系列涡旋式压缩机的输气效率。
The volumetric efficiency of C-SB series of Scroll Compressors was investigated experimentally.
寿命长涡旋式压缩机使用寿命较长，可与车辆等寿。
Long lifetime Scroll compressor has long lifetime that is equal to vehicles.
本文建立了涡旋式压缩机气体通过径向间隙的泄漏模型。
In this paper a refrigerant leakage model through radial clearance in scroll compressor is set up.
体积小涡旋式压缩机和往复式相比，体积大大缩小，节约了装配空间。
Small volume Compared to the reciprocating compressor, the volume of scroll compressor is greatly reduced and save the assembly space.
主要精选世界名牌全封闭涡旋式压缩机，更低的噪音和振动水平，高效节能。
Selected world class famous hermetic scroll compressor, with lower noise and less vibration, efficient and energy saving.
一种旨在容易测定流经通路内的制冷剂的温度的涡旋式压缩机以及使用压缩机的冷冻装置。
A scroll compressor in which measurement of the temperature of refrigerant flowing in a path is facilitated.
研究了涡旋式空气压缩机排气系统的气流脉动现象，首次提出了排气孔口侵入现象及计算方法。
The gas pulsation of discharge hole of new type of scroll air compressor is studied in this paper.
本文将气波制冷技术与涡旋式气流粉碎机结合，成功地实现了胎面胶粒和其它物料的低温粉碎。
By means of wave machine and vortex mill, it is a successful to grind tired tyre and other materials under the cryogenic environment.
无运动机构的磨擦磨损，机械效率高，这是涡旋式压缩机比其它空气压缩机大大节能的主要原因。
No movement mechanism friction wear, the mechanical efficiency high, this is type compressor vortex than other air compressor greatly energy saving main reason.
采用世界最大的压缩机制造公司美国COPLAND全封闭涡旋式压缩机，效率高，噪音小，能耗低。
The use of the world's largest compressor manufacturing company closed the entire United States COPLAND scroll compressor, high efficiency, noise, low energy consumption.
为了满足现代水泥企业越来越高的生产要求，本课题完成X700涡旋式选粉机的子部件设计及改进。
In order to satisfy requirements of modern cement enterprise more and more high production, this topic designs and improves X700 eddy type powder selecting machine.
以GAMBIT软件为工具，建立符合错流涡旋式高效固液分离装置实际流场机构的几何模型与网格划分策略。
The geometric model of Cross Flow Swirl Solid-Liquid Separate equipment with High Efficiency and mesh generation strategies were built with GAMBIT software.
以GAMBIT软件为工具，建立符合错流涡旋式高效固液分离装置实际流场机构的几何模型与网格划分策略。
The geometric model of Cross Flow Swirl Solid-Liquid Separate equipment with High Efficiency and mesh generation strategies were built with GAMBIT software.
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