1) exhaust pipe
排气管
1.
Handling of DF_4 Series of locomotive diesel engine exhaust pipes reddening;
浅淡东风_4系列机车柴油机排气管红的故障处理
2.
Two kinds of noise reduction methods increasing rotor processing accuracy and improving exhaust pipe structure,are introduced.
对半封闭螺杆制冷压缩机组进行噪声频谱测量,采取提高转子加工精度和改进排气管结构两项降噪措施。
2) exhaust manifold
排气管
1.
6 vermicular iron is an ideal material for exhaust manifold.
6蠕墨铸铁具有优异的抗热疲劳性能,因而在排气管上得以应用。
2.
A three-dimensional exhaust manifold model of diesel engine was developed.
描述了排气管中的典型流动,并根据计算结果对排气管进行了优化。
3.
The article mainly introduces the improvement process of 8170ZC diesel engine exhaust manifold and compares the 8170ZC exhaust manifold with other exhaust manifolds.
主要介绍8170ZC系列柴油机排气管的改进过程,并对几种排气管的性能进行对比。
3) vent-pipe
['ventpaip]
排气管
1.
The scheme to use the complex heat insulation coating made up of two floors K_2Ti_6O_(13) spouted on the surface of the vent-pipe in heat state and asbestos enwrapped on outer surface was put forward,and some rationality of this measure was demonstrated in detail.
指出了机车动力室环境温度过高的原因,提出了在排气管表面热喷K_2Ti_6O_(13)隔热涂层与岩棉隔热材料组成复合隔热层的解决方案,并详细论证了这一方案的合理性。
2.
Some of Application of Laser Welding in Manufacturing synchronous gears, clutches , vent-pipes and the Chassis of the Automobile Industry in China were introduced.
概述我国激光焊接技术在汽车同步齿轮、离合器、排气管以及汽车底板焊接中的应用,简介国产激光焊接设备的发展近况;并指出目前除汽车车身自动焊接生产线需进口大功率YAG激光焊接设备外,其他汽车零件尤其传动件均可选用国产激光焊接设备。
4) exhaust manifold
排气歧管
1.
Converse development on automobile exhaust manifold based on reverse seeking technology of curved surface;
基于曲面反求技术的汽车排气歧管逆向开发
2.
Numerical simulation of thermal loads for engine exhaust manifold;
发动机排气歧管热负荷数值模拟
3.
Thermal Stress Analysis of ICE Exhaust Manifold;
内燃机排气歧管热应力分析
5) blind enema
肛管排气
1.
Objective To explore a quick and effective blind enema approach to relieving flatulence of patients.
目的探讨一种快速、高效的缓解患者腹胀的肛管排气方法。
补充资料：汽车排气管
汽车排气波纹管又称汽车排气管软管，它安装于发动机排气岐管和消声器之间的排气管中，使整个排气系统呈挠性联接，从而起到减振降噪、方便安装和延长排气消声系统寿命的作用。它主要用于轻型车、微型车和客车，其结构是双层波纹管外覆钢丝网套，两端直边段外套卡环的结构，为使消声效果更佳，波纹管内部可配伸缩节或网套。 材质：主要材质是不锈钢SUS304，卡套和接管材质可为不锈钢或镀铝钢。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条