1.
Research on Microstructure and Properties of Nanometer ZrO_2 Coating on Cylinder Linder
发动机缸体表面纳米ZrO_2涂层的组织性能研究
2.
cylinder wall surface temperature transducer
汽缸壁表面温度发送器
3.
The Application of Microarc Oxidation to Wear Resistant Processing of Inner Surafce on Steam Cylinder;
微弧氧化技术在铝制缸体内表面耐磨处理中的应用
4.
The cylinder head fastens to the top of the block, just as a roof fits over a house.
气缸盖固定在气缸体的顶上，正像屋顶套在一所房子上面一样。
5.
Study on the technology of laser honing applied in machining the cylinder bore of engine
发动机气缸孔表面的激光珩磨技术研究
6.
Tribology Design for Bore Surface Topography of Combustion Engine
内燃机缸套表面形貌摩擦学设计的探讨
7.
Automatic Testing System for Engine Cylinder Bore Surface;
发动机缸孔表面缺陷自动检测系统的研究
8.
Influence of the Surface Texture on the Tribological Performances of Piston Skirt/Liner
表面织构对发动机活塞/缸套摩擦性能的影响
9.
Frictional heat influenced by the surface pits of piston-cylinder
表面凹坑对活塞-缸套摩擦生热过程的影响
10.
The Analysis and Optimization of the Surface Temperature's Uneven Distribution of Two Deck Dryer
双层烘缸表面温度分布不均的分析和优化
11.
A New Liquid Plastic Mandrel Used in Finish Machining of Cylinders Outer Surface
一种实用的缸套外圆表面精加工液性塑料芯轴
12.
Laser Texturing Technology of Engine Cylinder Sleeve Internal Surface
发动机气缸套内表面激光造型加工技术
13.
Study of surface strengthening technology and wear test of diesel engine cylinder liner
柴油机气缸套表面强化工艺及磨损试验的研究
14.
The internal surface processing of hydraulic cylinder requires high accuracy of size, shape, and good deformed surface finish.
液压缸内表面要求较高的尺寸精度、状精度以及适宜的表面粗糙度。
15.
Design of the Pressure System for Aluminum Cylinder Block Based on Fuzzy Control;
基于模糊控制的铝缸体液面加压系统设计
16.
Remove the ash receiver and remove the screw in the back of the ash receiver housing that secures the instrument panel armature to the heater-A/C housing.
拆卸烟灰缸并卸下在烟灰缸外壳后面将仪表板衔铁固定到加热器-A/C系统外壳的螺钉。
17.
operating width
缸体宽度（转子机）
18.
Therefore, when the piston is pushed up in the cylinder, the air in the cylinder is trapped above the piston and compressed.
因此，当活塞在气缸里被推动向上时，气缸内的气体便被集聚在活塞上面并被压缩。