进入发动机的空气温度越低，气缸就可容纳更多的空气，以产生更大的燃烧效率。
Access to the engine's air temperature lower cylinder can accommodate more air, and to generate greater combustion efficiency.
为了提高清洗效率，加强清洗机对不同型号轴承的自动适应能力，对气爪、气缸与位移传感器结合的轴承传输方式进行了设计。
For better cleaning efficiency and higher automatic grade, the bearing transfer method using cylinder and claw control by displacement sensor is designed.
在内燃机的生产过程中，气缸盖铸造水芯的冷却效率对于发动机的热应力分析至关重要。
In the process of diesel engine manufacturing, the cooling efficiency of the casting core of cylinder head is critical to the thermal stress analysis.
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