排气系统,exhaust system
1)exhaust system排气系统
1.Simulation and optimization for vehicle exhaust system of vibration performance;某轿车排气系统振动特性仿真及优化
2.Numerical simulation of infrared radiation characteristics for exhaust system of an UAV with engine installed on the back of the fuselage;发动机背负式安装无人机的排气系统红外特征的计算研究
3.Numerical evaluation on infrared radiant intensity of exhaust system of turbine engine without afterburning;非加力涡轮发动机排气系统红外辐射强度的数值计算
英文短句/例句

1.Connect the exhaust down pipe to the exhaust system refer to Group 11, Exhaust System and Intake Manifol连接排气下行管到排气系统,请参阅第11单元“排气系统和进气歧管”。
2.Plugged or restricted exhaust system排气系统堵塞或不畅
3.Disconnect the exhaust pipe from the exhaust down manifold (refer to Group 11, Exhaust system and Intake Manifolds).从排气下行管断开排气管(请参阅第11单元“排气系统和进气歧管”)。
4.The basic exhaust system consists of an engine exhaust manifold, exhaust pipe, exhaust heat shield(s), muffler and exhaust tailpipe基本排气系统包括一个引擎排气歧管、排气管道、排气隔热罩、消音器和排气尾管
5.air cleaner and intake and exhaust sytem空气滤清器及进排气系统
6.The laboratory exhaust system includes exhaust duct works, exhaust fan, laboratory fume hood exhaust, laboratory canopy hood and cabinets needed venting.实验室排气系统包括排气管路、气风机、验室通风柜管道、验室排风罩和特殊存储柜的排气管道。
7.Install the intake manifold (refer to Group 11, Exhaust System and Intake Manifold).安装进气歧管(见单元11-排气系统和进气歧管)。
8.Remove the intake manifold (refer to Group 11, Exhaust System and Intake Manifold).拆下进气歧管(见单元11-排气系统和进气歧管)。
9.a main in a sewage system.一种在排气系统中的主干道。
10.Something has gone wrong with the car's exhaust system.汽车的排气系统出了故障。
11.Modal Analysis and Optimization of Vibration of the Vehicle Exhaust System;车辆排气系统的振动模态分析及优化
12.Computational Study on the Noise of Engine s Intake and Exhaust Systems;发动机进排气系统噪声模拟技术研究
13.The Study of the Exhaust System Which is Attached to Sequential Turbocharged Vehicle Diesel车用柴油机相继增压排气系统的研究
14.Analysis of exhaust system hanger locations layout based on MSC.Nastran基于MSC.Nastran的排气系统悬挂点布置分析
15.exhaust emission control system排气排放物控制系统
16.d ventilating-fan system强制进气排气通风系统
17.exhaust pressure controlled EGR system排气压力控制式EGR系统
18.exhaust port ignition cleaner排气管点火废气净化系统
相关短句/例句

exhaust gas system排气系统
1.Regarding the 120,000DWT"TiaoJianHai" bulk carrier which has been transformed into the selfpropulsion loadreducing platform, a research on calculation of the exhaust gas system resistance for the power station engine and a quantitative analysis been conducted so as to discuss the probability of the design plan.12万吨级"桃江海"号散装货轮改装为自航减载平台,对电站发动机排气系统阻力进行计算和定量分析,以探讨设计方案的可行性。
2.Regarding the 120, 000DWT "TaoJianHai" Bulk carrier which has been transformed into the self-propulsion load-reducing platform, a research on the calculation of the exhaust gas system resistance for the power station engine and a quantitative analysis have been conducted so as to discuss the feasibility of the design plan.12万吨级桃江海号散装货轮改装为自航减载平台,对电站发动机排气系统阻力进行计算研究,作定量分析,以探讨设计方案的可行性。
3)gas extraction system气体排放系统;排气系统
4)intake and exhaust system进排气系统
1.A research on the engine performance at full load, firing pressure in cylinder, pressure fluctuation in intake and exhaust system, pressure of muffler outlet was made using this model.基于GT-POWER软件建立了包括增压柴油机进气系统、排气系统和排气消声器的工作过程模拟计算模型,通过模拟计算研究了发动机的外特性指标、最高燃烧压力、进排气系统压力波动、消声器端口压力等参数的变化,试验验证表明:所建立模型能够正确预测发动机进排气系统中的压力波。
2.The objective of this thesis is to study intake and exhaust system of turbocharged diesel engine and matching between each component by theoretical and simulation methodology.本文采用理论分析和仿真分析相结合的方法,对某型增压柴油机的进排气系统以及各部件之间的匹配进行了较为详细、深入的研究。
3.The analysis methods of acoustic insulation performance for intake and exhaust system were summarized.总结了进排气系统隔声性能分析方法,对比了混响室法和阻抗管法测量隔声性能的适用范围,指出测量过程中产生误差的主要原因,为隔声性能测量方法的选择提供依据;同时,指出一维解析法和三维数值法都可用来分析消声器的传递损失,一维方法的使用受制于结构形状以及截止频率,三维数值方法更为实用,总结了穿孔板、吸声材料等关键部分的模拟方法,指出了目前仿真分析中存在的问题。
5)Intake/Exhaust system进/排气系统
6)MPC exhaust systemMPC排气系统
1.Simulation calculation of 3D turbulent flow in diesel MPC exhaust system;柴油机MPC排气系统三维湍流流动数值计算
延伸阅读

排气对模具设计的影响——排气槽设计从某种意义上讲,注射模也是一种置换装置,即塑料熔体进入模腔,同时置换出模腔内的空气。实际上模具内的空气并不局限于型腔内,特别是三板式注射模,不能忽视存在于流道中的空气。此外,塑料熔体会产生微量分解气体。这些气体必须及时排出。 如模具的排气性能差则容易产生气泡、银纹、云雾、充型不满、表面焦痕、断续注射等不良。因此,模具上要设有布局合理的排气结构才能避免排气不很好所带来的制品不良,常见的几种气方式如下: 1. 排气槽排气功能。对于成形大、中型塑件的模具,需排除的气体量多,通常都应开设排气槽通常开设在分型面上凹模一边。排气槽的位置以处于熔体流动未端为好,排气槽尺寸以气体能顺利地排出而不溢料为原则。排气槽宽度一般为3-5mm左右,深度小于0.05mm,长度一般0.7-1.0mm,常用排气槽的深度尺寸可以查证<塑料模具技术手册>。2. 分型面排气功能。对于小型模具,可利用分型面间隙排气,但分型面须位于熔体流动未端。3. 拼镶件缝隙排气。对于组合式的凹模或型腔,可利用其拼合的缝隙排气。4. 推杆间隙排气。利用推杆与模板或型芯的配合间隙排气,或有意曾加推杆与模板的间隙。5. 粉未烧结合金块排气。粉未烧结合金是用球状颗粒合金烧结而成的材料,强度较差,但质地疏松,允许气体通过。在需排气的部位放置一块这样的合金即可达到排气的要求,但其底部通气孔直径不宜太大,以防止型腔压力将其挤压变形。6. 排气井排气。在塑料熔体汇合处的外侧,设置一个空穴,使气体排入其中,也可获得良好的排气效果。7. 强制性排气。在封闭气体的部位,设置排气杆,此法排气效果好但会在塑件上留下杆件痕迹,故排气杆应设在塑件的隐蔽处。