电控增压系统,electronic control turbocharging system
1)electronic control turbocharging system电控增压系统
2)voltage-control system电压控制系统，调压系统
3)pressurization system增压系统
1.Design ofpressurization system for supercritical extraction device;工业化超临界CO_2萃取装置增压系统的设计
2.Study for Tank Helium Pressurization System in Start-Up Process;推进剂贮箱氦气增压系统启动特性研究
3.Study on the pressure stability of the micro abrasive water jetpressurization system based on AMESim基于AMESim的微磨料水射流增压系统压力稳定性研究
英文短句/例句
1.Analyses of Fluctuation of Pressure on High-pressure System of Two Intensifiers双增压器增压系统中压力波动的分析
2.cylinder scavenging and supercharging system气缸扫气和增压系统
3.Numerical Simulation on Parameters of Hybrid Turbocharging System in Hybrid Turbocharged Diesel Engine混合增压柴油机增压系统参数模拟计算研究
4.modular pulse converter turbo-charging system组件脉冲转换涡轮增压系统
5.Turbocharging System Optimizing Matching Study for YC4G Diesel Engine;YC4G柴油机增压系统的优化匹配研究
6.Pulse Turbocharged System of 6240ZC Marine Engine6240ZC型船用柴油机的脉冲增压系统
7.The Study of Magnetic Drived Supercharging System for High Pressure Water Injection in Oilfield;面向油田高压注水的磁力传动增压系统的研究
8.Model and Simulation Research for Pressurization System of Die Casting Machine压铸机增压系统的数学模型及仿真研究
9.Inversing Design on Performance and Turbocharging System of a Long-stroke Sequential Turbocharging Diesel Engine;某长行程相继增压柴油机性能及增压系统的逆向设计
10.Numerical simulation for tank pressurization system of LRE test-bed液体火箭发动机试验台贮箱增压系统数值仿真
11.Study for Tank Helium Pressurization System in Start-Up Process;推进剂贮箱氦气增压系统启动特性研究
12.sprinkler connection喷水灭火系统增压器
13.Bootstrap system增压式飞机空调系统
14.Gas generator rocket can pressurize a high-pressure feed system.燃气发生器能使高压输送系统增压。
15.On the Means to Increase the Water Pressure of Fire Fighting in Buildings;建筑消防供水系统稳压增压方式探析
16.pulse-converter system of turbocharging涡轮增压的脉冲变换系统
17.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
18.Testing System of Embedded Supercharger Based on ARM基于ARM的嵌入式增压器测试系统
相关短句/例句
voltage-control system电压控制系统，调压系统
3)pressurization system增压系统
1.Design ofpressurization system for supercritical extraction device;工业化超临界CO_2萃取装置增压系统的设计
2.Study for Tank Helium Pressurization System in Start-Up Process;推进剂贮箱氦气增压系统启动特性研究
3.Study on the pressure stability of the micro abrasive water jetpressurization system based on AMESim基于AMESim的微磨料水射流增压系统压力稳定性研究
4)turbocharging system增压系统
1.Development on fault diagnosis instrument forlocomotive diesel engineturbocharging system;机车柴油机增压系统故障诊断仪的研制
2.The method of state assessment ofturbocharging system of diesel engine and the realization process of LabVIEW are introduced.介绍柴油机增压系统状态评估方法及LabVIEW软件实现过程,增压系统的状态主要由进气管中空气的压力和温度两个参数决定;通过这两个参数对柴油机增压系统的状态进行模糊综合评判,并利用压力、温度、流通阻力等辅助参数定位故障和分析故障原因;实现增压系统状态评估的软件系统;该软件能够有效地对柴油机增压系统故障进行不解体诊断。
3.Simulation analysis were carried out on theturbocharging system of 8230ZC medium speed diesel engine.对8230ZC柴油机增压系统进行了深入的计算分析,提出了配气正时、排气管径等多个试验方案,并进行了试验研究,确定了8230ZC柴油机增压系统最佳的技术参数。
5)turbocharged system增压系统
1.Design improvement ofturbocharged system for R6160ZC diesel;R6160ZC柴油机增压系统设计改进
6)supercharging system增压系统
1.Development of portable health detectorforsupercharging system;便携式增压系统状态检测仪的开发
2.The method for eliminating surge ofsupercharging system is explored.探索消除柴油机增压系统喘振的方法。
3.A numerical simulation and analysis is made of the effect exerted by the flowpassage dirt of thesupercharging system on the surge margin of a two-stroke marinediesel engine.本文采用数值模拟计算方法对船用二冲程增压柴油机在运行中影响增压系统喘振的因素进行模拟计算与分析。
延伸阅读
火箭发动机推进剂增压系统火箭发动机推进剂增压系统propellant pressurizing system of rocket enginehuo)iQn fudongli tuilinli zengya xitong火箭发动机推进剂增压系统(Pl”Pel-lant Pressurizing system of rocket engine)给液体火箭发动机泵压式输送系统的推进齐」贮箱增压的全套装置。用犷保初I几发动机工作时推进剂的额定流量;}功比离心泵发生气蚀;增加推进剂贮箱的轴向承载能力。常用的有4种:①贮气增压系统。由高压气瓶组、减压器、管路、加温器等组成。这种增压系统利用贮存在导弹或火箭土气瓶内的高压气体，经降压后直接或用发动机涡轮废气加温后给推进剂贮箱增压。系统结构较简单，但质量较重。为减轻导弹或火箭上气源的质量，在导弹或火箭起一飞之前常采用地面气源为推进剂贮箱增压。②自生增压系统。由限流嘴、换热器、管路等组成。它利用低沸点推进剂经换热器加热汽化的气体给推进剂自身增压，或利用主推进剂燃烧产生的富氧或富燃燃气经换热器降温后，分别给氧化剂贮箱或燃烧剂贮箱增压。增压气体来源于推进剂自身。系统结构较简单，质量较轻。③冲压气流增压系统。由冲压活门、气体管路等组成。它利用导弹或火箭飞行时的外界气流给推进剂贮箱增压，只适用于在稠密大气层内的飞行阶段，增压压力不够稳定。④化学增压系统。由喷嘴、压力信号器、电动活门、液体管路、气体管路等组成。它利用少量的燃烧剂或氧化剂，分别喷人氧化剂贮箱或燃烧齐lJ贮箱，进行有限度的化学反应，产生燃气给推进剂增压。系统结构较简单，适用于双组元自燃推进剂，增压压力不易控制。随着火箭推进技术的发展，冲压气流增压系统已不再应用，贮气增压系统、自生增压系统和化学增压系统仍在广泛应用。(郑坚)
