1.
A high power, wide torque range, efficient engine with a newly developed variable-valve-lift &-timing mechanism
新型可变气门升程和定时机构的大功率、宽扭矩高效发动机
2.
Electronic Control System for Variable Valve-Timing and Valve Lift
可变气门配气相位和升程电子控制系统
3.
A Study on Characteristic of In-cylinder Flow Field in Four Valve SI Engine under Low Valve Lift;
低气门升程下四气门汽油机缸内气体流动特性研究
4.
Research on Electronically Controlled Valve Timing and Lift for Diesel Engine 135;
135型柴油机气门定时及升程的电控技术研究
5.
Research on Electronics-Hydraulic Driving of Variable Valve System;
柴油机电—液驱动可变气门系统研究
6.
The Application of Variable Valve Timing Technology on Gasoline Engine;
可变气门正时技术在汽油机上的应用
7.
Definition and Optimization of Variable Intake Valve Phase
发动机可变进气门相位的确定及优化
8.
Air-estimation Model of a Non-throttle Gasoline Engine with Fully Variable Valve System
无节气门的全可变气门汽油机的进气量预测模型
9.
and that the corelationship of three-intake-valve between the flow rate and the valve lift is much closer to the ideal rapid switch specific property.
三进气门工作的进气流量与气门升程之间的关系很接近理想的急开急关特性。
10.
The New Method of Determining the Four-stroke Engine s Adjustable Valves;
确定四冲程发动机可调气门的新方法
11.
Electromagnetic valve actuation (EVA) is a new kind of variable valve timing technology.
电磁气门驱动是一种新型的可变配气相位技术。
12.
Study on Intake Performance of SI Engine with Fully Variable Valve Hydraulic Actuation System
发动机全可变液压气门机构进气性能的研究
13.
Simulation Research on Variable Valve Timing of Compressed Natural Gas Engine
天然气发动机可变气门定时的仿真研究
14.
One initiate left electrical engineering as their ascent caused the development of vertigo.
有一个门徒离开了电气工程的工作，因为提升引起了眩晕。
15.
"On the intake stroke, the intake valve has opened, the piston is moving downward, and a mixture of air and vaporized gasoline is entering the cylinder through the valve port."
"在进气行程中,进气门打开,活塞向下移动,可燃混合气通过进气门进入气缸。"
16.
The Simulation Control and Correlation Studies of Electromechanical Valve Actuator;
电磁全可变气门的仿真控制及相关研究
17.
Research on Medium Pressure Common Rail, Hydraulically Actuating, Electronically Controlled, Variable Valve System for Diesel Engine;
中压共轨电控柴油机可变气门系统的研究
18.
Experimental Studies on Close Loop Control Strategy for Fully Variable Valve Actuation;
全可变气门机构闭环控制策略的实验研究