1)rail pressure control轨压控制
英文短句/例句
1.Research on Neutral Network Control for Rail Pressure of High Pressure Common Rail Diesel Engine;高压共轨电控柴油机神经网络轨压控制研究
2.Control method Based on Neural-Network for rail Pressure control of Common Rail System in Diesel Engine基于神经网络的柴油机共轨系统轨压控制方法
3.Research on Pressure Control in High-pressure Common Rail Injection System Based on Embedded System;基于嵌入式系统的高压共轨喷油系统轨压控制研究
4.Study on Fuel Injection Control Strategy and Optimization of the Rail for High Pressure Common Rail高压共轨喷油控制策略及共轨管优化设计研究
5.Study on Automatic Control System for the Myriametre Rail Gas Pressure Welding;超长钢轨气压焊机自动控制系统研究
6.The Control System Based on CAN-BUS in Gas Pressure Welding of Rail基于CAN总线的钢轨气压焊控制系统
7.Study on the Control Device of High Pressure Common Rail System in Diesel Engine柴油机高压共轨系统控制装置的研究
8.The Electro-hydraulic Servo Control System in Gas Pressure Welding of Rail钢轨气压焊电液伺服系统及控制技术
9.Uses of Solar Radiation for Formation Flying Control Around the Sun-Earth Libration Point利用太阳光压力进行Halo轨道编队控制
10.Simulation of the Controlling Common Rail Pressure Based on Spill Valve基于溢流阀的共轨压力控制仿真研究
11.Adaptive sliding-mode trajectory-tracking control of hydraulic Stewart platformStewart液压平台轨迹跟踪自适应滑模控制
12.Experimental Research on Common Rail Pressure Control by New-typed Flow Control Valve新型泵控制阀控制共轨压力的试验研究
13.Dynamic Simulation and Analysis on Pressure Control of High Pressure Common Rail in Diesel Engine柴油机高压共轨压力控制的动态仿真与分析
14.Design and Research on the Controller of Medium Pressure Common Rail System for Diesel Engine;中压共轨柴油机电控系统控制器设计与研究
15.Transformation of Small CNC Traveling Rail Gas Pressure Welding Control System小型数控移动式钢轨气压焊控制系统的改进
16.Emission Control to High Pressure Common Rail Diesel Engine at Idle电控高压共轨柴油机怠速阶段排放控制的研究
17.Research on Automatic Control System of the Working Device Trace of Hydraulic Excavator液压挖掘机工装轨迹自动控制系统的研制
18.Research on the Testing Controller of High Pressure Electronic Controlled Common Rail System of Diesel Engine;柴油机高压共轨系统试验控制器的研制
相关短句/例句
common rail pressure-control共轨压力控制
3)rpcv轨道压力控制阀
4)real-time control of common-rail pressure轨压实时控制
5)Derailment control脱轨控制
6)path control轨迹控制
1.Based on the studies on technologies and applications of branch well home and abroad, the problems existing in the technologies for branch well in Liaohe Oilfield and the corresponding ones which are need to solve are pointed out in this paper, including the designing of branch well path, path control and well completion.结合国内外分支井技术研究和应用现状,本文指出了目前辽河油田分支井技术存在的及需要解决的问题,主要包括:潜山地层分支井轨迹设计、分支井轨迹控制设计及分支井完井设计技术。
延伸阅读
采场地压控制采场地压控制ground control of stope ca℃泊门9 diya kongZhi采场地压控制(ground eontrol of stope)为使采场周围岩体在回来期间不因次生应力作用而破坏或不按预期形式破坏而采取的措施。采场是进行回采的或回采后形成的敞空空间或堆积着落下矿岩或充填材料的空间。采场的形成使其周围岩体的原始应力改变.而形成次生应力场。其范围就是采场围岩应力重新调整的范围。采场围岩所受的力和采场围岩施加十采场中支撑体的力都叫做采场地压。采场地压引起围岩或支撑体明显变化，叫做采场地压显现或采场地压活动采场地压控制，要考虑矿柱尺寸计算.采场围岩加固，充填体作用和采空区处理。 为使回采工作顺利进行，采用自然支撑、人工支撑和崩落等方法控制采场地压 川自然支撑使留在采场中的各种矿柱具有合适的尺寸一和间距，并选取合适的采场顶板暴露面积，以使采场围岩中的次生应力不超过围岩强度极限使用空场采矿法时随回采工_作发展不断遗留采空区，从而使采空区围岩中的次生应力不断叠加。为了防止出现大规模地压活动，应采取适当方法及时处理采空区。 (2)人工支撑为防止在回采过程中，采场周围岩体因自身强度不够或因受构造影响而变形或片落，针-对不同情况.采取各种人工加固和支撑围岩的措施。通常用锚杆、锚索和注浆加固采场周围岩体，或用充填材料、立柱、方框支架等支撑采场周围岩体 〔3)崩落随回采_I二作进行强制或自然崩落采场周l%l岩体.使回采_l二作空间周围岩体中应力降低或使落矿费用减少 (郑永学)
