1) assembly pipe pressure
集合管压力
2) Collecting Pipe Pressure
集气管压力
1.
Optimization of Collecting Pipe Pressure Auto Controling System in Coal Furnance;
焦炉集气管压力自动控制系统的优化
2.
The result and methods of the pressure autocontrol on the coke oven collecting pipe,the status and the effect of the coke oven collecting pipe pressure being revamped were introduced.
介绍了焦炉集气管压力实现计算机自动控制的原理、方式,以及焦炉集气管压力控制改造前的现状、改造后的效果。
3) collector pressure
集气管压力
1.
Intelligent cooperative control of coke oven collector pressure and its application;
焦炉集气管压力智能协调控制系统及其应用
2.
According to the characteristics of nonlinear, close coupling and multiple loop for coke oven collector pressure control systems, a new mixed control method is proposed.
本文针对焦炉集气管压力系统具有多回路、强耦合、非线性的特点,提出了一种综合控制算法,该算法将变积分PI控制与运用相关性分析法的解耦控制有机结合,通过改变积分系数,保证单座焦炉的稳定,通过相关性分析及补偿,消除焦炉之间集气管压力的耦合影响,解决了具有耦合特性的多座焦炉的集气管压力稳定问题。
4) discharge header pressure
集气管压力
1.
Adaptive fuzzy control used in the discharge header pressure control;
自适应模糊控制在集气管压力控制中的应用
2.
Because of the difficulty to build a precise mathematical model in the discharge header pressure control system of coke oven and the complexity of process conditions ,an adaptice fuzzy control arithmetic was given in the discharge header pressure control system.
针对焦炉集气管压力控制难以建立精确的数学模型 ,且工况复杂等原因 ,提出采用集气管分管压力自适应模糊控制算法 ,在线调整控制器参数。
3.
So the discharge header pressure system of coke oven is a complex multi-variable control system and there is no mathematical model up to now.
多座焦炉并联生产条件下,集气管压力控制对象存在复杂的耦合关系,且尚无精确的数学模型。
5) gas collector pressure
集气管压力
1.
Multi-variable fuzzy control system of gas collector pressure in coke oven;
焦炉集气管压力多变量模糊控制系统
2.
Intelligent decoupling control based on coupling degree for gas collector pressure;
基于耦合度的集气管压力智能解耦控制
3.
Firstly,the corresponding three-input fuzzy control algorithm was chosen by the differences of industrial condition,which can predict the instant changing trend of the gas collector pressure and track and control the pressure by importing the instant change rate of deviation as one input,on the bas.
针对某新2#焦炉集气管压力波动幅值大、压力振荡剧烈且具有突变的特性,提出了三输入模糊协调控制算法。
6) pressure of gas collector
集气管压力
1.
3 coke oven of YanKuang coking plant is introduced, the system includes control of pressure of recycled coal gas, control of pressure of gas collector, security alarm and security guarantee.
介绍了DCS在兖矿焦化厂 3#焦炉回炉煤气主管压力控制、集气管压力控制、安全报警与安全保障中的应用。
补充资料:U形管压力计
分子式:
CAS号:
性质: 又称双管压力计,是液柱压力计的基本形式,为最简单的、精度又比较高的一种压力计。它由两端开口作成U字形的透明管所构成。在未测定压力前使两根支管内的液面均恰在0点。测压力时两根支管内液面发生变化,如p1>p2。设被测液体及指示液体的密度为ρ′及ρ,则根据流体静力学原理可得被测压力为:P=P1-P2=(h1+h2)(ρ-ρ′)g=h(ρ-ρ′)g当ρ>>ρ时,则可得:p=p1-p2=hpg故当指示液的密度p为已知时,则可用液柱高差h来表示被测流体的压力。若p2通大气,p1的读数为表压。若P1通大气,P2为负压时,读数为真空度。如P1及P2按不同测压点,读数为压差。
CAS号:
性质: 又称双管压力计,是液柱压力计的基本形式,为最简单的、精度又比较高的一种压力计。它由两端开口作成U字形的透明管所构成。在未测定压力前使两根支管内的液面均恰在0点。测压力时两根支管内液面发生变化,如p1>p2。设被测液体及指示液体的密度为ρ′及ρ,则根据流体静力学原理可得被测压力为:P=P1-P2=(h1+h2)(ρ-ρ′)g=h(ρ-ρ′)g当ρ>>ρ时,则可得:p=p1-p2=hpg故当指示液的密度p为已知时,则可用液柱高差h来表示被测流体的压力。若p2通大气,p1的读数为表压。若P1通大气,P2为负压时,读数为真空度。如P1及P2按不同测压点,读数为压差。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条