热控系统,thermal control system
1)thermal control system热控系统
1.Dynamical modeling and simulation of satellite thermal control system;卫星热控系统的动态特性建模与仿真
2.Analysis of trouble causes for contact-socket assemblies in a thermal control system and their countermeasures;热控系统接插件故障原因剖析及对策
3.Analysis and improvement on thermal control system of circulating-water booster pump house in Maoming Cogeneration Power Plant;茂名热电厂循环水升压泵房热控系统分析和改进
英文短句/例句

1.I&C System Reliability Process Control in Capital Construction Stage基建阶段的热控系统可靠性过程控制
2.control system for hest power engineering in thermal power plant火电厂热工控制系统
3.The Autocontrol System for the Regenerative Heating Furnace Based on PLC;基于PLC的蓄热式加热炉自动控制系统
4.The Research on Application of Thermal Balance and Temperature Control for Hot Runner System;热流道热平衡及测控系统的应用研究
5.Automatic control system for reheating furnace of 1549mm hot strip mill in TISCO太钢1549热连轧加热炉区自动控制系统
6.Auto-control Scheme for the Combustion System of the Regenerative Reheating Furnace蓄热式加热炉燃烧系统自动控制方案
7.The Calculator Control System of the Step by Step Deams and Saving Hot Into Heating Furance步进梁蓄热式加热炉计算机控制系统
8.The application of SCR controller in electrical heating system可控硅控制器在电加热系统中的应用
9.The Alteration of Control System for Reheat Furnace in Hot Strip Continuous Rolling and Optimum of Reheat Technology;带钢热连轧加热炉控制系统的改造及加热优化
10.The Heating System Control of Drying Section of Paper Machine Implemented by IPC用工控机实现纸机干燥部热泵供热系统控制
11.Hot Water Heater Temperature Control System Research and Development;基于模糊控制的即热式热水器温控系统的设计
12.Electric Control System Design and Selection of Hot-dip Furnace Heated by Resistance电阻加热金属热浸镀炉电控系统的设计与选择
13.Study on Energy Saving and Optimization Control of Ground-water Heat Pump System;水源热泵供热水系统的节能优化控制研究
14.Research of Heat-Exchanging Equipment s Dynamic Character and Energy Regulating and Controlling System;换热器动态特性及热力站能量控制系统研究
15.The Design and Study of Full-Automatic Control System of Regenerative Soaking Furnace;蓄热式均热炉全自动控制系统设计与研究
16.The Design and Study of the Computer Supervision and Control System in Central Heating Power Station;集中供热热力站微机监控系统设计与研究
17.Design on Fuzzy-PID Controler for the Heating System of the Thermal-Mechanical Simulator;热模拟试验机加热系统模糊PID控制器设计
18.Research progress of thermal runaway critical criteria in chemical exothermic system化学放热系统热失控临界判据的研究进展
相关短句/例句

MEMS thermal control systemMEMS热控系统
3)thermal control system热控制系统
1.Structural analysis on a kind of spacecraft thermal control system一种航天器热控制系统的结构分析
2.A thermal control system of the space camera was designed by means of thermal isolation, thermal transmission and temperature compensation.采用热隔离、热疏导及温度补偿等方法针对该空间相机进行了热控制系统的设计。
4)water heater control system热水器控制系统
5)thermal control automatic system热控自动化系统
6)heating network monitor system供热网监控系统
延伸阅读

热连轧机电控系统热连轧机电控系统electric drive control system for hot tandem mill 是根据不同钢带的张力大小计算不同摆角时的张力力矩,并作为电流设定值至电流控制系统,通过调节电流维持张力恒定。高度控制是根据摆角传感器检测的摆杆实际位!,并与给定值比较产生偏差,通过高度调节器按确定比例修正本架及上下游各架轧辊速度设定值,以维持轧制过程活套高度恒定. 压下装里用液压或电动方式驭动,通过压下螺丝上下移动轧机上轧辊以取得不同的轧件厚度。在电动压下装置中左右两个压下螺丝由两台直流电动机单独传动。或者通过装在轴上的电磁离合器使两个螺丝联动。电动机用可逆变流器供电,除通常的闭环控制外,还通过压下的位!传感器组成模拟式或数字式的位t控制(APC).自动厚度控制(AGC)主要用以补偿轧件由于温度变化或人口厚度变化所引起的成品厚度偏差.基本工作原理是,根据事先实侧各机座弹性变形系数m、轧制过程检侧的辊缝实际值:及轧制压力实际值尸,计算出口厚度值 n一:+二当产生偏差时,通过驱动机构修正辊缝值:消除厚差.但实际上由于传感器精度和其他外界因素(如轧辊偏心)的影响,用间接侧厚公式检侧钢材绝对厚度的方法精度不高,在要求保持带钢沿长度方向头尾厚度均匀的场所,通常采用“头部锁定”法,即把各架头部的厚度作为该架厚度的设定值,然后利用间接侧厚公式计算厚度对头部锁定的偏差值。由于这种头部锁定间接侧厚的AGC系统简单、无时滞,已为大t轧机所采用,框图如图3所示。有些轧机还加有前馈控制AGC和X射线测厚监控AGC。前者主要是通过侧得的上一架出口厚度偏差,经过延时事先修正下一架辊缝设定┌──┐ │历+Q│┌──┐ ├──┤│日令│ │用 │└──┘ └──┘ ┌───┐ │一朋Q │ ├───┤ │舰+Q │ └───┘ 图3间接测厚AGC系统框图劫r一给定的厚度偏差,令劫r=。;助.一实际的厚度偏差;劫,一间接测厚得到的出口厚度偏差;灿一铸要的轧辊位移;山一实际的轧辊位移;△尸‘一轧棍位移产生的轧制力变化;△尸d一外界干扰引起的轧制力变化;U一压下调速系统修正信号,。一轧棍位移速度;二一轧机弹性变形系数,Q一材料塑性变形系数;D(s)一校正环节传递函数;G(s)一压下转速系统传递函数rel旧nzhoJ一d一onkongx一tong热连轧机电控系统(eleetrie drive eontrol sys-tem for hot tandem mill)用以实现热连轧机正常运转的电力艳动和控制等电路组合的总体。