1) drum water-level protection
汽包水位保护
1.
Using the analytic hierarchy method achieving optimum strategy of the drum water-level protection;
利用层次分析法实现汽包水位保护最佳策略的选择
2) drum level
汽包水位
1.
Reform of drum level protection system for 670t/h boiler;
670t/h锅炉汽包水位保护系统改造
2.
Boiler drum level control system based on feed forward-cascade control;
基于前馈-串级控制的锅炉汽包水位控制系统
3.
Survey and analysis on measurement and protection system of drum level in Hunan power plant;
湖南省火电厂锅炉汽包水位测量保护系统的调查和分析
3) drum water level
汽包水位
1.
Retrofitting of drum water level differential pressure measuring system of 1025 t/h boiler;
1025t/h锅炉汽包水位差压测量系统改造
2.
Analysis of a new technique using inner-placed balanced contatiner to measure drum water level;
浅谈内置式平衡容器测量汽包水位新技术
3.
A control method of boiler drum water level based on fuzzy-PI control;
一种基于模糊PID控制的锅炉汽包水位控制方法
4) water level
汽包水位
1.
Research of AFSMC-PID cascade for water level system of boiler drum
锅炉汽包水位系统的AFSMC-PID串级控制研究
2.
The control system for water in boiler is designed by fuzzy control theory using MATLAB software to test and simulate the fuzzy control system,and the result of the simulation shows the best real time control for water level in boil- er.
其蒸汽、压力、温度这些非常重要的控制量与汽包水位有着密切的联系。
3.
Aiming at water level control of boiler drums in power plant, a strategy of CMAC neural network and PID combined control is presented.
提出了电站锅炉汽包水位系统的CMAC神经网络与PID的复合控制策略。
5) boiler water level
汽包水位
1.
Fault detection for boiler water level sensor based on neural network;
基于神经网络的汽包水位传感器故障检测
2.
The good work of boiler water level system plays a crucial role in the safety of power plant.
汽包水位系统的正常工作对于热电厂的安全生产非常重要。
3.
At first, boiler water level control system and the mean of alarm and fault detection adopted universally are introduced.
首先介绍了火电厂热工锅炉汽包水位控制系统以及现阶段普遍采取的报警和故障检测方法。
6) steam drum water level
汽包水位
1.
Compensation techniques for the first-order measuring of steam drum water level;
汽包水位一次测量补偿技术
2.
A self-tuning fuzzy control system is applied for steam drum water level control in a CFB waste incinerator, which is characterized by its frequent fluctuation of heat load and nonlinear performance of main feed-water valve.
针对垃圾焚烧炉热负荷波动频繁、给水调节阀调节精度较低的现状,采用自调整模糊控制策略,实现了汽包水位在±10mm范围内的自动控制,符合锅炉运行要求。
3.
To find out the true level in boiler operation, experimented with steam drum water level verification by masuring device.
汽包水位是锅炉运行非常重要的监控参数,但目前几种水位测量装置都存在一些测量误差。
补充资料:锅炉汽包水位数学模型
分子式:
CAS号:
性质:锅炉汽包水位数学模型描述的是汽包水位的动态特性,它是为汽包水位控制设计而用的。引起汽包水位变化的因素很多,但主要是给水量和蒸汽量(负荷)。因此锅炉汽包水位数学模型主要描述汽包水位、给水流量和蒸汽流量之间的变化关系。
CAS号:
性质:锅炉汽包水位数学模型描述的是汽包水位的动态特性,它是为汽包水位控制设计而用的。引起汽包水位变化的因素很多,但主要是给水量和蒸汽量(负荷)。因此锅炉汽包水位数学模型主要描述汽包水位、给水流量和蒸汽流量之间的变化关系。
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