1.
The Application of Modern Control Theory in the Deaerator Water Level Control
现代控制理论在除氧器水位控制中的应用
2.
Using CCS Method to Solve the Application of Water Level Control System in Deaerator
用协调控制策略解决除氧器水位自动调节系统投入难问题
3.
Three Momentum Control Logic Design and its Application to Whole Course Deaerator Water Level Monitoring by Means of Modified Frequency Modulation(MFM) Technology
采用变频调节技术的全程除氧器水位三冲量控制逻辑设计及应用
4.
Improvement on Water Level Control System for Deoxidization Device of Ship Steam Power Plant
船舶蒸汽动力装置除氧器水位调节系统改进分析
5.
Reason Analysis of Unit Due to the False Water Level Signal of Deaerator and its Preventive Measures
除氧器虚假水位引发机组跳闸的原因分析及防范措施
6.
Performance test for boiler feed water treatment equipment--Deaerator
GB/T13922.4-1992水处理设备性能试验除氧器
7.
Failure Analysis and Residual Life Evaluation of Deaerator Feedwater Storage Vessel of Power Plants;
电站除氧器水箱失效分析与寿命评估
8.
Comparison Capability between STORK Deaerator and Tray-Spray Steam Deaerator
STORK型与淋水盘式除氧器性能比较
9.
deaerating heater
除气加热器除氧加热器
10.
Removal of Dissolved Oxygen from Water Using Hollow Fiber Membrane Contactor;
中空纤维膜接触器脱除水中溶解氧的研究
11.
Development&Application of Built-in Drainage Equipment in Deaerator Started up with Boiler
除氧器内置锅炉启动疏水装置的研制和应用
12.
The Design and Development of a Sealed Water-level Controller Case for Surge-watered Dust Collector
冲击水浴除尘器密闭式水位控制箱的研制
13.
Study on the Removal of Nitrate Produced in ANAMMOX Process by Bio-Electrode Reactor;
电极—生物膜反应器去除厌氧氨氧化出水中硝酸盐的性能研究
14.
Experimental Researches on Controlled Potential Electrochemical Sensor for Ozone in Water;
控制电位型水中臭氧电化学传感器的试验研究
15.
Effect of Disinfection by Acidic Electrolyzed Oxidizing Water on Medical Instrument
酸性氧化电位水消毒医疗器械的效果观察
16.
A Study of Flowing Electrolyzed Oxidaxing Water Cleaning and Disinfection of Gastroscope Contaminated with Bacillus Subtilis Var.niger Spore;
流动酸性氧化电位水去除胃镜污染枯草杆菌黑色变种芽孢的研究
17.
Research on Water Level Adjustment of Deaerator Operation in Tianjin Datang Panshan Power Plant
大唐盘山电厂除氧设备运行中水位突变问题解决
18.
Research of Ammonia Nitrogen Removal from Fish Breeding Water by Membrane Oxygenators (Artificial Lung);
利用膜式氧合器（膜式人工肺）排除水产养殖中氨氮的研究