1.
Application of Electronic Water Treatment in Eliminating the Deposit in Condenser of Turbine
电子水处理法在解决汽轮发电机凝汽器结垢中的应用
2.
Study on the influnce of circulating cooling waterconcentration rate upon condenser tube erosion and scaling
循环冷却水浓缩倍率对凝汽器管路的腐蚀和结垢趋势
3.
Steam is condensed in the condenser.
蒸汽在冷凝器中凝结。
4.
The dirtying principle and deposal methods of condenser in refrigeratory system
冷库制冷系统冷凝器结垢成因及清洗方法
5.
This paper introduced the scaling causes of condenser of ice cream freezer and scaling harm. Common methods of removing scales of condenser ice cream freezer.
介绍了冰淇淋机冷凝器的结垢原因及造成的危害,提出了冷凝器常见的除垢方法。
6.
Dirt fouled the carburetor.
污垢弄脏了汽化器。
7.
The Development of Power-plant Recirculated Cooling Water System Simulating Test-bed and the Scale Prevention on Condenser;
电厂循环冷却水系统模拟试验台的研制与凝汽器防垢试验研究
8.
The Saving Energy Technology of Continuous Removing Fouling in Condensers of Steam Turbines with Plastic Self - rotating Twisted Strips;
汽轮机冷凝器污垢自转塑料纽带连续清洗节能技术
9.
Influence of Condenser Water Side Fouling on Steam Vacuum and Its Technology Solutions
凝汽器水侧污垢对机组真空的影响及其技术对策
10.
Calculation of condenser heat transfer coefficient and analysis of the influence of air content and scale on condenser vacuum
凝汽器换热系数计算及空气含量和污垢厚度对真空的影响分析
11.
Prediction Model of Precipitation Fouling Process in the Heat Exchanger
换热器中析晶垢结垢过程的预测模型
12.
Scaling Reasons and Prevention Measures of Heat Exchanger at the Top of Atmospheric Column
常顶换热器结垢原因分析及防结垢对策
13.
Discussion on the Structure Design Method of Air Cooled Condenser Platform;
空气冷凝汽器平台结构设计方法探讨
14.
Scale Buildup in 300kt/a Gasoline Hydrogenation Unit and Countermeasures
300kt/a汽油加氢精制装置结垢分析及对策
15.
A coating or an incrustation of filth or refuse.
污垢污物或垃圾的覆盖层或凝结物
16.
The condenser is of the direct-contact type, since the steam does not have to be condensed separately from cooling water and returned to a boiler.
凝汽器为直接接触式,因蒸汽不必与冷却水隔开凝结并返回至锅炉。
17.
This paper simply introduce reason of turbine blade's dust deposit and endager, assay rest on turbine blade's dust deposit.
介绍了汽轮机叶片结垢的原因和危害,分析判断叶片结垢的依据。
18.
The failure was caused by dezincification corrosion.
结果表明：凝汽器铜管的腐蚀属栓状脱锌腐蚀。