1) Fouling
[英][faul] [美][faʊl]
灰污
1.
Ref[1]has developed a set of methods to performance online monitor of fouling on convective heating surfaces, which have been successfully developed on No.
利用锅炉校核程序生成的运行参数,进行灰污监测仿真实验。
2.
First, the thesis makes a comparison of other fouling monitoring systems and optimized sootblowing systems .
本文首先介绍了锅炉受热面灰污对锅炉系统经济性和安全性的影响,提出了优化吹灰的概念。
3.
During the operation of coal-fried utility boiler, the interior surfaces inevitably encounter fouling problems.
燃煤电站锅炉在运行中受热面不可避免的会出现灰污,吹灰是清除灰污的有效手段,对锅炉灰污进行实时监测和吹灰优化,合理的投用吹灰系统,可以使锅炉获得较好的经济效益。
2) sewage sludge ash
污泥灰
1.
Decoloration of synthetic dye wastewaters with sewage sludge ash used as adsorbent
污泥灰对模拟染料废水的吸附研究
2.
The chemical composition of sewage sludge ash(SSA) was tested,and initial SSA was modified to increase the uptake capacity of heavy metal ions before its application.
测试了污泥灰的化学成分并对其进行酸化改性,考察了振荡时间、溶液pH值和反应温度对改性污泥灰去除废水中Cu2+的影响;改性污泥灰对Cu2+的吸附符合Langmuir和Freundlich吸附等温模型,其对Cu2+的最大吸附容量可达7。
3.
Adsorbing study on removal of Cu(Ⅱ)from wastewater by sewage sludge ash was tested.
通过对污泥灰吸附重金属废水中Cu2+离子的吸附条件进行研究,考察了反应时间、溶液pH值对污泥灰去除废水中Cu2+的影响;污泥灰吸附Cu2+的过程能同时较好地符合Langmuir吸附等温模型;污泥灰吸附Cu2+的过程动力学较好地遵循Lagergren一级吸附速率表达式。
3) resultant heat flux
灰污热流
4) ash fouling model
灰污增长
5) contamination factor
灰污系数
1.
The laboratory experimental investigation method on contamination factors of helically finned tube bank;
螺旋翅片管束灰污系数实验室试验方法
2.
The experimental investigation on contamination factor of helically cegmented finned tube bank;
齿型螺旋翅片管束灰污系数试验研究
6) pollution coefficient
灰污系数
1.
The paper analyzes and compares a lot of formulate used in designing membrane economizers,presents a correlative formual and a methoad to select pollution coefficient of the typical membrane economizer.
分析比较了膜式省煤器设计计算的若干公式的准确性 ,通过台架试验与现场测试提出了一种典型膜式省煤器的放热特性关联式和灰污系数选取方
2.
According to model test theory,the membrane economizer is tested on a test stand,then in comparing with industrial experimental results,an efficient method to select pollution coefficient and correlative formula of thermal property of the typical membrane economizer is presented.
并根据模化理论，对膜式省煤器进行了试验台试验，并对照工业性试验结果，提出了一种较为实用的灰污系数选取方法和这种典型膜式省煤器的放热特性关联
补充资料：斑污
1.斑点污渍。
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