boiler heating surface

Fly ash abrasion is an important factor that makes the pipes of boiler heating surface become thinner; coal quality influences the intensity of fly ash abrasion.

飞灰磨损是导致锅炉受热面管壁减薄失效的一个重要因素，煤质的好坏又直接影响着飞灰磨损的强度。

Boiler heating surface anti-corrosion alloy wear resistant thermal spray coating.

锅炉受热面热喷涂耐磨防腐合金涂层.

Elimination of Leakage of Boiler Heating Surface in Hanchuan Power Plant

汉川电厂锅炉受热面泄漏整治

The Emergency and Prevention of Jointing Defects in the Installation of Power Station Boiler Heating Surface

电站锅炉受热面管子安装焊口焊接缺陷的产生及预防

The Structure Factor of Power Station Boiler Heating Surface Pipes Splitting

电厂锅炉受热面管子爆漏的结构因素

Tube Explosion Analysis of Boiler Heating Surface in Thermal Power Plant& its Countermeasure

火电厂锅炉受热面爆管问题分析及对策

Water-cooled wall, superheater, reheater and economizer are the main component of boiler heating surface.

在锅炉中，水冷壁、过热器、再热器和省煤器是主要受热面。

The tube explosion of boiler heating surface accident seriously disserves the normal operation of power plant, results in great economic losses.

锅炉受热面爆管事故的发生，严重危害火力发电厂正常运行，造成巨大的经济损失。

Determination for Deviation of Installation Elevation for 1025,2045 t/ h Boiler Heating Surface

10252045t/h锅炉受热面安装标高偏差的确定

Power plant boiler heating surface anti-corrosion alloy wear resistant thermal spray coating.

电厂锅炉受热面热喷涂耐磨防腐合金涂层.

The causes of leakages of power station boiler heating surface pipes are analyzed, In accordance with the major causes, the corresponding preventive countermeasures have been put forward.

分析了电厂受热面管子泄漏的常见原因，并针对原因给出了相应的防范措施，可避免管子的重复泄漏，提高锅炉的安全运行。

The leak of boiler heating surface of coal-fired power station is the principle causes impacted generation safety and economical working.

燃煤电厂锅炉受热面的四管爆漏问题是影响电厂安全、经济运行的主要原因。

Explicit analytical solution of boiler heating surface dynamic process

锅炉受热面动态过程的一套显式解析特解

Optimization of 1000 MW Unit Tower-type Boiler Heating Surface Hoisting Scheme

百万千瓦机组塔式锅炉受热面吊装方案的优化

The trial runs on 2#'s stove indicates that monitoring effect is accurate, and can accurately calculate the pollution circumstances to the boiler heating surface, the heating surface lengthens service life, and raised the unit efficiency.

在2炉上的试运行表明监测效果准确，能够准确预测到锅炉受热面的污染情况，受热面使用寿命延长，提高了机组效率。

Brief Analysis of the Ash fouling on Boiler Heating Surface

锅炉受热面灰污染问题的几点分析

Boiler Heating Surface Soot Deposit, Slag Pollution Monitoring and Soot blowing Estimation

锅炉受热面积灰、结渣污染监测及吹灰判断

Influencing Factors of Boiler Heating Surface Fouling Monitoring

锅炉受热面污染监测影响原因的分析

Optimization Analysis on Boiler Heating Surface Damage

锅炉受热面损坏的优化分析

It analyzed the boiler heating surface wear, draft fan stall, slagging of feeding back legs, some typical turn-bed operation failure factors.

重点分析了锅炉受热面磨损，引风机失速，回料腿结焦，翻床几种典型运行故障的影响因素。

Uncertain knowledge treatment of expert system for explosion-leakage of boiler heating surface tubes

锅炉四管爆漏专家系统的不确定知识处理

Simplification of area coefficient calculation formula for radiant heat absorption of boiler heating surface

锅炉受热面辐射吸热量面积系数计算公式的简化

Digital Simulation for Non-Linear Dynamic Processes of Boiler Heating Surface

锅炉对流受热面非线性动态过程的数字仿真

The Cause Analysis on Leakages of Power Station Boiler Heating Surface Pipes and Preventive Measures

电厂锅炉受热面管子泄漏原因分析及对策

Numerical Study on Heat Transfer Characteristics of Boiler Heating Surface under Oxyfuel Combustion

富氧燃烧方式下烟气对受热面传热特性影响的数值研究

Risk-based maintenance technology for boiler heating surface is a new emerging technology that evaluates the risk rank and optimizes the maintenance strategy.

锅炉受热面风险维修技术是一项新兴技术，根据评价后的风险级别来优化维修策略。

A mathematical model based on analytical numerical mixed computation method is established to simulate the thermal process in boiler heating surface.

对锅炉热力过程采用解析&数值混合计算方法建立了计算数学模型。

Research on Treatment of Wear Caused by Fly-ash of the Boiler Heating Surface

锅炉受热面飞灰磨损治理研究

Technical Measures to Prevent ESC Boiler Heating Surface Pipe Blocking from inside Pipe Oxide Peeling-off

超临界锅炉受热面管内壁氧化皮堵管防治措施

Method Analysis of Lowering Amount of Desuperheating Water by Reconstructing Drum Boiler Heating Surface

汽包炉受热面改造降低减温水用量方法浅析