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对流受热
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  convective heating
     ANALYSIS ON HEAT TRANSFER CALCULATION DEVIATION FOR CONVECTIVE HEATING SURFACE OF BOILERS
     锅炉对流受热面传热计算偏差的分析
短句来源
     Sensitivity Analysis of Monitoring Fouling Model on Convective Heating Surfaces in Utility Boilers
     锅炉对流受热面积灰监测模型的灵敏度分析
短句来源
     ANALYSIS FOR INFLUENCE OF FURNACE POLLUTION AND PURGING UPON OPERATION OF CONVECTIVE HEATING SURFACE
     电站锅炉炉膛污染和吹扫对对流受热面运行的影响分析
短句来源
     Study on optimuin design of rearl convective heating surfaces of boiler
     锅炉尾部对流受热面最优化设计研究
短句来源
     Because the parameters in the computing formula all can be obtained by the locale watch of the DCS and DAS system of sootblowing,the paper is helpful to realized of the sootblowing optimization of convective heating surface for tubular-furnace,boiler and air preheater.
     由于计算公式中的参数都可以通过加热炉的DCS和DAS系统现场监测获取,因此,对于管式加热炉、锅炉、空气预热器等的对流受热面的优化吹灰的实现具有很好的参考价值。
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  “对流受热”译为未确定词的双语例句
     Flyash wearing & protection of convection surface in 410/9.8 boiler
     410/9.8型锅炉对流受热面飞灰磨损及防护
短句来源
     Anti-erosion Improvement on Convective Surfaces of Circofluid Type 75 t/h CFB Boiler
     Circofluid型75t/h循环流化床锅炉对流受热面防磨改造
短句来源
     Anti-erosion Improvement on Convective Surfaces of Circofluid Type 75t/h CFB Boiler
     Circofluid型75t/h循环流化床锅炉对流受热面防磨改造
短句来源
     The prediction model of slagging condition on the convection heating surfaces of large coal-fired boilers is built based on the improved BP algorithm.
     基于人工神经网络的改进BP算法,建立了大型燃煤锅炉对流受热面积灰结渣状况的预测模型。
短句来源
     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
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  相似匹配句对
     Advance in the Heat Transfer Enhancement Research for Convective Heating Surface
     对流受热面传热强化研究进展
短句来源
     Study on optimuin design of rearl convective heating surfaces of boiler
     锅炉尾部对流受热面最优化设计研究
短句来源
     antle convection
     地幔对流(讲座)
短句来源
     A STATISTICAL THEORY OF THE NON-LOCAL CONVECTION
     非局部的对流理论
短句来源
     Study on Oxidation Products of Cholesterol During Heating
     胆固醇受热氧化产物研究
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  convective heating
Convective heating of a blunt-nosed body in a nonuniform hypersonic gas stream
      
An investigation is made into the convective heating of a blunt-nosed body in an expanding stream of heated gas.
      
Microwave heating was used, together with the conventional convective heating, for thermal activation of the process.
      
suggest that the convective heating related to Indian nlon.uwn might he responsible for the development of WPA.
      
By linear analysis it is shown that the combination ofβ effect, friction and convective heating brings about the asymmetric phenomenon of margin curves.
      
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According to the heat balance principle, the boiler thermal calculation model based on the on line operating data is presented. The on line data filtering pretreatment are built into the system. Effect of coal and boiler load variation are also taken into account. From the point of economic operation of the unit, adequate determination of the desired cleaning factors are discussed in detail. This paper presents the design and implementation of an ash monitoring and sootblowing advisory system for the 300?MW...

According to the heat balance principle, the boiler thermal calculation model based on the on line operating data is presented. The on line data filtering pretreatment are built into the system. Effect of coal and boiler load variation are also taken into account. From the point of economic operation of the unit, adequate determination of the desired cleaning factors are discussed in detail. This paper presents the design and implementation of an ash monitoring and sootblowing advisory system for the 300?MW coal fired boiler in Hengshui Power Station.

运用热平衡基本原理 ,建立了基于在线监测数据的热力计算模型。采用了在线热工参数的模糊表述和预处理 ,考虑煤质和负荷变化的影响。从机组运行的经济性出发 ,对受热面洁净因子的选取进行了深入地讨论。以衡水发电厂30 0MW机组为实时在线分析对象 ,开发并实现了在稳定工况下 30 0MW燃煤电厂锅炉对流受热面积灰结渣的计算机在线监测和优化吹灰指导。

Charring close to burners and a large volume of charring and accumulation of ashes in the chamber always destroy the aerodynamic working conditions for normal combustion and cause a rise in the outlet temperature of the chamber and a temperature rise in the convection heated wall surface,which limits the efficiency of the boiler, and severe charring often interrupt the operation of boilers. How to develop an item of combustion equipment with excellent overal performance is a topic drawing more and more attention,...

Charring close to burners and a large volume of charring and accumulation of ashes in the chamber always destroy the aerodynamic working conditions for normal combustion and cause a rise in the outlet temperature of the chamber and a temperature rise in the convection heated wall surface,which limits the efficiency of the boiler, and severe charring often interrupt the operation of boilers. How to develop an item of combustion equipment with excellent overal performance is a topic drawing more and more attention, and this paper discusses the factors associated with charring in boilers and suggests actions to prevent it.

燃烧器附近结焦和炉膛内大量结焦、积灰 ,常使处于正常燃烧的空气动力工况遭到破坏 ,使炉膛出口温度升高 ,引起对流受热面壁温升高 ,限制了锅炉出力 ,特别严重的结焦还往往迫使锅炉中断运行。如何防止结焦 ,开发出一种具有综合性能优良的燃烧设备越来越引起人们的广泛重视。论述了锅炉结焦的有关因素 ,提出了防止锅炉结焦的措施

Slagging closed to burners and a large volume of slagging and accumulation of ash in the chamber always destroy the aerodynamic conditions for normal combustion and cause a temperature rise at outlet of chamber and convection heating surface. The factors concerning slagging are discussed and countermeasures are put forward.

燃烧器附近结焦和炉膛内的大量结焦、积灰,常使空气动力工况遭到破坏,致使炉膛出口温度升高,引起对流受热面壁温升高,限制了锅炉出力。论述了锅炉结焦的相关因素,提出了防止结焦的措施。

 
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