1)W-Flame Boiler"W"火焰锅炉
1.Optimal combustion on W-Flame Boiler in Liaocheng Power Plant;聊城电厂600MW“W”火焰锅炉优化燃烧
2.Split burner and the combustion stability of W-flame boiler缝隙式燃烧器与“W”火焰锅炉的燃烧稳定性
3.Analysis and countermeasure for the unfavorable combustion stability in W-flame boiler“W”火焰锅炉燃烧稳定性差原因分析
2)W-flame boilerW火焰锅炉
1.The feature of fuel and good combustion condition are two affecting factors on the flame stability of w-flame boiler.燃料的性质和炉内良好的燃烧环境是W火焰锅炉稳定燃烧的决定因素。
2.Long-time stable combustion is a big technical problem for W-flame boilers, which fire lambskin from Shaoguan District.对燃用韶关地区劣质难燃无烟煤的W火焰锅炉来说,长时间稳定燃烧是个较大的技术难题。
3.The Huaneng International Power Development Company imported several types of W-flame boiler.在W火焰锅炉这一炉型中,该锅炉是设计较为成功的炉型。
英文短句/例句
1.Study of Thermal Performance Calculation Methods in W Flame Boiler Furnace;W火焰锅炉炉膛热力计算方法的研究
2.Numerical Simulation on the Effect of Structure on Flame for W Flame BoilerW火焰锅炉结构效应对火焰影响的数值模拟
3.Analysis on the characteristics of W-shaped flame boiler for super critical 600MW unit超临界600MW机组W火焰锅炉的特点
4.The Test On Burning Stability At Low Load In The HuaNeng LouHuang Power Plant Steam Boiler Of "W" Flame Style;华能珞璜电厂W火焰锅炉低负荷稳燃试验研究
5.Research on the Problems of 2060t/h W Flame Boiler Debugging2060t/h W火焰锅炉调试中出现的问题研究
6.STUDY ON COMBINED APPLICATION OF LOW NOx COMBUSTION AND SNCR IN WSHAPED FLAME BOILERW火焰锅炉低NO_x燃烧与SNCR联合应用研究
7.Numerical Simulation and Analysis on Retrofit of 300 MW Units with W Flame Boilers300MW机组W火焰锅炉改造的数值模拟与分析
8.Numerical Simulation of the Combustion Processes and the Pollutant NOx Distributing in a 300MW W-shape Flame Boiler Furnace;300MW W火焰锅炉炉内燃烧过程及NOx分布的数值模拟
9.The Influnence of the Tertiary Air on the Aerodynamic Fields in a Slot Down-Fired Boller三次风对缝隙式W火焰锅炉炉内空气动力场的影响
10.A Preliminary Study on Operating Characteristics of "W" Shape Flame Boiler of Shaoguan Power Plant;韶关发电厂“W”火焰锅炉运行特性初探
11.Numerical Simulation Study on Parameter of over Fire Air in 1025t/h Down-Fired Boiler1025t/h W型火焰锅炉燃尽风参数优化
12.600 MW Boiler of "W/Flame Coked and Deposition of Slag Research600MW“W”火焰锅炉结焦、积渣问题研究
13.Discussion of Problems Existing on 600 MW"W"Flame Boiler600 MW“W”火焰锅炉存在问题及探讨
14."W" Flame Boiler Combustion Corrective Measure and Effect“W”型火焰锅炉燃烧改进措施及效果
15.Analysis and countermeasure for the unfavorable combustion stability in W-flame boiler“W”火焰锅炉燃烧稳定性差原因分析
16.CAUSE ANALYSIS AND PREVENTIVE MEASURES OF OUTFIRE IN W-SHAPED FLAME BOILER FOR 600 MW UNIT600MW机组“W”型火焰锅炉灭火原因分析及预防
17.A Study and Rebuild on the Excess Temperature of the 350MW W Flame Boiler;350MW W型火焰锅炉受热面超温的研究与改造
18.Numerical Simulation of Combined Low-NO_X Combustion and SNCR Technologies Applied in 300MW "W" Flame Boiler300MW“W”火焰锅炉低NO_X燃烧与SNCR联合技术数值模拟
相关短句/例句
W-flame boilerW火焰锅炉
1.The feature of fuel and good combustion condition are two affecting factors on the flame stability of w-flame boiler.燃料的性质和炉内良好的燃烧环境是W火焰锅炉稳定燃烧的决定因素。
2.Long-time stable combustion is a big technical problem for W-flame boilers, which fire lambskin from Shaoguan District.对燃用韶关地区劣质难燃无烟煤的W火焰锅炉来说,长时间稳定燃烧是个较大的技术难题。
3.The Huaneng International Power Development Company imported several types of W-flame boiler.在W火焰锅炉这一炉型中,该锅炉是设计较为成功的炉型。
3)double arch boilerW火焰锅炉
1.Citing a typical 300 MW unit as an example where double arch boiler fire anthracite.以某300 MW燃烧无烟煤发电厂燃烧系统为例,介绍W火焰锅炉燃烧系统的特点,煤粉从粉仓输送到炉膛的设计思路,一,二,三次风布置的方式,以及燃烧器布置的特点,叙述了一个典型的W火焰锅炉燃烧系统的设计概念。
2.The article describes the system configuration of double arch boiler and its indirect firing system,pulverized coal system,citing a 300 MW unit as an example where double arch boiler fire anthracite.以某300 MW燃烧无烟煤发电厂为例,介绍W火焰锅炉的特点,锅炉岛中间仓储式制粉系统,燃烧系统的特点,叙述了一个典型的燃烧无烟煤锅炉的设计概念。
4)W-shaped flame boilerW火焰锅炉
1.Analysis on the characteristics of W-shaped flame boiler for super critical 600MW unit超临界600MW机组W火焰锅炉的特点
2.The space distribution features of combustion and flame-detecting signals in FW type W-shaped flame boiler of Yangcheng Power Generation Co Ltd have been presented.介绍了阳城国际发电有限公司FW型W火焰锅炉燃烧及火检信号的空间分布特征,对目前同类型W火焰锅炉所存在的高负荷下火检稳定性变差、燃烧不稳、提高氧量困难的原因进行了探讨,认为改善一次风气流的着火条件,可提高高负荷时燃烧的稳定性。
3.The features of burners, air distribution mode, and structure for various W-shaped flame boilers in service at present in China have been presented.介绍我国现役各类W火焰锅炉燃烧器、配风方式及结构特点。
5)W flame boilerW火焰锅炉
1.The structure of W flame boiler suitable for anthracite is introduced.简介W火焰锅炉适应于无烟煤燃烧的结构特点。
2.The load performance of the 300 MW W flame boiler was analyzed and the problems, particularly the serious slagging and sooting in furnace existed while burning anthracite coal were found.分析了 W火焰锅炉的负荷特性 ,指出燃烧无烟煤存在的问题 (尤其是积灰和结焦 )较严重 ,主要原因是炉膛热负荷较大 ,受炉膛内空气动力场的影响以及一、二次风配比不合理。
3.By use of CFX-Tascflow platform,numerical simulation was carried out for the velocity field and temperature field inside the W flame boiler of a 300MW unit under basic operational condition.利用CFX-Tascflow平台,对300 MW机组W火焰锅炉在基础运行工况下的炉内速度场和温度场进行了数值模拟,将模拟结果与采用抽气热电偶测量得到的试验值进行了比较,从而验证了模拟结果的准确性。
6)W flame boilerW型火焰锅炉
1.Based on explaining the thermal deviation and its harms,this paper analyzes the reasons of generating the thermal deviation of the superheater and reheater of W flame boiler,and probes into the measures for reducing the thermal deviation.在解释热偏差及其危害的基础上,分析了W型火焰锅炉过热器及再热器产生热偏差的原因,探讨了减小热偏差的措施。
2.For settling tube blast and leak problems in W flame boilers of Huaneng Shang′an Power Plant, the design deficiencies and other technical causes are analyzed.针对华能石家庄分公司一单元W型火焰锅炉的炉内管爆漏问题,从存在的设计缺陷、技术原因等方面进行了分析,通过采取各种切实可行的防治措施,取得了较好的防治效果。
3.The thermal calculation of W flame boiler is exploited in this paper.着重探讨了 W型火焰锅炉炉膛的传热计算问题。
延伸阅读
锅炉锅炉boiler利用燃料或其他能源的热能把水加热成为热水或蒸汽的机械设备。包括锅和炉两大部分。其中锅的原义是指在火上加热的盛水容器，炉是指燃料燃烧的场所。通常把燃料的燃烧、放热、排渣等称为炉内过程；把水的流动、传热、热化学等称为锅内过程。锅炉中产生的热水或蒸汽可以直接为工农业生产和人民生活提供所需的热能，也可通过蒸汽动力装置转换为机械能，或再通过发电机将机械能转换为电能。提供热水的锅炉称为热水锅炉，主要用于生活，工业生产中也有少量应用。产生蒸汽的锅炉称为蒸汽锅炉，常简称为锅炉，有时又称蒸汽发生器，多用于电站、船舶、机车和工矿企业等。锅炉的结构一般包括锅炉本体（由炉膛、锅筒、燃烧器、水冷壁、过热器、省煤器、空气预热器，构架和炉墙等构成生产蒸汽的核心部分）和辅助设备（如煤粉制备系统，送、引风系统，给水系统，水处理系统，灰渣清除系统等）两大部分。锅炉承受高温高压，其安全问题非常重要，一旦发生爆炸，不仅危及人的生命，还会造成极大的财产损失。所以，对锅炉的材料选用、设计计算、制造检验等都制订有严格的法规。锅炉参数是表示锅炉性能的主要指标，包括锅炉容量、蒸汽压力、蒸汽温度和给水温度等。自然循环锅炉简图辅助循环锅炉简图锅炉种类很多。①按用途可分为电站锅炉、工业锅炉、船舶锅炉和机车锅炉等。②按水汽的循环方式可分为自然循环锅炉、辅助循环锅炉（强制循环锅炉）、直流锅炉和复合循环锅炉。③按锅炉出口蒸汽压强可分为低压锅炉、中压锅炉、高压锅炉、超高压锅炉、亚临界压力锅炉和超临界压力锅炉。④按所用燃料或能源可分为固体燃料锅炉、液体燃料锅炉、气体燃料锅炉、余热锅炉、原子能锅炉等。⑤按排渣方式分为固态排渣锅炉和液态排渣锅炉等。⑥按燃烧方式可分为室燃炉、层燃炉和沸腾炉等。⑦按炉内烟气压力可分为负压锅炉、微正压锅炉和增压锅炉等。
