旋流燃烧器的英文

• cyclone burner

• "燃烧器"英文翻译    burner; combustor; inflamer
• "旋流燃烧室" 英文翻译 :    swirl combustion chamber
• "层流燃烧器" 英文翻译 :    laminar flow burner
• "湍流燃烧器" 英文翻译 :    turbulent burner; turbulent flow burner
• "紊流燃烧器" 英文翻译 :    turbulent flow burner
• "双涡流燃烧器" 英文翻译 :    two-scroll burner
• "旋流式燃烧器" 英文翻译 :    cyclone burner; whirl burner
• "高速对流燃烧器" 英文翻译 :    high velocity convection burners
• "旋流燃料系统" 英文翻译 :    vortex firing system
• "单流燃烧室" 英文翻译 :    straight-through combustion chamber
• "定常流燃烧" 英文翻译 :    steady-flow combustion
• "回流燃烧室" 英文翻译 :    reverse flow type combustor
• "稳流燃烧" 英文翻译 :    steady-flow combustion
• "紊流燃烧室" 英文翻译 :    turbulence combustion chamber
• "燃烧器" 英文翻译 :    burners and boilers in general; burners. boilers; ceramic burner; combuster; combustor; inflamer; oil burner unit
• "燃烧器燃烧" 英文翻译 :    burner combustion
• "燃烧室；燃烧器" 英文翻译 :    combustor
• "高紊流燃烧室" 英文翻译 :    high-turbulence combustion chamber; high-turbulencecombustionchamber
• "连续流燃烧室" 英文翻译 :    continuous flow combustion chamber
• "强涡流燃烧室" 英文翻译 :    htcc high-turbulence combustion chamber
• "紊流燃烧速度" 英文翻译 :    turbulent burning velocity
• "燃烧器燃烧室" 英文翻译 :    burner
• "杯燃烧器" 英文翻译 :    cuburner
• "丙烷燃烧器" 英文翻译 :    propane burner
• "侧壁燃烧器" 英文翻译 :    radiant wall burner

• Effect of gear baffle on isothermal flow from radial bias combustion burner
  齿型扩口对旋流燃烧器流动特性影响的研究
• Firstly , it describes briefly the characteristics of a swirling burner and the two - phase flow
  首先，简单介绍了旋流燃烧器和气固两相流动的特点。
• Technology analysis and performance comparison between tangentially - fired burner and swirl burner in large capacity utility boilers
  大容量直流燃烧器与旋流燃烧器锅炉的燃烧技术分析与性能对比
• In order to character the gas - solid two - phase flow in a swirling burner , this thesis studies two - phase flow in it with numerical simulation deeply
  为了揭示燃烧器内气固两相流动的特性，本文对旋流燃烧器内的气固两相流动进行了比较深入的数值模拟研究。
• Nowadays , swirling burners have been used widely , because they can establish central recirculation bubbles which make high temperature gas flow back so as to speed up the progress of combustion of pulverized coal
  旋流燃烧器因为能够形成中心回流区，卷吸高温烟气，促进煤粉的着火等特点，在工程上已经得到了广泛的应用。
• In addition , in the experiments i simulated the affection of cws jet flow to the combustor ' s aerodynamic field . from the results , we can get the affection of the location of air gun to the aerodynamic field
  本文首先对3 . 5t h时的水煤浆旋流燃烧器进行了实验研究，并采用了k -双方程模型计算了该燃烧器的出口流场分布。
• Phenomena , such as flow field confusion and slagging etc . have occurred in the practical process of cyclone burner for coal - water slurry ( cws ) firing , on this basis a study on aerodynamic field of cws cyclone burners had been carried out through cold state experiments in the laboratory , then the influence of burner ' s structure properties upon the said flow field had been carried out , and expected to find more reasonable structure of the burner was found . in my study the focus is on the affection of cone and cyclone intensity in the condition of infinite and finite fields
  本文着重研究现有水煤浆旋流燃烧器的旋流叶片角度，一次风扩口的长度以及角度对旋流燃烧器出口流场的影响，通过流场的比较，以期得到性能较好的旋流燃烧器。考虑到水煤浆燃烧器中心的水煤浆射流对于其空气动力场的影响，本文在实验室冷态实验研究的基础上，模拟水煤浆射流，研究其对燃烧器空气动力场的影响。
• For the dual register burner , while cat being applied , it simulates the influences of the flow field in the burner by changing the velocities of primary flow and inner / outer secondary flows , and by changing the opening percents of inner / outer vanes . eventually , the appropriate values for velocities and opening percents of vanes are recommended , to provide engineering problems with theoretical orientations
  针对双调风旋流燃烧器，本文运用计算机辅助试验( cat )方法对一次风速度，内、外二次风的叶片开度及内、外二次风速度对燃烧器内流场的影响进行了数值试验，得出了双调风旋流燃烧器推荐使用的二次风叶片开度和速度值范围，为工程应用提供了理论依据。
• Through the experiments we can safely get the conclusion that the cyclone burner cannot only insure the complete combustion of cws , but also can reach the need of environmental protection . in comparison with the cold experiment ( including in the infinite field and finite filed ) , numerical simulations were done using k - e standard model
  结合实验结果，本文提供了在不同燃烧环境下，选择水煤浆旋流燃烧器的各种依据，其既能保证足够的回流区和回流量，使水煤浆能够稳定的着火燃烧，又能保证有效的避免结渣。
• Besides , in this paper , the velocity distributes and recirculation areas of two phases are shown , and the differences between simulations and experiments are diminutive . turbulence kinetic energy ( ? , turbulence dissipation rate ( e ) , reynolds stress and turbulence intensity are also simulated to reflect turbulence flow
  另外，本文计算了旋流燃烧器内气固两相的速度和回流区的分布，并和已有的实验数据进行了比较，同时还计算了湍动能、湍能耗散、雷诺应力和湍流强度等反映湍流的物理量。