炉膛温度的英文

• fire box temperature
• furnace temperature
• hearth temperature

• "炉膛"英文翻译    stove chamber
• "温度"英文翻译    temperature
• "炉膛" 英文翻译 :    firepot; lead basin (炼铅膛式炉的); combustion chamber; the chamber of a furnace; fire box; furnace tank; laboratory
• "炉,炉膛" 英文翻译 :    furnace
• "炉边；炉膛" 英文翻译 :    hearth
• "炉膛板" 英文翻译 :    furnace plate
• "炉膛侧" 英文翻译 :    furnace side
• "炉膛管" 英文翻译 :    furnace tube
• "炉膛口" 英文翻译 :    furnace hole; furnace mouth; stokehole
• "炉膛砖" 英文翻译 :    bosh brick
• "内炉膛" 英文翻译 :    internal furnace
• "浅炉膛" 英文翻译 :    shallow hearth
• "三炉膛" 英文翻译 :    triple-furnace
• "双炉膛" 英文翻译 :    double-furnace; twin furnace; twin-furnace
• "下炉膛" 英文翻译 :    lower hearth
• "温度" 英文翻译 :    [物理学] temperature 绝对温度 absolute temperature; 室内温度 indoor temperature; 室外温度 outdoor temperature; 最低温度 minimum temperature; 最高温度 maximum temperature; 温度标 scale of thermometer; 温度表 thermometer; thermograph; 温度差 temperature difference; 温度异常 temperature anomaly
• "焙烧炉膛" 英文翻译 :    roaster hearth; roasting hearth
• "波纹炉膛管" 英文翻译 :    corrugated furnace tube; corrugated furnacetube
• "波形炉膛" 英文翻译 :    corrugated furnace
• "层燃炉膛" 英文翻译 :    grate fired furnace
• "单炉膛锅炉" 英文翻译 :    single furnace boiler
• "底层炉膛" 英文翻译 :    bottom hearth
• "碟形炉膛" 英文翻译 :    dish hearth
• "顶层炉膛" 英文翻译 :    top hearth
• "独立炉膛" 英文翻译 :    separated furnace

• Temperature uniformity in hearth , high pass - rate of praduction
  炉膛温度均匀，产品合格率高。
• We select crm without coal as reference ; select semi - dynamic atmosphere to operate machine ; use the method fixing the temperature of hearth and that of sample holders when the analysis begins , which ensures the consistency of heating samples ; adopt the dta curve of " at - t " to analyzing crm heat , which decreases possible influences from the fluctuation of heating velocity ; draw conclusions that crm proportion and granularity influence the analysis little , but not crm moisture and coal species ; advise that there be a warm - up to the crm with much moisture before analysis and a modification to the crm with variable species of coal ; then obtain the feasible operation conditions and operation curve ( together with the curve function )
  选用白生料作标样；选用准动态测定气氛；采用恒定炉膛温度( 650 )和固定支持器初始温度( 60 )的方法，确保了样品受热过程的一致性；采用“ t ? ? t (时间) ” dta曲线分析生料热，减少了升温速率的微弱变化对测定结果的可能影响；得出生料配比和细度对差热仪测定结果影响小、生料水分和煤品种影响大的结论，并提出对大水分生料测定前要进行预热处理、对不同品种煤的测定结果要进行修正的建议。最终，得到了差热仪适宜的工况条件和工作曲线(及方程) 。
• In order to predict the variation tendency of fire box temperature accurately , improve production efficiency , this text has proposed using the forecast model of flame temperature in the stove based on bp neural network . discussed the choice of the forecast model ’ s input parameter and date pretreatment technology
  为准确预报炉膛温度变化趋势,提高生产效率,本文提出了运用bp神经网络进行炉膛火焰温度预估的模型,讨论了预估模型输入参数的选择和数据的预处理技术。
• For high temperature in the h _ 2s burner chamber and the strict temperature control requirements , the features , functions and operating principles of the infrared high temperature thermometer are highlighted . it is compared to the thermocouple thermometer and practices have proven that the infrared high temperature thermometer features higher temperature measurement precision , longer service life and stable performance , etc
  针对硫化氢焚烧炉炉膛温度高及温度控制的严格要求,介绍了红外高温测温仪的特点、功能及其工作原理,比较了它与热电偶测温的优缺点,实践证明红外高温测温仪具有温度测量精度高、使用寿命长、性能稳定等特点。
• Using this system , research on nox emission and burnout characters of the test facility are carried out . the results of influence on nox emission and carbon in fly ash by coal type , coal particle diameter , furnace temperature and excess air are reached through tests . then micronized coal reburning tests are processed , which show a remarkable effect results on nox reduction and burnout rate
  通过大量的试验，得出了煤种、煤粉细度、炉膛温度和过量空气系数等因素对nox排放和煤粉燃烬率的影响趋势；并在此基础上研究了超细粉再燃对脱氮效果和燃烬性能的作用，试验结果表明超细煤粉再燃对降低nox排放和飞灰含碳量具有明显的效果。
• The method of linearizing the temperature field in the space of hearth based on the arithmetic of marching cube is proved to be available within the analytical precision by experiment and testing result . it is valuable to measure and display temperature field in the space of hearth and to put it into practice . it is propitious to observe and control the temperature in the space of hearth efficiently
  实验检测表明，这种利用marchingcubes算法对炉膛内空间温度场进行分段线性化处理的方法，在一定的精度范围内是有效的。炉膛内部温度场的图像显示使得对热处理炉膛内部温度场的分析更简单、直观，使我们更有效的对热处理炉的炉膛温度进行观测、控制，从而提高热处理工件的质量，具有较高的实用价值。