1) triple-furnace
三[炉体]炉膛
2) varible hearth volume
变炉膛体积
3) furnace hearth
炉膛
1.
Through the production practice, reasons to deflagration of the furnace hearth of the heating furnace were analyzed, and the different circumstances of the explosion to prevent the measures and methods were put forward.
结合生产实践,对加热炉炉膛爆燃的原因进行了分析,并针对不同情况提出了防止爆燃的措施和方法,确保加热炉安全运行。
2.
The relationship of furnace hearth height to productivity is analyzed,and the the principle and calculating method for determining furnace hearth,are given.
论述了炉膛高度对加热炉生产的重要性和确定炉膛高度的原则 ,给出了确定炉膛高度的计算方法。
3.
On the basis of the result of that temperature is measured on three levels mesh belt type of far infrared dry stove during experimental production,This essay has preliminarily approached temperature distribution's condition in fumace hearth of far infrared heater and method of reducing temperature differential of the furnace heart
本文依据对多层网带式远红外干燥炉的试生产测试结果,对远红外加热炉炉膛内的温度分布态势及缩小温差的措施,作初步探讨。
4) hearth
[英][hɑ:θ] [美][hɑrθ]
炉膛
1.
The optimization of permit condition for 1025 t/h boiler hearth firing;
1025t/h锅炉炉膛点火许可条件优化
2.
Due to the large hearth of billet heating furnace, it is difficult to keep the temperature uniformity along the billet.
针对板坯加热炉炉膛宽度大,沿板坯长度方向的温度均匀性难以保证的特点,使用CFD软件对不同炉堂深度、不同烧嘴配置和参数选择等情况下的炉内燃烧进行了详细的模拟,得到了炉子内部详细的温度分布、速度分布以及燃料在炉堂内部的燃烧情况。
3.
Based on the deformation of cell hearth and the damage of square steel and carbon block of cathodes, the relationship between lifetime of cells and the quality of cell hearth, cathode square steel and carbon block is discussed.
根据 6 0kA铝电解槽炉膛变化情况、大修槽阴极方钢和阴极炭块破损情况分析 ,初步探讨了6 0kA铝电解槽寿命同电解槽炉膛、阴极方钢质量、阴极炭块质量之间的关
5) furnace
[英]['fɜ:nɪs] [美]['fɝnɪs]
炉膛
1.
Applying 3D swing burner to reduce flue gas temperature difference of furnace outlets;
应用三维摆动燃烧器改善炉膛出口烟温偏差的实践
2.
Reasons of abnormal pulsation of furnace pressure and its retrofit plan;
炉膛负压异常波动原因分析及改造方案
3.
Application of thermoelectric generators in the furnace of power-plant boilers;
电站锅炉炉膛中温差发电器的应用
6) boiler furnace
锅炉炉膛
1.
Adjustment to flue gas temperature deviation at the exit of boiler furnace;
锅炉炉膛出口烟温偏差调整
2.
By the use of SIMPLE algorithm a numerical simulation has been conducted of the three-dimensional isothermal flow field in a tangential-fired boiler furnace model.
利用SIMPLE算法对一角置式切向燃饶锅炉炉膛模型内三维等温流场进行了数值模拟。
补充资料:炉膛
1.炉子里面烧火的地方。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条