1) furnace resistance
炉阻
1.
Using this formu la, the loading method and product specification etc can be adjusted to choose a ppropriate furnace resistance in later stage, so that efficient utilization of c urrent graphitization furnace and power supply system are maximized, and equipme nt's maximum power and electrical current are fully used.
利用这一公式,可以通过调整装炉方法、产品规格等,选择合适的后期炉阻,以便最大限度地有效利用现有的石墨化炉和供电系统,充分发挥设备的最大功率和最大电流,生产出高质量的石墨化产品。
2.
We properly adjusted power-supply curve of graphitization in terms of variation regular pattern in furnace resistance, in particular the period of structural transformation of products and after reducing power.
利用炉阻变化规律对石墨化送电曲线适当调整 ,尤其在产品结构转变期降功率运行后 ,对在石墨化过程中抑制产品裂纹效果较为明显 ,并适度加快前期送电 ,可有效节约电耗。
2) resistive hearth furnace
炉床电阻炉
3) resistance furnace
电阻炉
1.
Investigation of Calculating the Power of Nonstandard Periodic Heat Treatment Resistance Furnace;
非标准周期作业热处理电阻炉功率简易计算的探讨
2.
Application of computer on resistance furnace design;
计算机在电阻炉设计中的应用
3.
Resistance Furnace Temperature Control System Based on Single-chip Computer;
基于单片机的电阻炉温度控制系统设计
4) resistive furnace
电炉阻
5) resistance of charging stock
炉料电阻
6) Electric Resistance Furnace
电阻炉
1.
Optimum design, mathematical model and computer programming block diagram of lining construction are developed, and this optimum design is useful for engineering of special electric resistance furnaces.
介绍了电阻炉炉衬结构及炉衬材质与厚度的优化设计方法、数学模型和计算机程序框图，对于专用电阻炉的设计具有一定的使用价值。
2.
Because of contacting resistance, it will result in burning out some components of high-power temperature controll equipment SX2 -6-13 box electric resistance furnace with KSY - 12 - 16S SCR temperature control.
大功率温控设备KSY-12-16S可控硅温控SX2-6-13箱式电阻炉因接触电阻变大导致元件烧坏。
3.
A simplified CGPC controller, presental in this paper, is used for the temperature controlof electric resistance furnace in order to meet the requirement of auto-verifying thermocople.
针对热电偶自动检定系统中电阻炉炉温控制的需要，简化CGPC控制器被选用。
补充资料：顶底复吹转炉的炉底(正在倾炉出钢)(宝钢)
顶底复吹转炉的炉底(正在倾炉出钢)(宝钢)
顶底复吹转炉的炉底(正在倾炉出钢)(宝钢)
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