1) medium-frequency induction heater
中频感应器
1.
Application research on medium-frequency induction heater in mechanical loading and unloading;
介绍了中频感应加热器的原理、结构和系统组成,并用Ansys有限元分析软件的磁-热耦合分析功能对中频感应器加热进行了计算机数值模拟分析,用顺序耦合的方法计算了热磁耦合作用下的温度场分布,通过对中频和工频温度场的对比说明中频感应加热器的优点。
2) medium frequency induction
中频感应
1.
Nickel-base alloy coating was prepared by high frequency and medium frequency induction cladding respectively.
用高频感应设备和中频感应设备分别制备感应熔覆镍基合金粉涂层 ,试验了不同截面形状感应器和不同工艺参数下的熔覆过程。
2.
Temperature is maintained to 420℃ by heating with medium frequency induction, and then cooling is done.
然后及时进行回火处理,通过中频感应加热,使其在420℃左右保温,再冷却。
3) middle frequency induction
中频感应
1.
Research into PLG middle frequency induction continuous wire annealing;
DLG型中频感应式导线连续退火装置的研究
4) medium frequency induction furnace
中频感应炉
1.
The influence of melting slag on the longevity of basic lining in medium frequency induction furnaces;
熔渣对中频感应炉碱性炉衬寿命的影响
2.
The technology makes it feasible that nickel-chromium ferroalloys can be produced with the stainless steel fume in medium frequency induction furnace.
中频感应炉将不锈钢生产中产生的烟尘冶炼镍铬铁,技术上可行,社会效果和经济效益显著。
3.
The improvement of operation of 3-t medium frequency induction furnace is introduced.
介绍了3t中频感应炉操作方式的改进方法,提高了自耗电极棒的质量,方便了操作,取得了明显的经济效益。
5) Intermediate frequency induction furnace
中频感应炉
1.
This paper introdues the techniques about liquating the battery grade mischmetal using the intermediate frequency induction furnace to get a stable content of the elements in the battery grade mischmetal.
本文介绍了利用中频感应炉混熔电池级混合稀土金属 ,从而达到稳定电池级混合稀土金属中配分元素含量的目的 ,根据稀土金属的物理化学特性 ,选择合适的工艺条件和方法。
2.
Heating principle of intermediate frequency induction furnace and some problems in shunt-wound power source spacer circuit were discussed.
对中频感应炉的加热原理和并联型电源逆变电路存在问题进行了探讨 ,并就此逆变电路存在问题进行了改进 ,同时 ,采取措施减少中频供电线路的损耗 ,实践表明 :改进后的逆变电路能全功率输出以及启动能力提高 ,且节能效果显著。
6) intermediate frequency furnace
中频感应炉
1.
Under the optimal operation condition,the iron was melt in a intermediate frequency furnace,and carbon pick up (G 50,G 60) was added to the bottom of the furnace.
采用工业试验的方式对奥氏体合金铸铁增碳效果进行了研究，确定了中频感应炉熔化，炉底加入增碳剂Ｇ５０，Ｇ６０，控制铁水温度在１３８０～１４００℃，增碳时间为１５ｍｉｎ，获得了增碳的较佳效果。
补充资料：中频感应炉
mediumfrequencyinductionfurnace：利用中频发电机变频或可控硅变频的中频电流通过感应圈加热熔化的电炉。
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