针对间歇式退火炉使用高速燃烧器，进行了在高速气流循环下的炉内热交换机构与特征的试验研究。
Experiment study of heat transfer mechanism and characteristics in high velocity circulation furnace has been accomplished for batch annealing furnace with high velocity burner.
引导读者考虑把烧结工艺从间歇式炉转换成连续式炉，然后介绍了连续式炉的许多特点。
This article challenges the reader to consider changing his firing process from batch to continuous furnaces, and then describes some of the many attributes of a continuous furnace.
方法在家用微波炉中间歇式加热。
前言：引导读者考虑把烧结工艺从间歇式炉转换成连续式炉，然后介绍了连续式炉的许多特点。
This article challenges the reader to consider changing his firing process from batch to continuous furnaces, and then describes some of the many attributes of a continuous furnace.
维持温度即可，宜先使用较低的饱和温度，煤气发生炉热备时只需间歇微量鼓风，热备转入正常送气。
Maintain temperature can, appropriate is used first lower saturated temperature, gas occurrence boiler hot backup only intermittent trace drum wind, hot backup into normal send spirit. 2.
本文针对间歇式炉使用高速燃烧器，提出了强对流体系下炉内辐射传热计算方法。
In accordance with the intermittent furnace of applying high-speed burners, this paper puts forward a calculation method of radiation heat transfer within furnace under a strong convection system.
同时还首次提出金属辐射反向热流是强对流间歇式炉内不可避免的新型传热特征。
At the same time, it has been firstly put forward that inverse heat flux of metal radiation is a unavoidable heat transfer property in the batch furnace with force...
根据实验与计算结果，还揭示了金属辐射反向热流是强对流间歇式炉内不可避免的新型传热特征。
It was revealed from the results of experiment and calculation that inverse heat flux of metal radiation is an unavoidable heat transfer char...
根据实验与计算结果，还揭示了金属辐射反向热流是强对流间歇式炉内不可避免的新型传热特征。
It was revealed from the results of experiment and calculation that inverse heat flux of metal radiation is an unavoidable heat transfer char...
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