摘要
总结了氮气保护隧道窑能量消耗构成,介绍了氮气保护隧道窑能量损耗的计算方法,计算和分析了氮气保护隧道窑的能量消耗。结果表明正常生产情况下,氮气保护隧道窑烧结反应消耗能量只占总电能的17.47%,建议采用优质窑炉、减少辅助窑具、安装隔热板等方式提高能量利用率。
The composition of energy consumption of nitrogen protection kiln was summarized. The way to calculate energy consumption of nitrogen protection kiln was introduced. The energy consumption of nitrogen protection kiln was calculated and analyzed. The results indicated that the sintering reation power of ferrite core is only 17.47% total of energy consumption. It suggests that using high quality kiln, reducing auxiliary material, installing insulating board can increase the utilization rate of power.
出处
《磁性材料及器件》
CSCD
北大核心
2010年第1期51-55,共5页
Journal of Magnetic Materials and Devices
关键词
软磁铁氧体
氮气保护窑
烧结
能耗
soft ferrite
nitrogen kiln
sintering
energy consumption
