1) electric boosting
电助熔
1.
One of the perspective ways is to install the electric boosting into the existing furnace or to build the new furnace including the electric boosting.
其中一个有效的方法就是在当前熔窑上安装电助熔或建新窑时带电助熔。
2.
This article discussed a method that using 10 KV electric power,not through the transformer substation voltage dropping,supplies power for the isolation oil transformers to help electric boosting,introduced the items,should pay attention,in using ultra high voltage isolation oil transformer, showed the merit that using extra high voltage to help electric boosting.
不经过变电所降压直接为电助熔的隔离变压器供电,进行电助熔,从而降低了电助熔整套系统的造价。
3.
The numerical simulation study abroad on effects of electric boosting on heat exchange in flame space of end port furnace was reviewed.
介绍了国外采用数值模拟研究电助熔对马蹄焰熔窑火焰空间热交换的作用。
2) electric boosting furnace
电助熔炉
3) electric boosting for glass melting
玻璃电助熔
4) melting acceleration
助熔
1.
Since the introduction of melting acceleration technique by coal-oxygen injection in the electric are furnace operation the heat supply has changed from partial supply pattern into a new one on a large area and multi point basis, and as a result the syn- chronous melting of furnace charge has replaced the previous mode of gradually melting.
电炉采用煤氧助熔技术,能改变电炉原局部供热为大面积多点供热,从而炉料由渐近熔化变为同步熔化。
5) field-aided zone melting
(电)场辅助的区熔法
6) flux-covering
熔剂,助熔剂
补充资料:电熔β-氧化铝砖
分子式:
CAS号:
性质:又称电熔β-氧化铝砖或熔铸β-刚玉砖。用工业氧化铝作为原料、用工业氧化铝作为原料、β-Al2O3为主晶相的熔铸耐火材料。氧化铝含量约为95%,其他氧化物约含5%(一般是Na2O)。矿物级忝中β-Al2O3约占99%(β-Al2O3是一种假定式为Na2O·11Al2O3的多铝酸盐,或者通式为RO·6Al2O3的钙、钡、锶的铝酸盐),以较大的板状结晶互相啮合,玻璃相较少。熔铸β-Al2O3砖对碱蒸气呈惰性,在不含碱的气氛中易分离出碱而转化为α-Al2O3,并因伴有体积收缩而引起砖的碎裂。这种砖耐热震性较好,从700℃到常温,在空气中可循环40次左右。这种砖一般用于砌筑玻璃熔池的上部结构。
CAS号:
性质:又称电熔β-氧化铝砖或熔铸β-刚玉砖。用工业氧化铝作为原料、用工业氧化铝作为原料、β-Al2O3为主晶相的熔铸耐火材料。氧化铝含量约为95%,其他氧化物约含5%(一般是Na2O)。矿物级忝中β-Al2O3约占99%(β-Al2O3是一种假定式为Na2O·11Al2O3的多铝酸盐,或者通式为RO·6Al2O3的钙、钡、锶的铝酸盐),以较大的板状结晶互相啮合,玻璃相较少。熔铸β-Al2O3砖对碱蒸气呈惰性,在不含碱的气氛中易分离出碱而转化为α-Al2O3,并因伴有体积收缩而引起砖的碎裂。这种砖耐热震性较好,从700℃到常温,在空气中可循环40次左右。这种砖一般用于砌筑玻璃熔池的上部结构。
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