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碱性氧气顶吹转炉设计者,使用计算机程序,以快速确定倾动力矩。这种方法一般都予先假定在炉口倒渣与出钢。这种方法运用于旋转炉子;如旋转炉(Rotor)、斜吹炉(Kaldo)、垂直转动顶吹氧气转炉(Rotovert),对于碱性氧气顶吹转炉(BOF)、喷石灰纷的顶吹氧气转炉(OLP,LD～AC)*~1,仅是近拟的,因为在炉壳的侧壁上有一个出钢口,通过出钢口出钢,而炉渣完全留下来。在碱性氧气顶吹转炉(BOF)上,出钢后倒渣,而对于喷石灰纷的顶吹氧气转炉(OLP或LD-AC),则留渣供下炉使
Alkaline oxygen top converter designers use computer programs to quickly determine the tilting moment. This method is generally presumed to be in the furnace mouth slag and tapping. This method is applied to rotary furnaces such as Rotor, Kaldo, Rotovert, BOF, gypsum top-blown oxygen Converter (OLP, LD ~ AC) * ~ 1, is only approximate because there is a tapping hole on the side wall of the furnace shell, which is taped out through tapping hole, and the slag is completely left behind. In basic oxygen top blown converter (BOF), slag is tapped after tapping, while for blown lime top-blown oxygen converter (OLP or LD-AC)