中国重型装备
中國重型裝備
중국중형장비
China Heavy Equipment
2015年
4期
36-38
,共3页
二元炉渣碱度%炉渣流动性%炉渣吸附性
二元爐渣堿度%爐渣流動性%爐渣吸附性
이원로사감도%로사류동성%로사흡부성
binary furnace slag basicity%furnace slag fluidity%furnace slag adsorbability
在生产时高档轴承钢出现高倍夹杂、低倍夹杂缺陷，通过将二元炉渣碱度、炉渣流动性、炉渣吸附性以及脱氧过程的铝用量与钢材高倍、低倍结果的对比分析，得到炉渣特征和脱氧过程铝用量对钢材高倍、低倍结果的影响规律。
在生產時高檔軸承鋼齣現高倍夾雜、低倍夾雜缺陷，通過將二元爐渣堿度、爐渣流動性、爐渣吸附性以及脫氧過程的鋁用量與鋼材高倍、低倍結果的對比分析，得到爐渣特徵和脫氧過程鋁用量對鋼材高倍、低倍結果的影響規律。
재생산시고당축승강출현고배협잡、저배협잡결함，통과장이원로사감도、로사류동성、로사흡부성이급탈양과정적려용량여강재고배、저배결과적대비분석，득도로사특정화탈양과정려용량대강재고배、저배결과적영향규률。
Regarding to macroscopic inclusion flaw and microscopic inclusion flaw of high quality bearing steel in production, comparison analyses of binary furnace slag basicity, furnace slag fluidity and adsorbability as well as Al usage in the deoxidization process with macroscopic result and microscopic result of the steel have been conducted, which determined the influence rule of furnace slag characteristics and Al usage in deoxidization process on macro result and micro result of the steel.
