排序方式: 共有18条查询结果,搜索用时 171 毫秒
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K. N. Demidov L. A. Smirnov A. P. Vozchikov T. V. Borisova L. M. Aksel’rod S. Yu. Odegov R. S. Takhautdinov B. A. Sarychev O. B. Voronina Yu. A. Danilin S. B. Eroshkin E. A. Terent’ev 《Steel in Translation》2012,41(12):1006-1013
Research on the use of high-magnesia fluxes in (160?C400)-t oxygen converters reveals the influence of the smelting parameters, the composition of the metal and the slag, and the working temperature on the assimilation of MgO from the flux. Slag formation and the removal of sulfur and phosphorus are considered, as well as the influence of magnesia slags on lining wear in the converter. 相似文献
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R. S. Takhautdinov A. D. Nosov N. F. D'yachenko V. G. Ovsyannikov T. K. Prishchepova 《Refractories and Industrial Ceramics》2003,44(5):292-294
A brief report on the execution of a step of a program on improving durability of the refractory converter lining at the MISW JSC in 2001 is presented. The use of refractory components PUPK-1 (available from Kombinat Magnezit) and refractory components available from Meierton Co. in various campaigns is discussed. 相似文献
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K. N. Demidov L. A. Smirnov A. P. Vozchikov T. V. Borisova L. M. Aksel’rod S. Yu. Odegov R. S. Takhautdinov B. A. Sarychev O. B. Voronina Yu. A. Danilin S. B. Eroshkin E. A. Terent’ev 《Steel in Translation》2011,41(11):928-934
A new class of slag-forming materials has been developed: magnesia fluxes with up to 90% MgO. Their mineralogical composition and physicomechanical properties are investigated. The solution of fluxes in synthetic and converter slag melts is studied as a function of their structural properties and chemical composition. A production technology for such fluxes has been developed and introduced. 相似文献