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Results: 1-11 |
Results: 11
Laboratory experiments and process modelling of the melting and dissolution of low-density ferro-molybdenum in steel melts (vol 71, pg 381, 2000)
Authors: Oeters, F Zhang, LY Hauler, C Leitner, J
Citation: F. Oeters et al., Laboratory experiments and process modelling of the melting and dissolution of low-density ferro-molybdenum in steel melts (vol 71, pg 381, 2000), STEEL RES, 72(2), 2001, pp. 71-71
Steel plant tests on the melting and dissolution behaviour of low density ferromolybdenum in steel melts
Authors: Leitner, J Hauler, C Oeters, F Zhang, LY Eriksson, S
Citation: J. Leitner et al., Steel plant tests on the melting and dissolution behaviour of low density ferromolybdenum in steel melts, STAHL EISEN, 120(11), 2000, pp. 69-74
Melting and dissolution of high-melting alloys in steel melts
Authors: Zhang, LY Oeters, F
Citation: Ly. Zhang et F. Oeters, Melting and dissolution of high-melting alloys in steel melts, STEEL RES, 71(5), 2000, pp. 141-144
Iron drop ejection into slags by bursting gas bubbles
Authors: Feiterna, A Huin, D Oeters, F Riboud, PV Roth, JL
Citation: A. Feiterna et al., Iron drop ejection into slags by bursting gas bubbles, STEEL RES, 71(3), 2000, pp. 61-69
Laboratory experiments and process modelling of the melting and dissolution of low-density ferro-molybdenum in steel melts
Authors: Oeters, F Zhang, LY Hauler, C Leitner, J
Citation: F. Oeters et al., Laboratory experiments and process modelling of the melting and dissolution of low-density ferro-molybdenum in steel melts, STEEL RES, 71(10), 2000, pp. 381-390
Melting and mixing of ferromanganese in ladle metallurgy
Authors: Bannenberg, N Lachmund, H Oeters, F Zhang, LY
Citation: N. Bannenberg et al., Melting and mixing of ferromanganese in ladle metallurgy, STAHL EISEN, 119(2), 1999, pp. 37
Possibilities of counter-current scrap pre-heating with melting by use of 100% fossil energy
Authors: Zhang, LY Oeters, F
Citation: Ly. Zhang et F. Oeters, Possibilities of counter-current scrap pre-heating with melting by use of 100% fossil energy, STEEL RES, 70(8-9), 1999, pp. 296-308
Mathematical modelling of alloy melting in steel melts
Authors: Zhang, LY Oeters, F
Citation: Ly. Zhang et F. Oeters, Mathematical modelling of alloy melting in steel melts, STEEL RES, 70(4-5), 1999, pp. 128-134
Flame formation and post-combustion at blowing of oxygen into a carbon monoxide containing slag foam
Authors: Zhang, LY Oeters, F
Citation: Ly. Zhang et F. Oeters, Flame formation and post-combustion at blowing of oxygen into a carbon monoxide containing slag foam, STEEL RES, 70(3), 1999, pp. 83-95
Post-combustion and heat transfer at blowing of oxygen into a carbon monoxide containing slag foam
Authors: Zhang, LY Oeters, F
Citation: Ly. Zhang et F. Oeters, Post-combustion and heat transfer at blowing of oxygen into a carbon monoxide containing slag foam, STEEL RES, 70(10), 1999, pp. 373-385
A model of post-combustion and heat transfer at smelting reduction with a foamy slag
Authors: Di Donato, A Malgarini, G Oeters, F Zhang, LY
Citation: A. Di Donato et al., A model of post-combustion and heat transfer at smelting reduction with a foamy slag, STEEL RES, 70(10), 1999, pp. 386-394
Risultati: 1-11 |