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New Method of Quantitative Determination of the Carbon Source in Blast Furnace Flue DustJIE YU; LUSHI SUN; JUN XIANG et al.Energy & fuels. 2014, Vol 28, Num 11-12, pp 7235-7242, issn 0887-0624, 8 p.Article

Extraction of zinc from blast-furnace dust using ammonium sulfateSALEH, Hesham I; HASSAN, Kamaleldin M.Journal of chemical technology and biotechnology (1986). 2004, Vol 79, Num 4, pp 397-402, issn 0268-2575, 6 p.Article

Technical developments including application of computer models to optimize blast furnace operationsPOVEROMO, J. J.Scandinavian journal of metallurgy. 1999, Vol 28, Num 3, pp 100-116, issn 0371-0459Article

The inflow to a deadman of fine coke generated near the lower part of the shaft in a blast furnaceKASAI, A; IWAKIRI, H; KAMIJO, T et al.Tetsu-to-hagané. 1997, Vol 83, Num 9, pp 551-556, issn 0021-1575Article

Tilt correction of a blast furnace superstructure = Beseitigung der Neigung des oberen Teils eines HochofensSAHU, S.K; JAIN, S.K; MAZUMDAR, M.K et al.Iron and steel engineer. 1987, Vol 64, Num 5, pp 28-32, issn 0021-1559Article

In-furnace conditions as prerequisites for proper use and design of mud to control blast furnace taphole lengthTSUCHIYA, N; FUKUTAKE, T; YAMAUCHI, Y et al.ISIJ international. 1998, Vol 38, Num 2, pp 116-125, issn 0915-1559Article

Interprétation des traçages radio-actifs dans le creuset du haut-fourneau 4 de Sollac Dunkerque = Interpretation of radio active tracing in the hearth of blast furnace number 4 at Sollac DunkerqueDIDELON, F.Cahiers d'informations techniques de la revue de métallurgie. 1994, Vol 91, Num 1, pp 134-137Conference Paper

Design and construction of lining of no. 4 blast furnace, Port Talbot WorksEVANS, J. L.Ironmaking & steelmaking. 1994, Vol 21, Num 2, pp 101-113, issn 0301-9233Conference Paper

Reaction and consumption behavior of unburnt char in lower part of blast furnaceSATO, Michitaka; FUKADA, Kiyoshi; ARIYAMA, Tatsuro et al.Tetsu-to-hagané. 2001, Vol 87, Num 5, pp 365-372, issn 0021-1575Article

Blast furnace hearth management for safe and long campaignsVAN LAAR, R; VAN STEIN CALLENFELS, E; GEERDES, M et al.Iron & steelmaker. 2003, Vol 30, Num 8, pp 123-130, issn 0275-8687, 8 p.Conference Paper

Measurement of the material trajectories in bell-less top chargingSTEYLS, D; FISCHBACH, J. P; NOVILLE, J. F et al.Revue de métallurgie (Paris). 2002, Vol 99, Num 3, issn 0035-1563, iii,iv,v,vi-vii,223-230 [13 pConference Paper

Burden distribution estimation in the blast furnace from stockrod and probe signalsSAXEN, H; NIKUS, M; HINNELÄ, J et al.Steel research. 1998, Vol 69, Num 10-11, pp 406-412, issn 0177-4832Article

Developments in blast furnace process control at Port KemblaNIGHTINGALE, R. J; DIPPENAA, R. J; LU, W.-K et al.Iron & steelmaker. 2000, Vol 27, Num 11, pp 37-47, issn 0275-8687Conference Paper

Investigations of burden distributions at high ore to coke ratioSAKANO, S; MIYATA, M; NOZAWA, K et al.Revue de métallurgie (Paris). 1998, Vol 95, Num 3, pp III-VII, issn 0035-1563, 11 p.Conference Paper

The correlation of alkali capacity with optical basicity of blast furnace slagsYANG, Y. D; MCLEAN, A; SOMMERVILLE, I. D et al.Iron & steelmaker. 2000, Vol 27, Num 10, pp 103-111, issn 0275-8687Article

Deadman and hearth phenomena in the blast furnaceRAIPALA, K.Scandinavian journal of metallurgy. 2000, Vol 29, Num 1, pp 39-46, issn 0371-0459Article

Technischer Stand und Entwicklungstendenzen der Hochofentechnik:Schlussfolgerungen aus dem European Ironmaking Congress 1986 = State of the art and development trends of blast furnace technologyPETERS, K.H; KREUTZER, H.W; LUENGEN, H.B et al.Stahl und Eisen (1881). 1987, Vol 107, Num 6, pp 281-289, issn 0340-4803Conference Paper

Neural network model of burden layer formation dynamics in the blast furnaceHINNELÄ, Jan; SAXEN, Henrik.ISIJ international. 2001, Vol 41, Num 2, pp 142-150, issn 0915-1559Article

Nature of cohesive zone in blast furnaceBUSBY, N. J; FRAY, T. A. T; GOLDRING, D. C et al.Ironmaking & steelmaking. 1994, Vol 21, Num 3, pp 229-236, issn 0301-9233Article

Development of burden distribution control with an advanced bell-less top at Chiba no.6 blast furnaceSATO, T; NOUCHI, T; TAKEDA, K et al.Revue de métallurgie (Paris). 2002, Vol 99, Num 3, issn 0035-1563, iii,iv,v,vii,231-239 [13 p.]Conference Paper

LKAB's experimental blast furnace and pellet developmentHALLIN, M; HOOEY, L; STERNELAND, J et al.Revue de métallurgie (Paris). 2002, Vol 99, Num 4, issn 0035-1563, III,IV,V,VII,311-316 [10 p.]Conference Paper

Montée en allure du haut-fourneau P6 = Production start-up of the P6 blast furnaceFERRY, M.Revue de métallurgie (Paris). 1998, Vol 95, Num 4, pp 454-461, issn 0035-1563Conference Paper

Modèle de vidange en temps réel du creuset du haut-fourneau = A real time model for the blast furnace dischargeVENTURINI, M. J.Cahiers d'informations techniques de la revue de métallurgie. 1994, Vol 91, Num 1, pp 130-133Conference Paper

Deadman renewal motion in a cold model of blast furnaceTAKAHASHI, Hiroshi; KAWAI, Hideki.Tetsu-to-hagané. 2001, Vol 87, Num 5, pp 373-379, issn 0021-1575Article

Sustained production in excess of 9 tons per day/100 ft3WV at Middletown's no. 3 blast furnaceKERCSMAR, D. A; YAMAUCHI, Y; DIBERT, W et al.Iron & steelmaker. 1994, Vol 21, Num 7, pp 33-37, issn 0275-8687Conference Paper

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