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4. Voermann V, Ham F, Merry J, Veenstra R, Hutchinson K (1999) Furnace cooling design for modern high-intensity pyrometallurgical processes. In: TMS—the minerals, metals and materials
society, 4th international conference, Copper, COBRE 99, Phoenix, AZ, pp 573–582
5. Wallner S, Filzwieser A, Kleicker J (2003) Some aspects for the use of water cooled furnace
walls—water the best refractory? In: Proceedings Copper Cobre, vol 4, Book 1, pp 667–679
6. IoLiTec (2013) Wärmeträgermedien, Thermofluide. http://www.iolitec.de/WarmespeicherungTransport/waermetraegermedien-thermofluide.html. Access on 20 Mar 2013
7. Joglekar H, Rahman I, Kulkarni B (2007) The path ahead for ionic liquids. Chem Eng Technol
7:153–168
8. Wasserscheid P, Welton T (2008) Ionic liquid in synthesis, vol 1. Wiley-VCH Verlag GmbH
& Co. KGaA, Weinheim, Germany
9. Kobernuss DN (2015) Case studies of 23 workplace accidents and their causes. In: AISTech
2015 Proceedings, D&B Kobernuss Consultants, P.O. Box 440, Taberg, New York, 13471
10. Fallah-Mehrjardi A, Hayes PC, Vervynckt S, Jak E (2014) Investigation of freeze-linings in a
nonferrous industrial slag. Metall Mater Trans B 45:850
11. Fallah-Mehrjardi A, Hayes PC, Jak J (2014) Understanding slag freeze linings. JOM 66(9):1654
12. Kyllo AK, Gray NB (2005) Composite furnace module cooling systems in the electric slag
cleaning furnace. In: Proceedings of the EMC, p 1027
13. Nelson LR, Sullivan R, Jacobs P, Munnik E, Lewarne P, Roos E, Uys MJN, Salt B, de Vries
M, McKenna K, Voermann N, Wasmund BO (2004) Application of a high-intensity cooling
system to a DC-ARC furnace production of ferrocobalt at Chambishi. In: Proceedings: tenth
international ferroalloys congress, Cape Town, South Africa, p 508
A. Filzwieser et al.
of metals and materials, proceedings non-ferrous materials extraction and processing, vol 4
4. Voermann V, Ham F, Merry J, Veenstra R, Hutchinson K (1999) Furnace cooling design for modern high-intensity pyrometallurgical processes. In: TMS—the minerals, metals and materials
society, 4th international conference, Copper, COBRE 99, Phoenix, AZ, pp 573–582
5. Wallner S, Filzwieser A, Kleicker J (2003) Some aspects for the use of water cooled furnace
walls—water the best refractory? In: Proceedings Copper Cobre, vol 4, Book 1, pp 667–679
6. IoLiTec (2013) Wärmeträgermedien, Thermofluide. http://www.iolitec.de/WarmespeicherungTransport/waermetraegermedien-thermofluide.html. Access on 20 Mar 2013
7. Joglekar H, Rahman I, Kulkarni B (2007) The path ahead for ionic liquids. Chem Eng Technol
7:153–168
8. Wasserscheid P, Welton T (2008) Ionic liquid in synthesis, vol 1. Wiley-VCH Verlag GmbH
& Co. KGaA, Weinheim, Germany
9. Kobernuss DN (2015) Case studies of 23 workplace accidents and their causes. In: AISTech
2015 Proceedings, D&B Kobernuss Consultants, P.O. Box 440, Taberg, New York, 13471
10. Fallah-Mehrjardi A, Hayes PC, Vervynckt S, Jak E (2014) Investigation of freeze-linings in a
nonferrous industrial slag. Metall Mater Trans B 45:850
11. Fallah-Mehrjardi A, Hayes PC, Jak J (2014) Understanding slag freeze linings. JOM 66(9):1654
12. Kyllo AK, Gray NB (2005) Composite furnace module cooling systems in the electric slag
cleaning furnace. In: Proceedings of the EMC, p 1027
13. Nelson LR, Sullivan R, Jacobs P, Munnik E, Lewarne P, Roos E, Uys MJN, Salt B, de Vries
M, McKenna K, Voermann N, Wasmund BO (2004) Application of a high-intensity cooling
system to a DC-ARC furnace production of ferrocobalt at Chambishi. In: Proceedings: tenth
international ferroalloys congress, Cape Town, South Africa, p 508