Infacon 11. Proceedings of The 11th International Ferroalloys Congress

دسته بندی: متالورژی
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زبان: English 
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قیمت کتاب (تومان) : 60,000

IFAPA, New Delhi, India, 18-21 February 2007. 856 p. Interactive CD. В архиве упакованный интерактивный диск с материалами конференции Aasly, K. Advanced methods to characterize thermal properties of quartz
038.pdf
Aasly, K. A review of previous work on important properties of quartz for fesi and si metal production
039.pdf
Agrawal, Vinay Kumar Introduction to nuasahi chromite mine – an under ground chromite mine
053.pdf
Alex, T.C. Extraction of silicomanganese from marine and low grade mineral resources
022.pdf
Andresen, B. Reduction of emissions from ferroalloy furnaces
046.pdf
Angal, R.D. Various techniques to produce low carbon ferrochrome
008.pdf
Angal, R.D. A contemporary process to escalate mn/c quotient of high carbon ferromanganese
029.pdf
Asokan, S. Electro smelting of ilmenite for production of tio2 slag – potential of india as a global player
078.pdf
Aydin, Süheyla Ferroalloy production and consumption in türkiye
004.pdf
Badrujaman, T. Role of operational support in ramp-up of the feni-ii furnace at pt antam in pomalaa
076.pdf
Bakken, J.A. Measurement of material resistivity and contact resistance of metallurgical coke
054.pdf
Bakken, J.A. Electric arc on a coke bed in a submerged arc furnace
055.pdf
Bakken, J.A. Thermal effects on carbon based electrodes close to a high current electric arc
066.pdf
Bakken, J.A. Electrode erosion in submerged arc furnaces
072.pdf
Baldwin, David A. Criteria for utilization of by-products from theferro-alloy industry
047.pdf
Barcza, N.A. The development of the voskhod chrome project in kazakhstan
010.pdf
Barker, I.J. Measurement and control of arcing in asubmerged-arc furnace
065.pdf
Basista, Stefan Micropore carbon furnace lining
069.pdf
Basson, J. South africa's ferro alloys industry - present status and future outlook
001.pdf
Belanger, K. Furnace upgrade with hatch technology at pt antam feni-ii in pomalaa, indonesia
061.pdf
Benade, Danie A lining management system for submerged arc furnaces
067.pdf
Bessinger, D. Application of ucar® chill kote™ lining to ilmenite smelting
079.pdf
Bhanu, C. Changing requirements of ferroalloys for flat products – user’s perspective
082.pdf
Bhonde, P.J. Various techniques to produce low carbon ferrochrome
008.pdf
Bhonde, P.J. A contemporary process to escalate mn/c quotient of high carbon ferromanganese
029.pdf
Bijl, Henk van der Latest electrode technology delivering improved electrode performance in submerged arc furnaces
073.pdf
Boom, R. Microstructure changes of chromite reduced with co gas
013.pdf
Boshoff, Deon A lining management system for submerged arc furnaces
067.pdf
Boyes, M. The development of the voskhod chrome project in kazakhstan
010.pdf
Brereton-Stiles, P.J. Measurement and control of arcing in asubmerged-arc furnace
065.pdf
Brown, P. A feasibility study of recycling of manganese furnace dust
049.pdf
Bullón, J. The improvements to copper casting machine for ferroalloys
052.pdf
Bullón, J. Carbon analysis at ferroatlántica i+d
074.pdf
Burmeister, Wayne A lining management system for submerged arc furnaces
067.pdf
Bustnes, J.A. Environmental challenges for norwegian mn – industry
043.pdf
Carpenter, Alan Latest electrode technology delivering improved electrode performance in submerged arc furnaces
073.pdf
Chakraborty, Dolly Influence of temperature and particle size onreduction of chromite ore
014.pdf
Chakraborty, Dolly Reduction of chromite ore at different flow rates of inert gas
015.pdf
Chaudhary, P.N. Development of a process for dephosphorisation of high carbon ferromanganese
030.pdf
Chirasha, J. Refractory design effect on submerged arc furnace life and production performance – the zimbabwe alloys experience
070.pdf
Clarke, N.R. The development of the voskhod chrome project in kazakhstan
010.pdf
Coetzee, C. Air pollution control system upgrade at tubatse ferrochrome
042.pdf
Coetzee, C. Application of ucar® chill kote™ lining to ilmenite smelting
079.pdf
Colomb, C. Modelling combustion and thermal nox formation in electric arc furnaces for the production of ferro-silicon and silicon-metal
048.pdf
Cowx, P.M. Environmental challenges for norwegian mn – industry
043.pdf
Curr, T.R. South africa's ferro alloys industry - present status and future outlook
001.pdf
Das, A.K. Changing requirements of ferroalloys for flat products – user’s perspective
082.pdf
Das, Proloy Instrumentation and automation systems on performance of ferro-alloys plants
084.pdf
Degel, R. Design of a modern large capacity feni smelting plant
058.pdf
DellíAmico, M. A feasibility study of recycling of manganese furnace dust
049.pdf
Delport, Daan Developments in copper cooler design for pyrometallurgical applications
064.pdf
Denton, G. Current and potential applications of fluid-bed technology in the ferroalloy industry
012.pdf
Derin, B. Reduction behaviors of chromite and nio in liquid fe-c alloys
009.pdf
Dienenthal, J. Innovated solutions for automated charging and stoking
063.pdf
Eidem, P. A. Measurement of material resistivity and contact resistance of metallurgical coke
054.pdf
Els, Casper Air pollution control system upgrade at tubatse ferrochrome
042.pdf
Els, Luthie Air pollution control system upgrade at tubatse ferrochrome
042.pdf
Eric, R.H. Sulphur behaviour in ferromanganese smelting
032.pdf
Ersundu, Ercin Ferroalloy production and consumption in türkiye
004.pdf
Færden, T. Greenhouse gas emissions from ferroalloy production
044.pdf
Fereday, Frank Air pollution control system upgrade at tubatse ferrochrome
042.pdf
Flatabø, R. Environmental challenges for norwegian mn – industry
043.pdf
Ford, K. Cis ferro alloys industry: commercial opportunities, technical challenges and strategic implications
003.pdf
Forsbacka, L. Assessment of viscosity of slags in ferrochromium process
016.pdf
Fowler, D. Furnace upgrade with hatch technology at pt antam feni-ii in pomalaa, indonesia
061.pdf
Gaal, S. Reduction kinetics of manganese oxide from hc femn slags
024.pdf
Gaal, S. Melting phenomena in ferromanganese production
026.pdf
Gaal, S. The effect of graphite properties on the rate of mno reduction from high carbon ferromanganese slag
033.pdf
Gaal, S. Improved sintef sio-reactivity test
041.pdf
Ganguly, S. Carbothermal solid state reduction of manganese ores
027.pdf
Ganguly, S. Phase equilibria in k2o-containing manganese smelting slags
036.pdf
Ganguly, S. Interfacial phenomena and reaction kinetics between carbon and slag containing mno
057.pdf
Geldenhuis, J.M.A. Role of operational support in ramp-up of the feni-ii furnace at pt antam in pomalaa
076.pdf
Gericke, W.A. South africa's ferro alloys industry - present status and future outlook
001.pdf
Gericke, W.A. Criteria for utilization of by-products from theferro-alloy industry
047.pdf
Gerritsen, T. Furnace upgrade with hatch technology at pt antam feni-ii in pomalaa, indonesia
061.pdf
Ghodgaonkar, A.M. Various techniques to produce low carbon ferrochrome
008.pdf
Ghosh, Swapan Instrumentation and automation systems on performance of ferro-alloys plants
084.pdf
Godiwalla, K.M. Extraction of silicomanganese from marine and low grade mineral resources
022.pdf
Godiwalla, K.M. Modelling of thermal profile in submerged-arc furnace and the influence of composition of ore on the thermal profile
085.pdf
Goel, R.P. Development of a process for dephosphorisation of high carbon ferromanganese
030.pdf
Grådahl, S. Reduction of emissions from ferroalloy furnaces
046.pdf
Grange, L.A. le Improving cfd analysis of dc furnace operation by refining and addition of transportation phenomena models
062.pdf
Hansen, S. Improved sintef sio-reactivity test
041.pdf
Harman, C.N. Innovations in ferro alloys technology in india
002.pdf
Harman, C.N. Use of sintered pellets in production ofhigh carbon ferro chrome
006.pdf
Hayes, P. Phase equilibria in k2o-containing manganese smelting slags
036.pdf
Hekkala, L. Cfd modelling of the steel belt sintering process
083.pdf
Henning, B. Improving cfd analysis of dc furnace operation by refining and addition of transportation phenomena models
062.pdf
Hidyat, A. Taofik Furnace upgrade with hatch technology at pt antam feni-ii in pomalaa, indonesia
061.pdf
Hidyat, A. Taofik Role of operational support in ramp-up of the feni-ii furnace at pt antam in pomalaa
076.pdf
Hobbs, D. Cis ferro alloys industry: commercial opportunities, technical challenges and strategic implications
003.pdf
Hockaday, C.J. Measurement and control of arcing in asubmerged-arc furnace
065.pdf
Hoed, P. den Current and potential applications of fluid-bed technology in the ferroalloy industry
012.pdf
Holappa, L. Microstructure changes of chromite reduced with co gas
013.pdf
Holappa, L. Assessment of viscosity of slags in ferrochromium process
016.pdf
Hunsbedt, L. Environmental challenges for norwegian mn – industry
043.pdf
Ishak, R. Degree of prereduction without coke consumption in industrial furnaces
028.pdf
Ishak, R. Charcoal for manganese alloy production
031.pdf
Jahnsen, E.J.M. Role of operational support in ramp-up of the feni-ii furnace at pt antam in pomalaa
076.pdf
Jak, E. Phase equilibria in k2o-containing manganese smelting slags
036.pdf
Jana, R. K. Extraction of silicomanganese from marine and low grade mineral resources
022.pdf
Jauhari, I. Furnace upgrade with hatch technology at pt antam feni-ii in pomalaa, indonesia
061.pdf
Jauhari, I. Role of operational support in ramp-up of the feni-ii furnace at pt antam in pomalaa
076.pdf
Johansen, K.E. Environmental challenges for norwegian mn – industry
043.pdf
Johansen, S.T. Reduction of emissions from ferroalloy furnaces
046.pdf
Johansen, S.T. Modelling combustion and thermal nox formation in electric arc furnaces for the production of ferro-silicon and silicon-metal
048.pdf
Johnson, , C. The development of the voskhod chrome project in kazakhstan
010.pdf
Jokinen, P. Factors affecting the reducibility of sintered chromite pellets and chromite lumpy ore
007.pdf
Joncourt, L. Metallurgical benefit of reactive high grade ore in manganese alloys manufacturing
023.pdf
Jones, Andrew The market & cost environments for bulk ferroalloys
081.pdf
Jonsson, M.T. Thermal effects on carbon based electrodes close to a high current electric arc
066.pdf
Jónsson, M.þ. Electrode erosion in submerged arc furnaces
072.pdf
Joubert, Hugo A lining management system for submerged arc furnaces
067.pdf
Kaczorowski, J. The effect of potassium impregnation on the boudouard reactivity of selected single-source and commercial cokes
056.pdf
Kapure, Gajanan Use of chemical energy in submerged arc furnace to produce ferrochrome: prospects and limitations
017.pdf
Kari, Chandrakala Use of chemical energy in submerged arc furnace to produce ferrochrome: prospects and limitations
017.pdf
Kauppi, Mauri Production, characteristics and use of ferrochromium
018.pdf
Keihäs, J. Cfd modelling of the steel belt sintering process
083.pdf
Kempken, J. Design of a modern large capacity feni smelting plant
058.pdf
Koekemoer, Roedolf Air pollution control system upgrade at tubatse ferrochrome
042.pdf
Kolbeinsen, L. The effect of graphite properties on the rate of mno reduction from high carbon ferromanganese slag
033.pdf
König, R. Design of a modern large capacity feni smelting plant
058.pdf
Kononov, R. Carbothermal solid state reduction of manganese ores
027.pdf
Krogerus, H. Factors affecting the reducibility of sintered chromite pellets and chromite lumpy ore
007.pdf
Kucukkaragoz, C.S. Sulphur behaviour in ferromanganese smelting
032.pdf
Kumar, Manoj Kinetics of reduction of different manganese ores
025.pdf
Kumar, S. Extraction of silicomanganese from marine and low grade mineral resources
022.pdf
Kumar, K. Vizaya Internal logistics optimisation of ferro alloy manufacturing plant
080.pdf
Kumar, P.G. Suresh Modern practices of post taphole operation in ferro chrome production and its advantages
051.pdf
Kunze, J. Design of a modern large capacity feni smelting plant
058.pdf
Lagendijk, H. A twin-cathode dc arc smelting test at mintek to demonstrate the feasibility of smelting feni from calcine prepared from siliceous laterite ores from kazakhstan for oriel resources plc
075.pdf
Lamont, P.H. Application of ucar® chill kote™ lining to ilmenite smelting
079.pdf
Lindstad, T. The importance of coal- and coke properties in the production of high silicon alloys
040.pdf
Lindstad, T. Improved sintef sio-reactivity test
041.pdf
Lindstad, T. Greenhouse gas emissions from ferroalloy production
044.pdf
Lindstad, T. The effect of potassium impregnation on the boudouard reactivity of selected single-source and commercial cokes
056.pdf
Lintumaa, T. Factors affecting the reducibility of sintered chromite pellets and chromite lumpy ore
007.pdf
Lone, M. Yaser Interfacial phenomena and reaction kinetics between carbon and slag containing mno
057.pdf
Lou, Dechun Melting phenomena in ferromanganese production
026.pdf
Lu, D. Reduction kinetics of manganese oxide from hc femn slags
024.pdf
Lubetsky, J. Greenhouse gas emissions from ferroalloy production
044.pdf
Luckos, A. Current and potential applications of fluid-bed technology in the ferroalloy industry
012.pdf
Magnusson, T. Electric arc on a coke bed in a submerged arc furnace
055.pdf
Mahata, S.K. Modern practices of post taphole operation in ferro chrome production and its advantages
051.pdf
Maheswar, E.V.S. Uma Ferro silicon operation at imfa – a critical analysis
037.pdf
Mäkelä, P. Cfd modelling of the steel belt sintering process
083.pdf
Malakondaiah, L. Design and operating features of new 27.6 mva furnace at nava bharat ventures limited, paloncha
020.pdf
Malvik, T. Advanced methods to characterize thermalproperties of quartz
038.pdf
Malvik, T. A review of previous work on important properties of quartz for fesi and si metal production
039.pdf
Marx, Frik Developments in copper cooler design for pyrometallurgical applications
064.pdf
Masukawa, Masanobu High productivity operation of shaft-type fe-mn smelting furnace
021.pdf
Matyas, A. Furnace upgrade with hatch technology at pt antam feni-ii in pomalaa, indonesia
061.pdf
McDougall, I. Finite element modelling of electric currents in ac submerged arc furnaces
060.pdf
Merwe, A.J. van der The development of the voskhod chrome project in kazakhstan
010.pdf
Meyer, Louis A lining management system for submerged arc furnaces
067.pdf
Midtgaard, H. Charcoal for manganese alloy production
031.pdf
Míguez, J.M. The improvements to copper casting machine for ferroalloys
052.pdf
Minj, R.K. Development of a process for dephosphorisation of high carbon ferromanganese
030.pdf
Miraza, T. Furnace upgrade with hatch technology at pt antam feni-ii in pomalaa, indonesia
061.pdf
Miraza, T. Role of operational support in ramp-up of the feni-ii furnace at pt antam in pomalaa
076.pdf
Mitchell, David Developments in copper cooler design for pyrometallurgical applications
064.pdf
Mohapatra, Rajib K. Internal logistics optimisation of ferro alloy manufacturing plant
080.pdf
Monsen, B. Charcoal for manganese alloy production
031.pdf
More, A. The improvements to copper casting machine for ferroalloys
052.pdf
Muller, J. Application of ucar® chill kote™ lining to ilmenite smelting
079.pdf
Murty, C.V.G.K. Electro smelting of ilmenite for production of tio2 slag – potential of india as a global player
078.pdf
Myrhaug, E.H. Advanced methods to characterize thermalproperties of quartz
038.pdf
Myrhaug, E.H. A review of previous work on important properties of quartz for fesi and si metal production
039.pdf
Myrvågnes, V. The importance of coal- and coke properties in the production of high silicon alloys
040.pdf
Naiker, O. The development and advantages of xstrata’s premus process
011.pdf
Nakamoto, M. Assessment of viscosity of slags in ferrochromium process
016.pdf
Narasimham, A.V.L. Refractory lining failures in fecr furnaces – an overview
068.pdf
Nelson, L.R. Role of operational support in ramp-up of the feni-ii furnace at pt antam in pomalaa
076.pdf
Nichols, C. Furnace upgrade with hatch technology at pt antam feni-ii in pomalaa, indonesia
061.pdf
Niekerk, Willem C.A. van Criteria for utilization of by-products from theferro-alloy industry
047.pdf
Niemelä, Pekka Production, characteristics and use of ferrochromium
018.pdf
Nishi, T. The build up of additional hcfemn production capacity by the deepening of a furnace
019.pdf
O.Yücel, Reduction behaviors of chromite and nio in liquid fe-c alloys
009.pdf
Ollila, J. Cfd modelling of the steel belt sintering process
083.pdf
Olsen, Sverre The effect of alumina in ferromanganese slag
034.pdf
Olsen, S.E. Greenhouse gas emissions from ferroalloy production
044.pdf
Ostrovski, O. Carbothermal solid state reduction of manganese ores
027.pdf
Ostrovski, O. A feasibility study of recycling of manganese furnace dust
049.pdf
Ostrovski, O. Interfacial phenomena and reaction kinetics between carbon and slag containing mno
057.pdf
Palsson, H. Thermal effects on carbon based electrodes close to a high current electric arc
066.pdf
Palsson, H. Electrode erosion in submerged arc furnaces
072.pdf
Pathak, S. Changing requirements of ferroalloys for flat products – user’s perspective
082.pdf
Perdon, C. Metallurgical benefit of reactive high grade ore in manganese alloys manufacturing
023.pdf
Pérez, A. Carbon analysis at ferroatlántica i+d
074.pdf
Pezennec, E. Key results of the initial environmental risk assessment for chromium iii compounds and chromium metal
045.pdf
Pochart, G. Metallurgical benefit of reactive high grade ore in manganese alloys manufacturing
023.pdf
Potgieter, Nardus Criteria for utilization of by-products from theferro-alloy industry
047.pdf
Praharaj, Rama Nath Introduction to nuasahi chromite mine – an under ground chromite mine
053.pdf
Prytz, S. Improved sintef sio-reactivity test
041.pdf
Rabe, J. Application of ucar® chill kote™ lining to ilmenite smelting
079.pdf
Raju, K.S. Use of chemical energy in submerged arc furnace to produce ferrochrome: prospects and limitations
017.pdf
Ranganathan, S. Influence of temperature and particle size onreduction of chromite ore
014.pdf
Ranganathan, S. Reduction of chromite ore at different flow rates of inert gas
015.pdf
Ranganathan, S. Kinetics of reduction of different manganese ores
025.pdf
Ranganathan, S. Optimisation of specific power consumption in the production of ferro alloys through rationalisation of charge distribution
050.pdf
Ranganathan, S. Modelling of therm