MATTILA Olli | Ruukki Metals Oy
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概要
関連著者
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MATTILA Olli
Ruukki Metals Oy
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Fabritius Timo
Laboratory Of Process Metallugy University Of Oulu
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KURIKKALA Jari
Laboratory of Process Metallurgy, University of Oulu
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Mattila Olli
Laboratory Of Process Metallurgy University Of Oulu
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Paananen Timo
Ruukki Metals
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FABRITIUS Timo
University of Oulu, Laboratory of Process Metallurgy
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FABRITIUS Timo
University of Oulu
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Harkki Jouko
Laboratory Of Process Metallurgy University Of Oulu
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Harkki Jouko
Laboratory Of Process Metallurgy Department Of Environmental And Process Engineering
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MATTILA Olli
Laboratory of Process Metallurgy, University of Oulu
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Kurikkala Jari
Laboratory Of Process Metallurgy University Of Oulu
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Heikkinen Eetu-pekka
Laboratory Of Process Metallurgy University Of Oulu
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ILJANA Mikko
University of Oulu, Laboratory of Process Metallurgy
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ALATARVAS Tuomas
University of Oulu, Laboratory of Process Metallurgy
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KURIKKALA Jari
Boliden Harjavalta Oy
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Sulasalmi Petri
Laboratory Of Process Metallurgy University Of Oulu
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Fabritius Timo
Laboratory Of Process Metallurgy University Of Oulu
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RIIPI Jaana
Laboratory of Process Metallurgy, University of Oulu
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JARVINEN Mika
Helsinki University of Technology, Department of Energy Technology, Energy Engineering and Environme
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HEIKKINEN Eetu-Pekka
Laboratory of Process Metallurgy, University of Oulu
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KARNA Aki
Laboratory of Process Metallurgy, University of Oulu
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Karna Aki
Laboratory Of Process Metallurgy University Of Oulu
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Riipi Jaana
Laboratory Of Process Metallurgy University Of Oulu
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Jarvinen Mika
Helsinki University Of Technology Department Of Energy Technology Energy Engineering And Environment
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SAVOLAINEN Jari
Laboratory of Process Metallurgy, University of Oulu
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Savolainen Jari
Laboratory Of Process Metallurgy University Of Oulu
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PAANANEN Timo
Ruukki Metals, Rautaruuki Oyj
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VISURI Ville-Valtteri
University of Oulu, Laboratory of Process Metallurgy
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KEMPPAINEN Antti
Laboratory of Process Metallurgy, University of Oulu
著作論文
- Interfacial Phenomena in Metal-Slag-Gas System during AOD Process
- Effect of Reactive Gas on the Wetting of Molten Iron-Carbon Alloy on Ceramic Substrates
- Effect of Fluid Physical Properties on the Emulsification
- Effect of Circulating Elements on the Dynamic Reduction Swelling Behaviour of Olivine and Acid Iron Ore Pellets under Simulated Blast Furnace Shaft Conditions
- Dynamic and Isothermal Reduction Swelling Behaviour of Olivine and Acid Iron Ore Pellets under Simulated Blast Furnace Shaft Conditions
- Effect of H_2-H_2O on the Reduction of Olivine Pellets in CO-CO_2 Gas