Faculty Profiles - TAKASU Tomio

写真a

TAKASU Tomio

Scopus Paper Info

Total Paper Count: 0 Total Citation Count: 0 h-index: 4

Citation count denotes the number of citations in papers published for a particular year.

Affiliation

Faculty of Engineering Department of Materials Science

Job

Professor

E-mail

Fax

+81-93-884-3351

External link

Research Interests

metallurgy
metal refining
pyrometallurgical process
hydrometallurgical process
electrorefining and electrowinning
interfacial phenomena
mathematical modeling
transport phenomena
Material recycle

Research Areas

Nanotechnology/Materials / Metals production and resources production

Undergraduate Education

1989.03 Nagoya University Faculty of Engineering Iron and Steel Engineering Graduated Japan

Post Graduate Education

1994.03 Nagoya University Graduate School, Division of Engineering Materials Function and Process Engineering Doctoral Program Completed Japan

Degree

Nagoya University - Doctor of Engineering 1994.03

Biography in Kyutech

2022.04

Kyushu Institute of Technology
2022.04

-

2024.03

Kyushu Institute of Technology Campus Life Support Service Headquarters
2022.04

-

2024.03

Kyushu Institute of Technology Campus Life Support Service Headquarters Executive Vice President
2021.04

-

2022.03

Kyushu Institute of Technology
2021.04

-

2022.03

Kyushu Institute of Technology
2020.10

Kyushu Institute of Technology Faculty of Engineering Department of Materials Science Professor
2008.04

-

2020.09

Kyushu Institute of Technology Faculty of Engineering Department of Materials Science Associate Professor
2008.04

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2009.03

Kyushu Institute of Technology Satellite Venture Business Laboratory
2007.04

-

2008.03

Kyushu Institute of Technology School of Engineering Associate Professor
2001.04

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2007.03

Kyushu Institute of Technology School of Engineering Associate Professor (as old post name)
1994.04

-

2001.03

Kyushu Institute of Technology School of Engineering Lecturer

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Biography before Kyutech

2005.04 - 2011.03 Institute of Industrial Science,University of Tokyo Researcher Japan
2000.12 - 2004.03 Institute of Industrial Science,University of Tokyo Cooperative research fellow Japan
1996.07 - 1997.09 Faculty of Engineering, University of Toronto Postdoctoral fellow Canada
1993.04 - 1994.03 Japan Society for the Promotion of Science Special researcher of the Japan Society for the Promotion of Science Japan

Academic Society Memberships

1994.04 The Mining and Materials Processing Institute of Japan Japan
1990.04 The Iron and Steel Institute of Japan Japan
1994.04 The Japan Institute of Metals Japan
2003.04 Canadian Institute of Mining, Metallurgy and Petroleum Canada
2001.04 The Resources Processing Society of Japan Japan
1994.04 Japan Society of Thermophysical Properties Japan

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Research Career

Development of recycle processes for metallic materials

materials recycle, stabilization, materials processing, heavy metals

研究期間： 1994.04 -
Study to improve performances of metallurgical processes

materials processing, electrorefining, electrowinning, high current density, current efficiency

研究期間： 1994.04 -
Analysis and control of Marangoni Convections in Metallurgical Processes

interfacial phenomena, materials processing

研究期間： 1994.04 -

Papers

Effect of Additives on the Deposition Behavior and Micro Structure of Invar Fe–Ni Alloys with Low Thermal Expansion Electrodeposited from Watt's Solution Reviewed International journal

Fukuda Keisuke, Kashiwa Yuki, Oue Satoshi, Takasu Tomio, Nakano Hiroaki

ISIJ International 61 ( 3 ) 919 - 928 2021.01

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DOI： 10.2355/isijinternational.ISIJINT-2020-105

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Removal of boron from aqueous solution using zero-Valent magnesium granules Reviewed International journal

Kasahara S., Takasu T., Nagano N., Mikoshi Y., Itou H., Sakamoto N.

Materials Transactions ( The Japan Institute of Metals and Materials ) 61 ( 10 ) 1930 - 1939 2020.10

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In order to understand the characteristics of the wastewater treatment method using zero-valent magnesium granules, the reaction between an aqueous solution containing boron and zero-valent magnesium granules was investigated by experiments and a reaction rate model. Particular attention was paid to the effect of adding hydrochloric acid before adding zero-valent magnesium and to the effect of adding sodium hydroxide to adjust the pH to 10.5 after 110 minutes. The following findings were obtained. The relationship between the pH and the dissolved magnesium concentration over time is determined by a reaction formula in which zero-valent magnesium granules react with an aqueous solution to generate Mg2+ ions while generating hydrogen. When magnesium hydroxide is produced, the pH becomes constant over time. Increasing the concentration of hydrochloric acid lowers the pH value reached. This relationship is determined in equilibrium with magnesium hydroxide. The reaction rate of the zero-valent magnesium granules is determined as the first-order reaction of the hydrogen ion activity when the pH was lower than 2.3 or higher than 8.5, and as the zero-order reaction of the hydrogen ion activity at pH from 2.3 to 8.5. The amount of magnesium hydroxide produced without the addition of sodium hydroxide is determined by the above-described reaction rate model of zero-valent magnesium granules. The boron concentration of the solution when the pH is adjusted to 10.5 by adding sodium hydroxide is determined by the Langmuir-type sorption isotherm of boron to the magnesium hydroxide produced. As described above, the behavior of removing boron from an aqueous solution using zero-valent magnesium granules can be well reproduced by the simple reaction rate model used in this study, and it can be said that it is useful for process design.

DOI： 10.2320/matertrans.M-M2020842

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Effect of polyethylene glycol on electrodeposition of zn active metal oxide composites from a particle-free solution Reviewed International journal

Ueda D., Oue S., Takasu T., Nakano H.

Materials Transactions ( The Japan Institute of Metals and Materials ) 61 ( 11 ) 2170 - 2177 2020.09

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Electrodeposition of Zn–Zr and Zn–V oxide composites was performed under galvanostatic conditions at 313 K on unagitated pH 2 sulfate solutions containing Zn2+ and Zr4+ or VO2+ ions and an additive such as polyethylene glycol (PEG). The effects of PEG addition on the co-deposition of Zr and V oxides and their polarization behavior, and on the microstructure of the deposits, were investigated. Although the Zr content in the deposits obtained from the Zn–Zr solution in the absence of PEG was approximately zero, it increased significantly at a current density of above 1000 A·m−2 following the addition of PEG. In the Zn–V solution, the V content in the deposits obtained from 100 to 2000 A·m−2 was higher with PEG than without it. In the presence of PEG, the cathode potential polarized, the rate of hydrogen evolution increased, and the hydrolysis reaction of Zr4+ and VO2+ ions proceeded smoothly, resulting in an increase in the Zr and V content in the deposits. Additionally, the crystal platelets of Zn in the Zn–Zr and the Zn–V oxide films became fine, and the surface coverage of the spongiform Zr and film-like V oxides increased. Furthermore, the corrosion current densities of the Zn–Zr and Zn–V oxide films obtained from the solution with PEG were lower than those from the solution without it. The reduction rate of dissolved oxygen decreased in the films in the presence of PEG, thereby leading to a decrease in the corrosion current density. This Paper was Originally Published in Japanese in J. Japan Inst. Met. Mater. 84 (2020) 50–57.

DOI： 10.2320/matertrans.MT-M2020164

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Effect of Organic Additives on the Electrodeposition Behavior of Zn from an Alkaline Zincate Solution and Its Microstructure Reviewed International journal

Kenta Fukumoto, Satoshi Oue, Yoshiharu Kikuchi, Shinya Akamatsu, Tomio Takasu, Hiroaki Nakano

MATERIALS TRANSACTIONS 61 ( 3 ) 497 - 505 2020.02

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DOI： 10.2320/matertrans.MT-M2019316

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Effect of Polyethylene Glycol on Electrodeposition of Zn Active Metal Oxide Composites from a Particle-Free Solution Reviewed

Daiki Ueda, Satoshi Oue, Tomio Takasu, Hiroaki Nakano

Journal of the Japan Institute of Metals and Materials ( The Japan Institute of Metals and Materials ) 84 ( 2 ) 50 - 57 2019.12

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Electrodeposition of Zn–Zr oxide and Zn–V oxide composites was performed under galvanostatic conditions from an unagitated sulfate solution containing Zn2+, Zr4+, or VO2+ ions and an additive such as polyethylene glycol (PEG). The sulfate solution had a pH of 2 and the electrodeposition was performed at 313 K. The effects of PEG on the co-deposition of the Zr oxides and V oxides and their polarization behavior were investigated. Additionally, the effects of PEG on the microstructure of the deposits were investigated. Although the Zr content in the deposits obtained from the Zn–Zr solution without PEG was approximately zero, it increased significantly at a current density above 1000 A m−2 following the addition of PEG. In the Zn–V solution, the V content in the deposits obtained from 100 A m−2 to 2000 A m−2 was higher with PEG than that without PEG. In the presence of PEG, the cathode potential polarized, the rate of hydrogen evolution increased, and the hydrolysis reaction of Zr4+ and VO2+ ions occurred easily. This resulted in the Zr content and V content increasing in the deposits. Additionally, the crystal platelets of Zn in the Zn–Zr oxide film and the Zn–V oxide film became fine, and the surface coverage of the spongiform Zr oxide and the film-like V oxide increased. Furthermore, the corrosion current densities of the Zn–Zr oxide film and the Zn–V oxide film obtained from the solution with PEG were lower than those from the solution without PEG. The reduction reaction of dissolved oxygen decreased in the films with PEG, thereby decreasing the corrosion current density.

DOI： 10.2320/jinstmet.J2019031

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Effect of Organic Additives on Electrodeposition Behavior of Zn from Alkaline Zincate Solution and Its Micro Structure Reviewed

Fukumoto Kenta, Oue Satoshi, Kikuchi Yoshiharu, Akamatsu Shinya, Takasu Tomio, Nakano Hiroaki

Journal of the Japan Institute of Metals and Materials ( The Japan Institute of Metals and Materials ) 83 ( 11 ) 399 - 406 2019.11

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Electrodeposition of Zn was performed on a Fe electrode at a current density of 20-5000 A·m−2 and a charge of 4 × 104 C·m−2 in an unagitated zincate solution containing 0.62 mol·dm−3 of ZnO, 4.0 mol·dm−3 of NaOH and organic additives at 313 K. The effects of organic additives on the deposition behavior of Zn and the microstructure of the deposits were investigated. The films deposited at current densities higher than 1000 A・m−2 from the solution containing additives of a straight-chain polymer composed of quaternary ammonium cation (PQ) and a quaternary ammonium salt with benzene ring (QA) exhibited the gloss. The polarization curve was separated into a partial polarization curve of Zn deposition and that of hydrogen evolution by using the galvanostatic data of Zn deposition. The overpotentials of charge transfer of Zn deposition and that of ZnO22− ions diffusion increased with additions of PQ and QA. The increase in overpotential was remarkable at potential less noble than −1.5 V. Zn deposition reached the diffusion limit of ZnO22− ions at potential less noble than −1.5 V, indicating that the diffusion of ZnO22− ions was greatly suppressed by PQ and QA. With additions of PQ and QA, the C, N and H were co-deposited with Zn, showing that the additives of PQ and QA were incorporated in deposited films. The size of the Zn crystallite decreased with increasing current density. At a high current density of 5000 A・m−2, the crystallite size decreased furthermore with additions of PQ and QA and the film showed the smooth surface. The orientation index of the {1010} plane of Zn deposited from the solution containing PQ and QA increased with current density. The change of the crystallite size and crystal orientation of deposited Zn were explained related to the deposition overpotential.

DOI： 10.2320/jinstmet.J2019027

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Effect of Additives on the Deposition Behavior and Micro Structure of Invar Fe-Ni Alloys with Low Thermal Expansion Electrodeposited from Watt's Solution Reviewed

Fukuda Keisuke, Kashiwa Yuki, Oue Satoshi, Takasu Tomio, Nakano Hiroaki

Tetsu-to-Hagane ( The Iron and Steel Institute of Japan ) 105 ( 10 ) 988 - 997 2019.10

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The electrodeposition of invar Fe-Ni alloy with low thermal expansion was performed at 100-5000 A·m–2 and 105 C·m–2 in agitated Watt's solution containing NiSO4, NiCl2, FeSO4, C3H4O4, C7H4NNaO3S and H3BO3 at 50ºC. With increasing the concentration of malonic acid, the Ni content in deposits decreased at higher current density region than 2000 A·m–2, while it increased at lower current density region than 1000 A·m–2. The current efficiency for alloy deposition decreased with increasing the concentration of malonic acid. The deposits were composed of granular crystals whose size decreased with increasing the concentration of malonic acid. With an addition of saccharin, the Ni content in deposits significantly decreased, and the current efficiency for alloy deposition increased. With an addition of boric acid, the Ni content in deposits somewhat decreased, and the current efficiency for alloy deposition increased. The surface morphology of deposits changed with the current density and an addition of saccharin, and rarely changed with an addition of boric acid. It was found that the morphology depended on the Ni content in deposits. The deposits with Ni content of 29-38 mass% were composed of granular crystals approximately 300 nm in size, while the deposits with Ni content of 41-52 mass% showed the smooth surface consisted of fine crystals. The effects of additives on the Ni content in deposits and current efficiency can be explained by the change of partial polarization curve for Fe and Ni deposition and hydrogen evolution in Fe-Ni alloy deposition.

DOI： 10.2355/tetsutohagane.TETSU-2019-045

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Effects of electrolysis conditions on the formation of electrodeposited invar Fe-Ni alloys with low thermal expansion Reviewed International journal

Fukuda K., Kashiwa Y., Oue S., Takasu T., Nakano H.

ISIJ International ( The Iron and Steel Institute of Japan ) 59 ( 9 ) 1632 - 1641 2019.09

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To elucidate the effects of the electrolysis conditions on the formation of electrodeposited invar Fe–Ni alloys with low thermal expansion, Fe–Ni electrodeposition was performed at 10–5000 A·m−2 and 5 × 105 C·m−2 in an agitated solution containing NiSO4, NiCl2, FeSO4, H3BO3, C7H4NNaO3S, and C3H4O4 at 40°C–60°C. In the low-current-density region, the Ni content in the deposits significantly decreased with increasing current density, reached a minimum, and then increased after reaching the diffusion-limiting current density for Fe deposition. With the increasing concentration of FeSO4 in the solution, the Ni content in the deposits decreased in the lower-current-density region, reached a constant at a moderate current density, and then began to increase at higher current density. As a result, the current density range in which the Ni content in the deposits reached a minimum and remained constant became wider with increasing FeSO4 concentration. With the decreasing pH of the solution, since the partial polarization curve for H2 evolution and the total polarization curve shifted to a higher-current-density region, the curve of the Ni content in the deposits as a function of the current density shifted toward a higher current density. The change in the composition of the Fe–Ni alloy deposits because of the electrolysis conditions can be explained by the changes in the total polarization curve and the partial polarization curves for Fe and Ni deposition and H2 evolution.

DOI： 10.2355/isijinternational.ISIJINT-2019-023

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Effects of electrolyte composition and additives on the formation of invar Fe–Ni alloys with low thermal expansion electrodeposited from sulfate bath Reviewed International journal

Kashiwa Y., Nagano N., Takasu T., Kobayashi S., Fukuda K., Nakano H.

ISIJ International ( The Iron and Steel Institute of Japan ) 59 ( 3 ) 514 - 523 2019.03

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The effects of solution composition and additives on the formation of electrodeposited invar Fe–Ni alloys with low thermal expansion were investigated. In all solutions, increasing the current density from 10 A·m−2 significantly decreased the Ni content in the deposits and resulted in anomalous codeposition, in which the electrochemically less noble Fe was preferentially deposited. Further increasing the current density increased the Ni content in the deposits as Fe deposition reached the diffusion limitation of the Fe2+ ions. Increasing the concentration of Fe2+ ions increased the current density required to initiate an increase in the Ni content in the deposits because of increase in the diffusion-limited current density of Fe. With the increasing concentration of malonic acid, the current density region in which Ni deposition was suppressed was extended, and the potential at which Fe deposition reached the diffusion limitation of the Fe2+ ions was shifted to a less noble direction. As a result, the relationship between the Ni content in the deposits and the current density shifted to a higher-current-density region with increasing malonic acid concentration. At malonic acid concentrations above 0.05 mol·dm−3, the current efficiency for alloy deposition was greatly reduced owing to the promotion of hydrogen evolution. The Ni content in the deposits was significantly increased with the addition of thiourea. Boric acid somewhat increased the Ni content in the deposits in the lower-current-density region. In solutions containing both boric acid and saccharin, an invar alloy of 36 mass% Ni was obtained in the wider-current-density region.

DOI： 10.2355/isijinternational.ISIJINT-2018-676

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Effects of Electrolysis Conditions on the Formation of Electrodeposited Invar Fe-Ni Alloys with Low Thermal Expansion Reviewed

Keisuke Fukuda, Yuki Kashiwa, Satoshi Oue, Tomio Takasu, Hiroaki Nakano

Tetsu-To-Hagane/Journal of the Iron and Steel Institute of Japan ( The Iron and Steel Institute of Japan ) 105 ( 1 ) 55 - 63 2019.01

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To elucidate the effects of electrolysis conditions on the formation of electrodeposited invar Fe-Ni alloys with low thermal expansion, Fe-Ni electrodeposition was performed at 10-5000 A·m–2 and 5×105 C·m–2 in agitated solution containing NiSO4, NiCl2, H3BO3, FeSO4, C7H4NNaO3S and C3H4O4 at 40-60°C. Ni content in deposits significantly decreased in the low current density region with increasing current density, reached a minimum, and then increased due to reaching at diffusion limiting current density for Fe deposition as the current density increased further. With increasing the concentration of FeSO4 in solution, Ni content in deposits decreased at lower current density region, reached a constant at lower current density, and then began to increase at higher current density. As a result, the current density range where Ni content in deposits was minimum and constant became wider with higher concentration of FeSO4. With decreasing pH in solution, since the partial polarization curve for H2 evolution and total polarization curve sifted to higher current density region, Ni content in deposits-current density curve shifted to higher current density region. With stirring the solution, Ni content in deposits reached a minimum as the current density increased, and then began to increase at higher current density than without stirring due to increase in diffusion limiting current density for Fe deposition. The change of the composition in deposits by electrolysis condition can be explained by the changes of the total polarization curve for Fe-Ni alloy deposition and the partial polarization curves for Fe and Ni depositions and H2 evolution.

DOI： 10.2355/tetsutohagane.TETSU-2018-101

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Effects of Electrolyte Composition and Additives on the Formation of Invar Fe-Ni Alloys with Low Thermal Expansion Electrodeposited from Sulfate Bath Reviewed

Yuki Kashiwa, Nobuaki Nagano, Tomio Takasu, Shigeo Kobayashi, Keisuke Fukuda, Hiroaki Nakano

Tetsu-to-Hagane 104 ( 10 ) 585 - 593 2018.10

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DOI： 10.2355/tetsutohagane.TETSU-2018-051

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Crystallization of the amorphous ferric arsenate in the saturated steam atmosphere Reviewed International journal

Itou H., Takasu T., Ueno Y.

High Temperature Materials and Processes 30 ( 4 ) 473 - 483 2011.08

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DOI： 10.1515/HTMP.2011.070

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Removal of metal ions from aqueous solution using the hydroxylation of magnesium Reviewed

Naotaka Sakamoto,Katsumi Kawata,Koji Kakimoto,Hideyuki Itou,Tomio Takasu,Fumio Noguchi

Proceedings of The 26th International Japan-Korea Seminar on Ceramics 241 - 244 2009.11

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日本つくば市 2009.11.24 - 2009.11.26
Numerical Simulation of Mass Transfer in Copper Electrorefining with Gas Injection Reviewed

Yoshitsugu Hanada,Tomio Takasu,Hideyuki Itou

The Third International Conference of Processing Materials for Properties (PMP-III) [TMS], MMIJ Session in Sapporo 729 - 736 2009.09

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Sapporo 2009.09.07 - 2009.09.07
Basic Consideration on EAF Dust Treatment Using Hydrometallurgical Processes Reviewed

T. Nakamura,E. Shibata,T. Takasu,H. Itou

Bulletin of the Advanced Materials Processing Building, IMRAM, Tohoku University 63 ( 1,2 ) 46 - 53 2007.12

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Fluid Motion Characteristics with Gas Injection for Copper Electrorefining at High Current Density Reviewed

Y. Hanada,H. Itou,T. Takasu

Proceedings of the Copper 2007 International Conference-Vol.V [METSOC] 519 - 532 2007.08

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Canada Toronto 2007.08.25 - 2007.08.29
焼成法による溶融飛灰の無害化機構 Reviewed

友田勝博,松野基次,中村崇,高須登実男

Journal of MMIJ 123 ( 1 ) 50 - 55 2007.01

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主要雑誌
Mechanism of scorodite formation at ambient temperature as determined by TEM analysis Reviewed

H. Itou,T. Takasu,T. Nakamura,E. Shibata,H. Tateiwa

Proceedings of the third International Symposium on Iron Control in Hydrometallurgy [METSOC] 897 - 909 2006.10

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Canada Montreal 2006.10.02 - 2006.10.04
Chloridizing Volatilization Experiments for Treatment of Fly Ash Generated in Smelting Furnaces of Municipal Wastes Reviewed

Hideyuki Itou,Satoshi Watanabe,Tomio Takasu,Takashi Nakamura,Hiroshi Kubota,Junichi Ohashi,Kenji Onishi

Proceedings of Sohn International Symposium ADVANCED PROCESSING OF METALS AND MATERIALS [TMS] 5 535 - 548 2006.08

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America San Diego 2006.08.27 - 2006.08.31
焼却飛灰から製造した焼成物の用途開発 Reviewed

友田勝博,松野基次,川本孝次,中村崇,高須登実男

廃棄物学会誌 17 ( 6 ) 368 - 377 2006.06

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Chloronation-Volatilization Behavior of Pb in Fly Ash Treatment by Roasting Method Reviewed

Katsuhiro Tomoda,Mototsugu Matsuno,Takashi Nakamura,Tomio Takasu

High Temperature Materials and Processes 25 ( 5-6 ) 275 - 284 2006.06

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都市ゴミ焼却飛灰処理の最近の技術動向 Reviewed

中村崇,柴田悦郎,友田勝博,高須登実男

東北大学多元物質科学研究所素材工学研究彙報 61 ( 1,2 ) 74 - 79 2005.12

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Detoxification and Recycling of Fly Ash from Waste Melting Systems Reviewed

Katsuhiro Tomoda,Mototsugu Matsuno,Takashi Nakamura,Tomio Takasu

Proceedings of European Metallurgical Conference EMC2005 [GDMB] 3 1221 - 1236 2005.09

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Germany Dresden 2005.09.18 - 2005.09.21
Deposition behavior in copper electrorefining at high current density with forced convection Reviewed

Yoshitsugu HANADA,Tomio TAKASU,Hideyuki ITOU

Proceedings of European Metallurgical Conference EMC2005 [GDMB] 1 123 - 137 2005.09

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Germany Dresden 2005.09.18 - 2005.09.21
Effect of Mechanochemical Treatment on the Extraction Ratio of Ni From Ni Ore Reviewed

H. Ito,T. Takasu,T. Nakamura

Proceedings of International Conference on Nickel and Cobalt 2005 [METSOC] 545 - 558 2005.08

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Canada Calgary 2005.08.22 - 2005.08.24
Evaluation of Desulphurization Flux in CaO-Al2O3-BaO-CeO2-MgO System Reviewed

Etsuro Shibata,Takashi Nakamura,Takeshi Nishida,Mitsunori Endo,Hideyuki Itou,Tomio Takasu

Steel Research International 75 ( 5 ) 308 - 313 2004.05

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溶融塩ースラグ間の重金属の分配挙動 Reviewed

柴田悦郎,福田和博,中村崇,有馬猛,高須登実男,伊藤秀行

廃棄物学会論文誌、Vol.15, No.3, pp.182-190 (2004). 15 ( 3 ) 182 - 192 2004.05

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Thermal treatments of chalcopyrite concentrates to enhance the leaching rates with CuCl2 solution Reviewed

T. Takasu,H. Itou and T. Nakamura

Proceedings of the Copper 2003 International Conference-Vol.VI (Book 1) [METSOC] 2003.12

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チリサンチアゴ 2003.11.30 - 2003.12.03
亜鉛電解プロセスの新技術 Reviewed

平藤哲司,高須登実男,今井力,福中康博,富樫林太郎,草野峰晴

資源と素材 119 ( 10-11 ) 693 - 696 2003.11

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主要雑誌
Density and Surface Tension of CuxO Bearing Slags Reviewed

Takasu T., Itou H., Nakamura T.

High Temperature Materials and Processes 22 ( 3-4 ) 203 - 210 2003.04

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DOI： 10.1515/HTMP.2003.22.3-4.203

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Observation on Pyrolysis of Some Plastics Reviewed

Tomio Takasu,Hideyuki Itou,Etsuro Shibata,Eiki Kasai,Takashi Nakamura

The 6th International Symposium on East Asian Resources Recycling Technology, Organized by the Korean Institute of Resources Recycling 1 - 4 2001.10

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韓国慶州 2001.10.23 - 2001.10.25
Thermal Modeling of Air Gaps on the Cooling Capacity of Finger Coolers in Electric Furnace Reviewed

T. Takasu,R.T.C. Choo,R.A. Bergman,J.M. Toguri

Canadian Metallurgical Quarterly 39 ( 4 ) 455 - 474 2000.10

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Observation and Calculation of Marangoni Convection in Small Liquid Bridge of Molten Salt under Normal and Micro Gravity Conditions Reviewed

Tomio Takasu,Hideyuki Itou,Takashi Nakamura

J.M. Toguri Symposium, Fundamentals of Metallurgical Processing, [METSOC] 313 - 324 2000.08

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カナダオタワ 2000.08.20 - 2000.08.23
The Effect of the Air Gap Width and the Metal-Slag Level on the Cooling Capacity of Copper Finger Coolers Reviewed

R.T.C. Choo,T. Takasu,R.A. Bergman,J.M. Toguri

J.M. Toguri Symposium, Fundamentals of Metallurgical Processing, [METSOC] 557 - 570 2000.08

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カナダオタワ 2000.08.20 - 2000.08.23
Density and Surface Tension of a CuxO-CaO-MgO Slag System Reviewed

Tomio Takasu,Hideyuki Itou,Yoshifumi Nagami,Takashi Nakamura

Sixth International Conference on Molten Slags, Fluxes and Salts [Royal Institute of Technology, Sweden] 308.pdf 2000.06

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スエーデンストックホルム、ヘルシンキ(フィンランド) 2000.06.12 - 2000.06.17
CONCEPT OF A NEW EAF DUST TREATMENT USING NITRIC ACID Reviewed

Takashi Nakamura,Tomio Takasu,Hideyuki Itou,Hisashi Uno,Katsuhiko Sato,Mitsuhisa Harada

Proceedings of International Conference on Steel and Society, ICSS2000 [ISIJ] 247 - 250 2000.06

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大阪 2000.06.05 - 2000.06.09
SEPARATION OF METAL DROPLETS FROM A SLAG USING AN ELECTRIC FIELD Reviewed

Tomio Takasu,Hideyuki Itou,Takashi Nakamura

Prceedings of the 3rd International Symposium on Electromagnetic Processing of Materials, EPM2000[ISIJ] 121 - 126 2000.04

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名古屋 2000.04.03 - 2000.04.06
The Thermodynamics of the Ni-Co-S Ternary System Reviewed

M. Soltanieh,J.M. Toguri,R. Sridhar,T. Takasu

Metallurgical and Materials Transactions B 31B 121 - 128 2000.02

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銅の高電流密度電解精製における5族元素(As,Sb,Bi)の挙動に及ぼす電解液流動の影響 Reviewed

高須登実男,中村崇,伊藤秀行,野口文男,村部純一郎

資源と素材 115 ( 11 ) 841 - 846 1999.11

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Effect of forced convection of the electrolyte on copper electrorefining in the presence of impurities Reviewed

Tomio Takasu,Fumio Noguchi,Hideyuki Itou,Takashi Nakamura

Proceedings of the Copper 99 International Conference-Vol.III [TMS] 339 - 354 1999.10

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アメリカフェニックス 1999.10.10 - 1999.10.13
Behaviors of Zn and Pb in a Fly Ash Smelting Process Reviewed

Tomio Takasu,Hideyuki Itou,Takashi Nakamura

Proceedings of 5th International Symposium on East Asian Recycling Technology [MMIJ] 208 - 211 1999.06

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筑波 1999.06.15 - 1999.06.17
Thermodynamic consideration on Zn and Pb recovery from a fly ash of municipal waste Reviewed

T. Takasu,H. Itou,T. Nakamura,T. Umegane

Waste Processing and Recycling III, ed. by S.R. Rao et al. [CIM] 469 - 481 1998.08

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カナダカルガリー 1998.08.16 - 1998.08.19
Observation and calculation of Marangoni convection induced thermally in a molten salt Reviewed

T. TAKASU,H. ITOU,T. NAKAMURA,J.M. TOGURI

Canadian Metallurgical Quarterly 37 ( 3-4 ) 285 - 292 1998.07

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Pyrometallurgical significance of Marangoni flow : mechanism and contributions to processing Reviewed

T. Takasu,J.M. Toguri

Phil. Trans. R. Soc. Lond. A 356 ( 1739 ) 967 - 980 1998.04

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The effect of the cathode tip angle on the gas tungsten arc welding arc and weld pool : II The mathematical model for the weld pool Reviewed

Massoud Goodarzi,Roland Choo,Tomio Takasu,James M Toguri

J. Phys. D : Appl. Phys. 31 ( 5 ) 569 - 583 1998.03

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Density and Surface Tensions in CuxO Slag Reviewed

Takashi Nakamura,Tomio Takasu,Hideyuki Ito

Tokyo Symposium on Recyling and Treatment of Metals 59 - 64 1997.12

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東京 1997.12.10 - 1997.12.11
The Effect of Fluid Velocity of the Electrolyte on the Copper Electrorefining Reviewed

A. Tsubouchi,T. Nakamura,F.Noguchi,T. Takasu

Aqueous Electrotechnologies : Progress in Theory and Practice, ed. by D. B. Dreisinger, The Minerals, Metals & Materials Society 3 - 18 1997.02

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アメリカオーランド 1997.02.09 - 1997.02.13
Observation and Calculation of Marangori Convection Induced Thermally in a Molter Salt Reviewed

T. Takasu,H,Itou,T. Nakamura and J.M. Toguri

Sensor and Modeling in Materials Processing : Techniques and Applications, ed. by S. Viswanatharr, R. G. Reddy and J. C. Malas. The Minerals, Metals & Materials Society 71 - 80 1997.02

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アメリカオーランド 1997.02.09 - 1997.02.13
DENSITY AND SURFACE TENSION OF CUxO SLAG Reviewed

T. Nakamura,T. Takasu,H. Itou,M. Edo

MOLTEN SLAGS, FLUXES AND SALTS '97 CONFERENCE Organized by the Iron & Steel Society 157 - 161 1997.01

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オーストラリアシドニー 1997.01.05 - 1997.01.08
Effect of Some Factors on Splash Formation in Pb Splash Condensers Reviewed

Tomio Takasu,Takashi Nakamura,Fumio Noguchi,Hideyuki Ito

An International Symposium on the Extraction and Applications of Zinc and Lead [MMIJ and CIM] 81 - 89 1995.05

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Sendai 1995.05.22 - 1995.05.24
Fundamentals of a Pyrometallurgical Treatment for Zinc Leach Residue Reviewed

Takashi Nakamura,Hideyuki Itou,Fumio Noguchi,Tomio Takasu

Proceeding of the 2nd International Symposium on Quality in Non-ferrous Pyrometallurgy [CIM] 341 - 355 1995.05

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カナダバンクーバー 1995.05.20 - 1995.05.24
絶縁膜を塗布したるつぼによる電気良導性材料の直接誘導加熱スカル融解とその伝熱解析 Reviewed

高須登実男,佐々健介,浅井滋生

鉄と鋼 80 ( 12 ) 878 - 883 1994.12

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浸漬発熱体を用いた高周波誘導スカル融解法によるガラスの融解とその伝熱解析 Reviewed

高須登実男,佐々健介,浅井滋生

鉄と鋼 80 ( 3 ) 195 - 200 1994.03

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Application of Induction Heating to Melting of Glass for Vitrification of Radioactive Wastes Reviewed

Tomio Takasu,Kensuke Sassa,Shigeo Asai

International Conference on MHD Process to Protection of Environment, Ukraine 261 - 266 1992.06

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ウクライナキエフ 1992.06.22 - 1992.06.28
直接誘導加熱スカル溶解法による塩融解の理論解析とモデル実験 Reviewed

高須登実男,佐々健介,浅井滋生

鉄と鋼 77 ( 4 ) 496 - 503 1991.04

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Conference Prsentations (Oral, Poster)

排水処理への応用を志向した水溶液中での金属 Fe 粒の撹拌による粉体の生成に及ぼす酸素濃度と撹拌速度の影響

越智悠斗,粟木原知成,橋本航汰,高須登実男,阪本尚孝

資源・素材学会九州支部 2023年度若手研究者および技術者の研究発表会概要集 2023.05 資源・素材学会九州支部

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Event date： 2023.05.26 Language：Japanese
排水処理への応用を志向した水溶液中での金属 Fe 粒の撹拌による粉体の生成に及ぼす酸素濃度と撹拌速度の影響

橋本航汰,粟木原知成,越智悠斗,高須登実男,阪本尚孝

日本金属学会・鉄鋼協会九州支部材料プロセス談話会 2023.04 日本金属学会・鉄鋼協会九州支部

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Event date： 2023.04.03 Language：Japanese
銅電解精製に及ぼす液流動と溶存酸素の影響

井手将,和田涼弥,高須登実男

資源・素材学会九州支部 2022年度若手研究者および技術者の研究発表会概要集 2022.05 資源・素材学会九州支部

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Event date： 2022.05.27 Language：Japanese
銅電解精製に及ぼす液流動と溶存酸素の影響

和田涼弥,井手将,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会 2022.03 日本金属学会・鉄鋼協会九州支部

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Event date： 2022.03.30 Language：Japanese
ゼロ価マグネシウム粒を用いた水溶液からのホウ素除去

笠原将二,高須登実男,長野暢明,見越勇希,伊藤秀行,阪本尚孝

資源・素材学会九州支部 2020年度若手研究者および技術者研究概要集資源・素材学会九州支部

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Event date： 2020.05.29 Language：Japanese
銅電解精製の電流効率に及ぼす電解液流動と溶存酸素の影響

隈本一輝,石田達也,伊藤秀行,高須登実男

資源・素材学会九州支部令和元年度若手研究者および技術者の研究発表会,講演要旨集資源・素材学会九州支部

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Event date： 2019.05.31 Language：Japanese
銅電解精製の電流効率に及ぼす電解液流動と溶存酸素の影響

隈本一輝,石田達也,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会日本金属学会・鉄鋼協会九州支部

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Event date： 2019.03.29 Language：Japanese
金属マグネシウムを用いた水溶液からのホウ素除去

長野暢明,伊藤秀行,高須登実男,阪本尚孝,川田勝三

資源・素材学会平成30年度秋季大会講演集資源・素材学会

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Event date： 2018.09.11 Language：Japanese
銅電解精製の陰極析出挙動に及ぼす電解液流動の影響

永嶋和樹,伊藤秀行,高須登実男

日本金属学会九州支部、日本鉄鋼協会九州支部合同学術講演会講演概要集

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Event date： 2018.06.23 Language：Japanese
水溶液中での金属 Fe 撹拌による Fe3O4 の生成

下村涼太,長尾翔,伊藤秀行,高須登実男

資源・素材学会九州支部平成30年度若手研究者および技術者の研究発表会,講演要旨集資源・素材学会九州支部

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Event date： 2018.06.01 Language：Japanese
銅電解精製に及ぼす電解液流動の影響

高須登実男,伊藤秀行

資源・素材学会平成30年度春季大会講演集資源・素材学会

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Event date： 2018.03.28 Language：Japanese
水溶液中での金属 Fe 撹拌による Fe3O4 の生成

下村涼太,長尾翔,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会日本金属学会・鉄鋼協会九州支部

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Event date： 2018.03.07 Language：Japanese
銅電解精製における模擬スライム粒子のカソードへの取込みに及ぼす液流動の影響

永嶋和樹,仁志裕一郎,高須登実男,伊藤秀行

資源・素材学会九州支部平成29年度若手研究者および技術者の研究発表会,講演要旨集資源・素材学会九州支部

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Event date： 2017.06.02 Language：Japanese
銅電解精製における模擬スライム粒子のカソードへの取込みに及ぼす液流動の影響

永嶋和樹,仁志裕一郎,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会日本金属学会・鉄鋼協会九州支部

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Event date： 2017.03.10 Language：Japanese
Effects of simulated slime particles on cathode deposition in copper electrorefining

Y. Nishi, T. Takasu, H. Itou

4th International Symposium on Applied Engineering and Sciences (SAES2016) Kyushu Institute of Technology

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Event date： 2016.12.18 Language：English
金属マグネシウムを用いた水溶液からのホウ素除去技術の開発

長尾翔,見越勇希,高須登実男,伊藤秀行

資源・素材学会九州支部平成28年度若手研究者および技術者の研究発表会,講演要旨集資源・素材学会九州支部

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Event date： 2016.06.03 Language：Japanese
金属マグネシウムを用いた水溶液からのホウ素除去技術の開発

見越勇希,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会日本金属学会・鉄鋼協会九州支部

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Event date： 2016.03.02 Language：Japanese
銅電解精製のカソード析出に及ぼす模擬スライム粒子の影響

仁志裕一郎,石飛秀士,高須登実男,伊藤秀行

資源・素材学会九州支部平成27年度若手研究者および技術者の研究発表会,講演要旨集資源・素材学会九州支部

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Event date： 2015.06.12 Language：Japanese
回転ディスク電極に関する流動と物質移動

田畑仁志,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会日本金属学会・鉄鋼協会九州支部

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Event date： 2015.03.06 Language：Japanese
溶融塩中のマランゴニ対流の観察と数値解析

高須登実男,伊藤秀行

日本学術振興会素材プロセシング第69委員会第4分科会(産学官連携促進) 第11回研究会日本学術振興会

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Event date： 2015.01.28 Language：Japanese
金属 Mg を用いたニッケルめっき模擬洗浄水からの Ni, B 除去

見越勇希,伊藤秀行,高須登実男

資源・素材学会九州支部平成26年度若手研究者および技術者の研究発表会,講演要旨集資源・素材学会九州支部

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Event date： 2014.05.30 Language：Japanese
金属マグネシウムを用いたニッケルめっき模擬洗浄水からの Ni、B 除去

見越勇希,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会日本金属学会・鉄鋼協会九州支部

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Event date： 2014.03.07 Language：Japanese
銅電解精製の陰極析出挙動に及ぼす電解液流動の影響

田畑仁志,持田侑希,伊藤秀行,高須登実男

資源・素材学会九州支部平成25年度春季例会,講演要旨集資源・素材学会九州支部

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Event date： 2013.05.31 Language：Japanese
銅電解精製の高電流密度化に関する基礎研究

高須登実男,持田侑希,伊藤秀行

資源・素材学会平成25年度春季大会研究・業績発表講演会,春季大会講演集資源・素材学会

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Event date： 2013.03.28 Language：Japanese
気相中での非晶質ヒ酸鉄の結晶化

米森一真,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会日本金属学会・鉄鋼協会九州支部

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Event date： 2013.03.08 Language：Japanese
銅電解精製に及ぼす電解液流動の影響

持田侑希,伊藤秀行,高須登実男

資源・素材学会九州支部平成24年度春季例会,講演要旨集資源・素材学会九州支部

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Event date： 2012.05.25 Language：Japanese
金属マグネシウムを用いた水溶液からの Fe, Mn 除去

松岡宗毅,持田侑希,伊藤秀行,高須登実男,野口文男,橘武史,阪本尚孝,川田勝三

資源・素材学会平成24年度春季大会研究・業績発表講演会,春季大会講演集資源・素材学会

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Event date： 2012.03.26 - 2012.03.28 Language：Japanese
金属マグネシウムの酸溶液中での反応挙動

松岡宗毅,伊藤秀行,高須登実男,野口文男,阪本尚孝,川田勝三

本金属学会・鉄鋼協会九州支部材料プロセス談話会日本金属学会・鉄鋼協会九州支部

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Event date： 2012.03.06 Language：Japanese
密度の異なる溶液の混合特性についての評価

林田僚平,山本裕晃,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会日本金属学会・鉄鋼協会九州支部

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Event date： 2012.03.06 Language：Japanese
金属マグネシウムを用いた水溶液からの Fe, Mn 除去

松岡宗毅,持田侑希,伊藤秀行,高須登実男,野口文男,橘武史,阪本尚孝,川田勝三

資源・素材学会九州支部平成23年度春季例会,講演要旨集資源・素材学会九州支部

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Event date： 2011.06.03 Language：Japanese
金属マグネシウムを用いた水溶液からの Fe，Mn 除去

物質工学科持田侑希,松岡宗毅,伊藤秀行,高須登実男,野口文男,橘武史,阪本尚孝,川田勝三

日本金属学会・鉄鋼協会九州支部材料プロセス談話会日本金属学会・鉄鋼協会九州支部

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Event date： 2011.03.09 Language：Japanese
マグネシウム合金を用いた Ni めっき洗浄排水からの連続 Ni 分離処理 (排水中の有害金属の除去と有価金属の回収4)

福岡県工業技術センター機械電子研究所阪本尚孝,川田勝三,柿本幸司,伊藤秀行,高須登実男,野口文男,森浩一

日本鉄鋼協会第160回春季講演大会、材料とプロセス

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Event date： 2010.09.25 Language：Japanese
金属マグネシウムによる希薄水溶液からの連続イオン分離処理

福岡県工業技術センター機械電子研究所阪本尚孝,川田勝三,田中和美,柿本幸司,伊藤秀行,高須登実男,野口文男

資源・素材学会平成22度秋季大会研究・業績発表講演会、(B)(C)資料

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Event date： 2010.09.15 Language：Japanese
金属マグネシウムを用いた排水中のNi除去

物質工学専攻　松岡宗毅,持田侑希,本永宙,伊藤秀行,高須登実男,野口文男,柿本幸司,阪本尚孝,川田勝三

資源・素材学会平成22度秋季大会ポスター発表資料

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Event date： 2010.09.13 Language：Japanese
非晶質ヒ酸鉄の結晶化

物質工学科　栗田幸之助,高木歩,上野泰典,伊藤秀行,高須登実男

資源・素材学会平成22度秋季大会ポスター発表資料

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Event date： 2010.09.13 Language：Japanese
金属マグネシウムを用いた排水中の Ni 除去

物質工学専攻　松岡宗毅,本永宙,伊藤秀行,高須登実男,野口文男,柿本幸司,阪本尚孝,川田勝三

資源・素材学会九州支部平成22年度春季例会講演要旨集

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Event date： 2010.06.11 Language：Japanese
マグネシウムを用いた希薄イオン分離における析出状態

福岡県工業技術センター機械電子研究所阪本尚孝,川田勝三,柿本幸司,伊藤秀行,高須登実男,野口文男

日本セラミックス協会2010年年会予稿集

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Event date： 2010.03.24 Language：Japanese
金属マグネシウムを用いた排水中の Ni 除去

高須登実男,本永宙,伊藤秀行,野口文男,柿本幸司,阪本尚孝,川田勝三

日本金属学会・鉄鋼協会九州支部材料プロセス談話会

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Event date： 2010.03.05 Language：Japanese
非晶質ヒ酸鉄の結晶化

物質工学研究系　伊藤秀行,上野泰典,高須登実男

資源・素材学会平成21年度秋季大会研究・業績発表講演会、 (B)(C)(S)資料

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Event date： 2009.09.09 Language：Japanese
UG2鉱石中の白金の性状調査

物質工学専攻竹井啓起,伊藤秀行,高須登実男,中村崇

資源・素材学会九州支部平成21年度春季例会講演要旨集

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Event date： 2009.05.29 Language：Japanese
金属マグネシウムを用いたカラム法によるイオン吸着分離

福岡県工業技術センター機械電子研究所阪本尚孝,川田勝三,柿本幸司,伊藤秀行,高須登実男,野口文男

資源・素材学会九州支部平成21年度春季例会講演要旨集

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Event date： 2009.05.29 Language：Japanese
マグネシウムによる排水中の Ni の回収 (排水中の有害金属の除去と有価金属の回収3)

福岡県工業技術センター機械電子研究所阪本尚孝,川田勝三,柿本幸司,伊藤秀行,高須登実男,野口文男

日本鉄鋼協会第157回春季講演大会、材料とプロセス

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Event date： 2009.03.30 Language：Japanese
硫化銅精鉱の浸出に及ぼす加熱処理の影響

高須登実男,中道翼,伊藤秀行

日本金属学会・鉄鋼協会九州支部材料プロセス談話会

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Event date： 2009.03.06 Language：Japanese
高融点、高反応性融体保持のための耐火物冷却システムの開発

物質工学　宮下直也,高須登実男,伊藤秀行

九州工業大学サテライト・ベンチャー・ビジネス・ラボラトリー年報

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Event date： 2009.02.13 Language：Japanese
硫化銅精鉱の酸化酸浸出に及ぼす加熱処理の影響

物質工学　中道翼,山岡創,高須登実男,伊藤秀行

日本金属学会九州支部、日本鉄鋼協会九州支部合同学術講演会講演概要集

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Event date： 2008.06.07 Language：Japanese
非晶質ヒ酸鉄の結晶化

物質工学　上野泰典,大場愛己,伊藤秀行,高須登実男

資源・素材学会九州支部平成20年度春季例会講演要旨集

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Event date： 2008.05.30 Language：Japanese
高融点、高反応性融体保持のための耐火物冷却システムの開発 - 冷却ブロックと耐火物との間の空隙への強制対流が冷却能に及ぼす影響の評価

物質工学科深水治,高須登実男,伊藤秀行,古薗隆洋

九州工業大学サテライト・ベンチャー・ビジネス・ラボラトリー研究成果報告会資料

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Event date： 2008.03.11 Language：Japanese
気相雰囲気における非晶質ヒ酸鉄の結晶化

物質工学科　上野泰典,大場愛己,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会

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Event date： 2008.03.07 Language：Japanese
銅電解槽へのガス吹き込みによる流動現象の解析

高須登実男,花田喜嗣,今井貴之,伊藤秀行

資源・素材学会九州支部平成19年度春季例会講演要旨集

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Event date： 2007.05.25 Language：Japanese
水冷銅ブロックと耐火物間の空隙形成が冷却能に及ぼす影響とその制御

高須登実男,花田喜嗣,星野公三,伊藤秀行

資源・素材学会平成19年度春季大会研究・業績発表講演会、春季大会講演集 (II)素材編

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Event date： 2007.03.29 Language：Japanese
高融点、高反応性融体保持のための耐火物冷却システムの開発 - 冷却ブロックと耐火物との間の空隙内への強制対流下における空隙が冷却能に及ぼす影響の評価

高須登実男,伊藤秀行,花田喜嗣

九州工業大学サテライト・ベンチャー・ビジネス・ラボラトリー研究成果報告会資料

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Event date： 2007.03.13 Language：Japanese
ガス吹き込みによる銅電解槽内の流動現象に関する研究

物質工学科　今井貴之,花田喜嗣,高須登実男,伊藤秀行

日本金属学会・鉄鋼協会九州支部材料プロセス談話会

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Event date： 2007.03.08 Language：Japanese
水冷銅ブロックと耐火物間の空隙形成が冷却能に及ぼす影響とその制御

物質工学科　伊藤秀行,星野公三,花田喜嗣,高須登実男

資源・素材学会九州支部平成18年度春季例会講演要旨集

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Event date： 2006.06.02 Language：Japanese
TEM 観察によるスコロダイト生成機構の検討

物質工学科　伊藤秀行,高須登実男,中村崇,柴田悦郎,宮川博,立岩宏則

資源・素材学会平成18年度春季大会研究・業績発表講演会、春季大会講演集 (II)素材編

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Event date： 2006.03.29 Language：Japanese
溶融飛灰処理のための塩化揮発実験

物質工学専攻　渡邉暁志,伊藤秀行,高須登実男,中村崇,久保田寛,大橋潤一,大西賢二

平成18年度春季大会研究・業績発表講演会、春季大会講演集 (II)素材編

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Event date： 2006.03.28 Language：Japanese
水冷銅ブロックと耐火物間の空隙形成が冷却能に及ぼす影響とその制御

物質工学専攻　星野公三,花田喜嗣,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会

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Event date： 2006.03.09 Language：Japanese
高融点、高反応性融体保持のための耐火物冷却システムの開発

高須登実男,伊藤秀行,星野公三

九州工業大学サテライト・ベンチャー・ビジネス・ラボラトリー研究成果報告会資料

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Event date： 2006.03.06 Language：Japanese
塩化揮発を利用した溶融飛灰処理のための基礎実験

物質工学専攻　渡邉暁志,鎌田晋作,伊藤秀行,高須登実男,友原寛樹,香西弘之,大橋潤一,大西賢二

資源・素材学会九州支部平成17年度春季例会講演要旨集

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Event date： 2005.05.27 Language：Japanese
高融点、高反応性融体保持のための耐火物冷却システムの開発 - 冷却ブロックによる耐火物冷却のモデル実験

物質工学専攻　星野公三,高須登実男,伊藤秀行

九州工業大学サテライト・ベンチャー・ビジネス・ラボラトリー研究進捗状況発表会資料

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Event date： 2005.03.08 Language：Japanese
電気炉ダスト硝酸浸出溶液からの亜鉛電解採取

物質工学専攻　高崎洋平,伊藤秀行,高須登実男

日本金属学会・鉄鋼協会九州支部材料プロセス談話会

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Event date： 2005.01.28 Language：Japanese
界面張力の電位依存性と印加電場による滴の駆動

物質工学専攻　井上耕作,高須登実男,伊藤秀行

日本鉄鋼協会第148回秋季講演大会、材料とプロセス

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Event date： 2004.10.29 Language：Japanese
高電流密度電解精製に関する基礎研究

高須登実男,伊藤秀行,花田喜嗣

資源・素材学会平成16年度秋季大会研究・業績発表講演会、（Ｃ）（Ｄ）資料

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Event date： 2004.09.14 Language：Japanese
銅電解精製における液流動と電解挙動の解析

物質工学専攻　花田喜嗣,高須登実男,伊藤秀行

資源・素材学会九州支部平成16年度春季例会講演要旨集

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Event date： 2004.05.28 Language：Japanese
スラグーメタル界面張力の電位依存性と印加電場によるメタル液滴の駆動

高須登実男,井上耕作,伊藤秀行

日本学術振興会素材プロセシング第69委員会第1分科会(非鉄製錬技術) 第45回研究会資料

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Event date： 2004.04.27 Language：Japanese
高融点、高反応性融体保持のための耐火物冷却システムの開発 - 冷却ブロックと耐火物間の空隙が冷却能におよぼす影響の評価

高須登実男,伊藤秀行,橋本大志

九州工業大学サテライト・ベンチャー・ビジネス・ラボラトリー研究進捗状況発表会資料

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Event date： 2004.03.05 Language：Japanese
銅電解精製における強制対流下での不純物の陰極析出挙動の解析

物質工学専攻　花田喜嗣,高須登実男,伊藤秀行,中村崇

資源・素材学会平成15年度秋季大会研究・業績発表講演会、（Ｃ）（Ｄ）資料

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Event date： 2003.09.22 Language：Japanese
電場利用によるメタル滴の界面流動と移動

高須登実男,伊藤秀行

日本鉄鋼協会第145回春季講演大会、材料とプロセス

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Event date： 2003.03.28 Language：Japanese
スラグ中金属滴の移動機構の解明と制御

高須登実男,伊藤秀行,井上耕作

日本鉄鋼協会高温プロセス部会高度電磁力利用マテリアル・プロセッシング研究会平成14年度第3回研究発表会、資料No.14 電磁3-9

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Event date： 2003.01.24 Language：Japanese
CaO-Al2O3-BaO-CeO2-MgO 系脱硫フラックスの評価

東北大学　柴田悦郎,中村崇,高須登実男,伊藤秀行,遠藤光範,西田武司

日本鉄鋼協会第144回秋季講演大会、材料とプロセス

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Event date： 2002.11.03 Language：Japanese
亜鉛電解プロセスの現状と課題

高須登実男,平藤哲司,福中康博,今井力,富樫林太郎,草野峰晴

資源・素材学会平成14年度秋季大会研究・業績発表講演会、（Ｃ）（Ｄ）資料

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Event date： 2002.09.25 Language：Japanese
リサイクル・環境分野における技術課題

千葉工業大学　山下智司,月橋文孝,高須登実男,小林幹男,大藏隆彦

資源・素材学会平成14年度秋季大会研究・業績発表講演会、（Ｃ）（Ｄ）資料

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Event date： 2002.09.25 Language：Japanese
溶融塩とスラグ間の鉛、亜鉛の分配平衡

物質工学専攻　有馬猛,高須登実男,伊藤秀行,中村崇

資源・素材学会平成14年度秋季大会研究・業績発表講演会、（Ｃ）（Ｄ）資料

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Event date： 2002.09.23 Language：Japanese
硝酸を用いた電炉ダストのオンサイト処理プロセスの開発

物質工学科　伊藤秀行,高須登実男,中村崇,宇野寿,佐藤勝彦,原田光久

日本金属学会九州支部、日本鉄鋼協会九州支部合同学術講演会講演概要集

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Event date： 2002.06.07 Language：Japanese
都市ゴミ溶融飛灰の塩酸による浸出挙動

物質工学専攻　龍頭昭廣,高須登実男,伊藤秀行,中村崇,西森正信

資源・素材学会九州支部平成14年度春季例会講演要旨集

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Event date： 2002.06.07 Language：Japanese
微小重力と材料プロセス

高須登実男

日本金属学会九州支部／日本鉄鋼協会九州支部春季講演会概要集

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Event date： 2002.03.18 Language：Japanese
電場利用によるスラグ-メタル界面流動の誘起と制御

高須登実男,伊藤秀行,山部剛士

日本鉄鋼協会高温プロセス部会高度電磁力利用マテリアル・プロセッシング研究会平成13年度第3回研究発表会、資料No.13電磁3-9

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Event date： 2002.02.05 Language：Japanese
銅電解製錬プロセスの現状と課題

高須登実男,梅津良昭

資源・素材学会平成13年度秋季大会研究・業績発表講演会、（Ｃ）（Ｄ）資料

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Event date： 2001.09.26 Language：Japanese
メカノケミカル処理によるガーニエライト鉱の硫化、硫酸化

物質工学科　伊藤秀行,高須登実男,本田晃,中村崇

資源・素材学会平成13年度秋季大会研究・業績発表講演会、（Ｃ）（Ｄ）資料

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Event date： 2001.09.24 Language：Japanese
電気炉ダスト硝酸浸出溶液からの亜鉛電解採取

物質工学科　伊藤秀行,高須登実男,菊川剛,中村崇,宇野寿,佐藤勝彦,原田光久

資源・素材学会平成13年度秋季大会研究・業績発表講演会、（Ｃ）（Ｄ）資料

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Event date： 2001.09.24 Language：Japanese
銅電解精製に及ぼす電解液流動の効果

物質工学専攻　花田喜嗣,高須登実男,伊藤秀行

資源・素材学会九州支部平成13年度春季例会講演要旨集

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Event date： 2001.06.08 Language：Japanese

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Industrial Property

マグネタイト強磁性物質懸濁微粒子の除去設備

木本徹男,川田勝三,高須登実男,阪本尚孝,野澤忠生,横田漠

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Application no：2016-226633 Date applied：2016.11.22

Announcement no：2018-083144 Date announced：2018.05.31

Patent/Registration no：6845538 Date registered：2021.03.17
マグネタイト懸濁水の製造装置及び製造方法、並びに、重金属類の除去装置及び除去方法

木本徹男,川田勝三,高須登実男,阪本尚孝,野澤忠生,横田漠

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Application no：特願2016-040071 Date applied：2016.03.02

Announcement no：特開2017-154932 Date announced：2017.09.07

Patent/Registration no：特許6647564号 Date registered：2020.01.17
金属イオン含有排水の処理装置

高須登実男,岩本朗,阪本尚孝

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Application no：2010-271977 Date applied：2010.11.16

Announcement no：2012-106221 Date announced：2012.06.07

Patent/Registration no：5737671号 Date registered：2015.05.01
シリコン回収システムおよびシリコン回収方法

高須登実男,伊藤秀行,為藤敬則,須崎純一,齋藤憲一,山上公久

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Application no：2010－019554 Date applied：2010.01.29

Announcement no：2011-157226 Date announced：2011.08.18

Patent/Registration no：4665054号 Date registered：2011.01.14

Lectures

金属鉄を用いたマグネタイト生成による排水処理

エコテクノ2016 エネルギー先端技術展アカデミックセミナー 2016.10 北九州市

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Presentation type：Others Venue：西日本総合展示場
金属鉄を用いたマグネタイト生成による排水処理

九州工業大学三木会 2016.06 九州工業大学

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Presentation type：Others Venue：九州工業大学

Grants-in-Aid for Scientific Research

固相変態によるスコロダイトの生成

Grant number：21K04739 2021.04 - 2024.03 基盤研究(C)
金属鉄を用いたマグネタイト生成による排水処理についての基礎研究

Grant number：18K04799 2018.04 - 2021.03 基盤研究(C)
銅電解精製のカソードへの粒子取込みとコブ状析出生成についての基礎研究

Grant number：26420757 2014.04 - 2017.03 基盤研究(C)
金属マグネシウムを用いた排水処理の開発に関する基礎研究

Grant number：25420793 2013.04 - 2016.03 基盤研究(C)
電解液流動を用いた分極制御による銅電解精製の高電流密度化のための基礎研究

Grant number：23560894 2011.04 - 2014.03 基盤研究(C)
Mechanism and control of scorodite formation for arsenic stabilization

Grant number：20560694 2008.05 - 2011.03 Grant-in-Aid for Scientific Research(C)
Development of microwave heat treatment of chalcopyrite concentrates to enhance leaching with oxidizer tion and acid

Grant number：18560715 2006.05 - 2008.03 Grant-in-Aid for Scientific Research(C)
Concentration of Ni from Garnierite ore by a me hanochemical treatment with sulfur addition.

Grant number：14550726 2002.05 - 2004.03 Grant-in-Aid for Scientific Research(C)
Development of electrolyte circulation control to achieve a copper electro-refining of copper with high current density

Grant number：13750688 2001.05 - 2003.03
Development of an onsite process to treat electric arc furnace dusts by using a nitric acid solution.

Grant number：12650736 2000.05 - 2002.03 Grant-in-Aid for Scientific Research(C)
Separation of metal and matte droplets from slags using an electric field

Grant number：10750542 1998.05 - 2000.03
Development of thermal conductivity measuring method of molten slags using hot-thermocouple

Grant number：07750823 1995.05 - 1996.03

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Contracts

低品位銅電解精製に係る基礎研究

2016.05 - 2017.02

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Grant type：Joint research
低品位銅電解精製に係る基礎研究

2015.05 - 2016.02

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Grant type：Joint research
低品位銅電解精製に係る基礎研究

2014.07 - 2015.02

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Grant type：Joint research
低品位銅電解精製に係る基礎研究

2013.09 - 2014.02

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Grant type：Joint research
亜鉛電解における液流動と電解挙動の解析

2013.04 - 2015.03

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Grant type：Joint research
電気炉系製鋼スラグの粉塵化防止メカニズムの解明

2011.12 - 2015.03

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Grant type：Joint research
Basic Research of Recovery Process of PGM from UG-2 Ore

2011.04 - 2012.03

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Grant type：Other joint research
溶解・鋳造技術開発－溶解技術開発－　（熊本県地域結集型研究開発プログラム　次世代耐熱マグネシウム合金の基盤技術開発）

2010.04 - 2011.11

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Grant type：Joint research
PGM含有鉄ニッケル合金の性状及び処理方法の調査

2009.08 - 2010.02

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Grant type：Joint research
金属マグネシウムによる希薄濃度排水の浄化

2008.12 - 2009.11

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Grant type：Joint research
シリコン汚泥高度化リサイクル研究会

2008.06 - 2010.03

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Grant type：Joint research
亜鉛電解における液流動と電解挙動の解析

2008.04

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Grant type：Joint research
Development of recycling technology to utilize resources on the earth

2007.07 - 2008.06

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Grant type：Joint research
Research and study on resources and processes

2005.07 - 2008.03

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Grant type：Joint research
Study on dissolution behaviour of various oxides into slags

2004.12 - 2005.03

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Grant type：Joint research
Development of processes to utilize slags as resources

2001.08 - 2004.03

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Grant type：Joint research
Development of processes to utilize fly ashes as resources

2001.07 - 2006.03

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Grant type：Joint research

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Other External Funds

金属マグネシウムを利用した環境水質浄化材の設計と製造（連続式吸着・除去技術の確立）

2009.02 - 2010.03

重点地域研究開発推進プログラム

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地域ニーズ即応型
Behaviours of solid state reduction and concentration of platinum group metals from UG2 ores

2008.08 - 2009.02

Activities of Academic societies and Committees

The Mining and Materials Processing Institute of Japan

2023.02 - 2024.01
The Mining and Materials Processing Institute of Japan

2022.09
The Mining and Materials Processing Institute of Japan

2022.02 - 2023.01
The Japan Institute of Metals and Materials

2021.04
The Mining and Materials Processing Institute of Japan

2019.12
The Mining and Materials Processing Institute of Japan

2018.09
The Mining and Materials Processing Institute of Japan

2018.02 - 2022.01
The Mining and Materials Processing Institute of Japan

2014.09
The Mining and Materials Processing Institute of Japan

2014.04
The Mining and Materials Processing Institute of Japan

2013.11
（独）科学技術振興機構研究成果最適展開支援事業専門委員委員

2012.06 - 2014.03
（独）科学技術振興機構研究成果最適展開支援事業専門委員委員

2010.06 - 2012.03
（独）石油天然ガス・金属鉱物資源機構低品位鉱石・難処理鉱石製錬技術委員会亜鉛部会委員

2009.09 - 2013.03
（独）科学技術振興機構 JSTイノベーションプラザ福岡シーズ発掘試験査読評価外部専門委員委員

2009.04 - 2010.03
The Mining and Materials Processing Institute of Japan

2009.01 - 2010.12
The Japan Institute of Metals

2008.03 - 2010.02
The Mining and Materials Processing Institute of Japan

2008.02 - 2012.01
The Mining and Materials Processing Institute of Japan

2007.01 - 2008.12
The Mining and Materials Processing Institute of Japan

2006.09
北九州市中小企業技術開発振興助成金技術調査員（中小企業の行っている研究開発について技術的観点から調査する）

2006.06 - 2007.03
The Mining and Materials Processing Institute of Japan

2006.01 - 2006.12
The Iron and Steel Institute of Japan

2004.04 - 2008.03
The Mining and Materials Processing Institute of Japan

2004.01
The Mining and Materials Processing Institute of Japan

2001.01
The Iron and Steel Institute of Japan

1994.04

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Social activity outside the university

夢ナビ講義Video「金属材料の資源とリサイクル」

Role(s)：Lecturer

フロムページ夢ナビ講義Video 2022.04.28

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Audience： High school students

Type：Visiting lecture

夢ナビ講義Videoのために「金属材料の資源とリサイクル」の題目にて講演した。
マテリアルの資源とリサイクルー持続型循環社会をめざしてー

Role(s)：Lecturer

2019.10.11

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Audience： High school students

Type：Visiting lecture

大分県立中津北高等学校
マテリアルの資源とリサイクルー持続型循環社会をめざしてー

Role(s)：Lecturer

2018.09.21

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Audience： High school students

Type：Visiting lecture

福岡県立柏陵高等学校
マテリアルの資源とリサイクルー持続型循環社会をめざしてー

Role(s)：Lecturer

2017.11.22

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Audience： High school students

Type：Visiting lecture

山口県立下関工業高等学校/下関工科高等学校
マテリアルの資源とリサイクルー持続型循環社会をめざしてー

Role(s)：Lecturer

2017.09.24

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Audience： High school students

Type：Visiting lecture

山口県立徳山高等学校
夢ナビTALK「金属材料の資源とリサイクル」

Role(s)：Lecturer

2016.10.15

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Audience： High school students

Type：Visiting lecture

マリンメッセ福岡で開催された夢ナビTALKにて「金属材料の資源とリサイクル」の題目にて講演した。
夢ナビライブ「金属材料の資源とリサイクル」

Role(s)：Lecturer

2016.10.15

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Audience： High school students

Type：Visiting lecture

マリンメッセ福岡で開催された夢ナビライブ福岡にて「金属材料の資源とリサイクル」の題目にて講演した。
夢ナビライブ「金属材料の資源とリサイクル」

Role(s)：Lecturer

2014.10.18

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Audience： High school students

Type：Visiting lecture

マリンメッセ福岡で開催された夢ナビライブ福岡にて「金属材料の資源とリサイクル」の題目にて講演した。そのために夢ナビにも登録した。http://yumenavi.info/lecture.aspx?GNKCD=g005689&OraSeq=6031706&ProId=WNA002&SerKbn=d&SearchMod=4&Page=1&KeyWord=%E9%AB%98%E9%A0%88
マテリアルの資源とリサイクルー持続型循環社会をめざしてー

Role(s)：Lecturer

2013.10.16

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Audience： High school students

Type：Visiting lecture

熊本県立玉名高等学校

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PR

(PR for students)

環境調和を目指した素材製造・リサイクル・廃棄物安定化についての方法を研究しています。