Academic Paper Archives
YR 2005
|
|
W.Nakao,H.Fukuyama |
| Gibbs Energy Change of Carbothermal Nitridation Reaction of γ-ALON and Its Thermodynamic Stability | |
| J. Am. Ceram. Soc.,Vol.88[11](2005),p3170-3176 | |
|
|
H.Kawamura,H.Fukuyama,M.Watanabe,T.Hibiya |
| Normal Spectral Emissivity of Undercooled Liquid Silicon | |
| Meas. Sci. Technol. Vol 16(2005), p386-393 |
YR 2004
|
|
H.Fukuyama,H.Tabata,T.Oshima,K.Nagata |
| Determination of Gibbs Energy of Formation of Cuspidine (3CaO・2SiO2・CaF2) by Transpiration Method | |
| ISIJ International, Vol.44[9](2004), p1488-1493 | |
|
|
H.Fukuyama,K.Shimizu,K.Nagata |
| Determination of Gibbs Energies of Formation of the Ca-Pt-O Compounds from Electromotive Force Method Using CaF2 as Solid Electrolyte | |
| High Temp. Mater. Processes, Vol. 23[5-6](2004), p335-341 |
YR 2003
|
|
W.Nakao,H.Fukuyama |
| Single Crystalline AlN Film Formed by Direct Nitridation of Sapphire Using Aluminum Oxynitride Buffer | |
| J. Crystal Growth, Vol. 259(2003), p.302-308 | |
|
|
E.Yamasue,M.Susa,H.Fukuyama,K.Nagata |
| Deviation from Wiedemann-Franz Law for the Thermal Conductivity of Liquid Tin and Lead at Elevated Temperature | |
| International Journal of Thermophysics,Vol. 24[3](2003), p.713-730 | |
|
|
H.Watanabe,M.Susa,H.Fukuyama,K.Nagata |
| Phase (Liquid/Solid) Dependence of the Normal Spectral Emissivity for Iron, Cobalt, and Nickel at Melting Points | |
| International Journal of Thermophysics, Vol. 24[2](2003), p.473-488 | |
|
|
H.Fukuyama,H.Tabata,K.Nagata |
| Determination of Gibbs Energy of Formation of Cuspidine (3CaO・2SiO2・CaF2) from EMF Method Using CaF2 as Solid Electrolyte | |
| Metall. Mater. Trans. B, Vol.34B[3](2003), p.307-311 | |
|
|
H.Watanabe,M.Susa,H.Fukuyama,K.Nagata |
| Phase (Liquid/Solid) and Wavelength Dependence of Spectral Emissivity for Cu, Ag, and Au at Melting Points in Near Infrared Region | |
| International Journal of Thermophysics, Vol. 24[4](2003), p.1105-1120 | |
|
|
H.Watanabe,M.Susa,H.Fukuyama,K.Nagata |
| Phase Dependence (Liquid/Solid) of Normal Spectral Emissivities of Noble Metals at Melting Points | |
| Ｉnternational Journal of Thermophysics,Vol.24[1](2003), p.223-237 | |
|
|
K.Nagata,H.Fukuyama |
| Physicochemical Properties of CaO-SiO2-CaF2-NaF Slag System as a Mold Flux of Continuous Casting | |
| steel reserach, Vol.74[1](2003), p.31-35 | |
|
|
W.Nakao,H.Fukuyama,K.Nagata |
| Thermodynamic Stability of γ-Aluminum Oxynitride | |
| J. Electrochem. Soc., Vol.150[2](2003), p.J1-J7 |
YR 2002
|
|
T.Watanabe,H.Fukuyama,K.Nagata |
| Stability of Cuspidine (3CaO・2SiO2・CaF2) and Phase Relations in the CaO-SiO2-CaF2 System | |
| ISIJ International, Vol.42[5](2002), p.489-497 | |
|
|
M.Hayashi,N.Nabeshima,H.Fukuyama,K.Nagata |
| Effect of Fluorine on Silicate Network for CaO-CaF2-SiO2 and CaO-CaF2-SiO2-FeOx Glasses | |
| ISIJ International, Vol.42[4](2002), p.352-358 | |
|
|
H.Fukuyama,Md.K.Hossain,K.Nagata |
| Solid-State Reaction Kinetics of the System CaO-FeO | |
| Metall. Mater. Trans. B, Vol.33B[2](2002), p.257-264 | |
|
|
M.Hayashi,M.Murata,H.Fukuyama,K.Nagata |
| Normal Spectral Emissivities of Liquid Ag-Cu Alloys in the Visible and Infrared Regions | |
| Metall. Mater. Trans. B, Vol.33B[1](2002), p.47-54 | |
|
|
W.Nakao,H.Fukuyama,K.Nagata |
| Gibbs Energy Change of Carbothermal Nitridation Reaction of Al2O3 to Form AlN and Reassessment of Thermochemical Properties of AlN | |
| J. Am. Ceram. Soc., Vol.85[4](2002), p.889-896 |
YR 2001
|
|
K.Nagata,R.Kojimav,T.Murakami,M.Susa,H.Fukuyama |
| Mechanisms of Pig-iron Making from Magnetite Ore Pellets Containing Coal at Low Temperature | |
| ISIJ International, Vol.41[11](2001), p.1316-1323 | |
|
|
E.Yamasue,M.Susa,H.Fukuyama,K.Nagata |
| Thermal Conductivities of Silicon and Germanium in Solid and Liquid States Measured by Non-stationary Hot Wire Method with Silica Coated Probe | |
| J. Crystal Growth, Vol.234/1(2001), p.121-131 | |
|
|
T.Murakami,H.Fukuyama,K.Nagata |
| Mechanisms of Carburization and Melting of Iron by CO Gas | |
| ISIJ International, Vol.41[5](2001), p.416-421 | |
|
|
H.Fukuyama,A.P.Tchavdarov,K.Nagata |
| Nature of Copper Dissolved in Silica-Saturated Iron Silicate Slag Studied by X-ray Photoelectron Spectroscopy | |
| Shigen-to-Sozai, Vol.117[4](2001), p.226-229 | |
|
|
M.Hayashi,H.Ishii,M.Susa,H.Fukuyama,K.Nagata |
| Effect of Ionicity of Nonbridging Oxygen Ions on Thermal Conductivity of Molten Alkali Silicates | |
| Phys. Chem. Glasses, Vol.42(2001), p.6-11 |
YR 2000
|
|
T.Watanabe,H.Fukuyama,M.Susa,K.Nagata |
| Phase Diagram Cuspidine (3CaO･2SiO2･CaF2) - CaF2 | |
| Metall. Mater. Trans. B, Vol.31B[6](2000), p.1273-1282 | |
|
|
H.Fukuyama,J.Takasago,K.Kawagishi,M.Susa,K.Nagata |
| Simultaneous Determination of Activity Coefficient and Diffusion Coefficient of Boron in Single Crystalline Silicon | |
| J. Electrochem. Soc., Vol.147[5](2000), p.1965-1969 | |
|
|
M.Hayashi,M.Hori,M.Susa,H.Fukuyama,K.Nagata |
| Oxidation States and Coordination Structures of Iron Ions in Silicate Melts during Relaxation Process and at Equilibrium | |
| Phys. Chem. Glasses, Vol.41(2000), p.49-54 | |
|
|
T.Murakami,H.Fukuyama,T.Kishida,M.Susa,K.Nagata |
| Phase Diagram for the System CaO-Al2O3-ZrO2 | |
| Metall. Mater. Trans. B, Vol.31B[1](2000), p.25-33 |
YR 1999
|
|
H.Watanabe,M.Susa,H.Fukuyama,K.Nagata |
| Emissivities of Liquid and Solid Silicon at the Melting Point | |
| High Temp. - High Press., Vol.31(1999), p.587-593 | |
|
|
K.Matsumaru,H.Fukuyama,M.Susa,K.Nagata |
| Behaviour of Cavity Formation and Convection in FeOx-SiO2 Melts under Plasma Arc | |
| ISIJ International, Vol.39[7](1999), p.651-658 | |
|
|
T.Xiaojie,H.Fukuyama,M.Susa,K.Nagata |
| Non-linear Kinetic Analysis of Decarburization and Deoxidization of Liquid Iron by Ar-CO-CO2 Gas Mixtures | |
| ISIJ International, Vol.39[4](1999), p.301-308 | |
|
|
E.Yamasue,M.Susa,H.Fukuyama,K.Nagata |
| Nonstationary Hot Wire Method with Silica-Coated Probe for Measuring Thermal Conductivities of Molten Metals | |
| Metall. Mater. Trans. A, Vol.30A[8](1999), p.1971-1979 | |
|
|
G.R.F.Alvear,A.Tanaka,H.Fukuyama,T.Fujisawa,C.Yamauchi |
| Application of Na2CO3 Flux to the Removal of Impurity Elements from Molten Copper | |
| Shigen-to-Sozai，Vol.115[2](1999), p.89-96 | |
|
|
松丸幸司,福山博之,須佐匡裕,永田和宏 |
| 熱プラズマ溶解したシリケートガラスの蒸発挙動 | |
| 日本金属学会誌，Vol.63[1](1999), p.21-27 | |
|
|
H.Fukuyama,W.Nakao,M.Susa,K.Nagata |
| New Synthetic Method of Forming Aluminum Oxynitride by Plasma Arc Melting | |
| J.Am.Ceram.Soc., Vol.82[6](1999), p.1381-1387 |
YR 1998
|
|
T.Xiaojie,H.Fukuyama,M.Susa,K.Nagata |
| The Least Number of Chemical Reactions to Describe the Oxidation and the Carburization of Liquid Iron in Irreversible Processes | |
| ISIJ International, Vol.38[11](1998), p.1185-1193 | |
|
|
K.Matsumaru,H.Fukuyama,M.Susa,K.Nagata |
| Evaporation from Synthetic Incinerator Ashes Melted by Plasma Arc | |
| Thin Solid Films, Vol.316(1998), p.105-110 |
YR 1997
|
|
H.Fukuyama,J.R.Donald,J.M.Toguri |
| Wetting Behavior between Fayalite-Type Slags and Solid Magnesia | |
| J.Am.Ceram.Soc, Vol.80[9](1997), p.2229-2236 |
YR 1996
|
|
X.Huang,W.G.Ischak,H.Fukuyama,T.Fujisawa,C.Yamauchi |
| Activity Coefficient of Silicon in Molten Fe-C-B-Si Alloy | |
| ISIJ International, Vol.36[9](1996), p.1151-1156 |
YR 1995
|
|
黄 先明,W.G.Ischak,福山博之,藤澤敏治,山内睦文 |
| 侵入型モデルによるFe-B-NとFe-C-B系の活量 | |
| 鉄と鋼，Vol.81[11](1995), p.1049-1054 | |
|
|
G.R.Alvear,K.Suzuki,H.Fukuyama,T.Fujisawa,C.Yamauchi |
| Thermodynamic Considerations for Eliminating Ni and Zn from Molten Copper by Na2CO3-Base Slag | |
| Materials Transactions, JIM, Vol.36[4](1995), p.524-532 | |
|
|
H.Fukuyama,E.Wada,T.Fujisawa,C.Yamauchi |
| nteraction Parameter between Oxygen and Iron in Molten Copper and Distribution Ratio of Iron between NaO0.5-CO2-FeO1.5 Slag and Molten Copper | |
| Materials Transactions, JIM, Vol.36[4](1995), p.518-523 | |
|
|
G.R.Alvear,K.Mizuno,H.Fukuyama,T.Fujisawa,C.Yamauchi |
| Thermodynamic Considerations for Eliminating P and Si from Molten Copper by Na2CO3-Based Slag | |
| Materials Transactions, JIM, Vol.36[1](1995), p.48-55 |
YR 1994
|
|
H.Fukuyama,E.Wada,T.Fujisawa,C.Yamauchi |
| Thermodynamic Properties of NaO0.5-CO2-FeO1.5 Slag | |
| Materials Transactions, JIM, Vol.35[9](1994), p.603-610 | |
|
|
G.R.Alvear,T.Kanai,H.Fukuyama,T.Fujisawa,C.Yamauchi |
| Thermodynamic Considerations for Elimination of Te and Se from Molten Copper by Using Na2CO3 Slag | |
| Materials Transactions, JIM, Vol.35[8](1994), p.508-515 | |
|
|
T.Fujisawa,H.Fukuyama,J.Shimotori,C.Yamauchi |
| Thermodynamics of NaO0.5-CO2-SnO2 Slag and Estimation of Distribution Ratio of Sn between the Slag and Molten Copper | |
| Materials Transactions, JIM, Vol.35[6](1994), p.414-422 | |
|
|
福山博之,和田英作,藤澤敏治,山内睦文 |
| 溶銅中のFe-酸素間の相互作用係数とNaO0.5-CO2-FeO1.5系スラグ-溶銅間のFeの分配比 | |
| 日本金属学会誌，Vol.58[2](1994), p.176-181 |
YR 1993
|
|
H.Fukuyama,M.Tonsho,T.Fujisawa,C.Yamauchi |
| Activities in NaO0.5-CO2-AsO2.5 Slag and Estimation of Distribution Ratio of Arsenic between the Slag and Molten Copper | |
| Metallurgical Review of MMIJ, Vol.10[2](1993),p.72-86 | |
|
|
福山博之,和田英作,藤澤敏治,山内睦文 |
| NaO0.5-CO2-FeO1.5系スラグの熱力学 | |
| 日本金属学会誌，Vol.57[10](1993), p.1149-1157 | |
|
|
福山博之,霜鳥 潤,藤澤敏治,山内睦文 |
| NaO0.5-CO2-SnO2系スラグの熱力学と本系スラグ-溶銅間のSnの分配比の推算 | |
| 日本金属学会誌，Vol.57[8](1993), p.905-913 | |
|
|
福山博之,頓所政次,藤澤敏治,山内睦文 |
| NaO0.5-CO2-AsO2.5系スラグの活量と本系スラグ-溶銅間のAsの分配比の推算 | |
| 資源と素材 Vol.109[8](1993), p.601-606 | |
|
|
福山博之,藤澤敏治,山内睦文 |
| NaO0.5-CO2-SbOm系溶融スラグの活量と本系スラグ-溶銅間のSbの分配比の推算 | |
| 日本金属学会誌，Vol.57[5](1993), p.521-526 |
YR 1992
|
|
T.Fujisawa,H.Fukuyama,T.Kato,Y.Ikitsu,C.Yamauchi |
| Solubilities of CO2 and Redox Equilibria of Sb and As in NaO0.5-SbOm and NaO0.5-AsOm Melts | |
| Materials Transactions, JIM, Vol.33[7](1992), p.683-690 |
YR 1991
|
|
福山博之,加藤 徹,生津安章,藤澤敏治,山内睦文 |
| Na2O-Sb2Om,Na2O-As2Om系 溶融スラグのCO2溶解量とSbとAsの賦存状態 | |
| 日本金属学会誌，Vol.55[12](1991), p.1322-1330 |
YR 1989
|
|
藤澤敏治,久野忠昭.福山博之,高井章治,山内睦文 |
| Na2O-CO2-Sb2O2系溶融スラグの活量 | |
| 日本金属学会誌，Vol.53[5](1989), p.558-564 | |
|
|
山内睦文,藤澤敏治,後藤滋明,福山博之,松田和也 |
| ソーダ系スラグ-溶銅間のアンチモンの分配比を支配する熱力学的諸量の決定 | |
| 日本金属学会誌，Vol.53[4](1989), p.407-414 | |
|
|
C.Yamauchi,T.Fujisawa,S.Goto,H.Fukuyama |
| Effect of Partial Pressure of CO2 on the Distribution Ratios of Sb and Cu between Na2CO3 Slag and Molten Copper at 1523K | |
| Materials Transactions, JIM, Vol.30[3](1989), p.175-183 |