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　工学博士（京都大学）

• 1975年 3 月　京都大学工学部化学工学卒
• 1977年 3 月　京都大学大学院工学研究科化学工学専攻修士課程修了
• 1980年 3 月　京都大学大学院工学研究科化学工学専攻博士課程学修退学
• 1981年 3 月　工学博士（京都大学）

• 1980年10月〜1984年 2 月　九州工業大学工学部講師
• 1984年 3 月〜2002年11月　九州工業大学工学部助教授
• 2002年12月〜　　　　　　　　 九州工業大学工学部教授

　化学工学会；粉体工学会

　物質工学科 物質生産化学講座

　化学工学�T、化学工学�U
　物質工学実験Ｂ、物質工学実験Ａ（夜間主コース）
　移動現象特論（大学院）、化学装置工学特論（大学院）

　化学工学 ; 粉体工学

　流動層； コーティング；造粒；マイクロカプセル；粒子設計；乾燥

• Powder Coating of Fluidizing Particles in Circulating Fluidized Bed, Fluidization '94,
  Science and Technology, Chemical Industry Press, 173-179 (1994).
• Coating Efficiency of Seed Particles in Fluidized Bed by Atomization of Powder Suspension,
  Powder Technology, 86, No.3, 243-250 (1996).
• 振動流動層による粒子コーティングにおける振動周波数と振幅の影響,粉体工学会誌：33, No.9, 711-716 (1996).
• The Effects of Direction and Frequency of Vibration on Powder Coating of Fluidizing
  Particles in Vibro-Fluidized Bed, Proc. of Regional Symposium on Chemical
  Engineering 1997, Vol.2, 52-58,　(1997). October 13-15, Johor Bahru, Malaysia,
  Application of Circulating Fluidized Bed to Powder Coating of Particles, Circulating
  Fluidized Bed　Technology V, Ed. by M.Kwauk & J.Li, Science Press, Beijing, 382-387(1997).
• The Coating Surface and Agglomeration of Seed Particles in a Fluidized Bed Coater,
  Advanced Powder Technology, 9, No.3, 245-260 (1998).
• Coating of Fluidizing Particles by Atomization of Fine Powder Suspension,　Advanced
  Technologies for Particle Processing, Ed. by Particle Technology Forum, American
  Institute of　Chemical Engineers, Vol.1, 225-230 (1998).
• Powder Coating of Particle in Circulating Fluidized Bed,　Proc.of Sixth Asian
  Conference on Fluidized-Bed and Three-Phase Reactors,97-102 (1998). Dec. 8-12,
  Cheju Island, Korea,
• 流動化粒子のコーティングにおけるコーティング層表面と芯粒子間凝集,粉体工学会誌：35, No.1, 4-11 (1998).
• Powder Coating Efficiency of Small Particles and Their Agglomeration in Circulating
  Fluidized Bed, Korean Journal of Chemical Engineering,16, No.5,630-634 (1999).
• Efficiency and Agglomeration of Powder Coating of Fluidizing Particles in Circulating
  Fluidized Bed, Proceedings of 8th APCChE Congress,Vol.3, 1719-1722 (1999).
  Aug.16-19, Seoul, Korea
• The Effects of Frequency and Amplitude on the Powder Coating of Fluidizing Particles
  in Vibro-Fluidized Bed, Advanced Powder Technology, 10, No.1, 77-87 (1999).
• Effect of Drying on Powder Coating Efficiency and Agglomeration in Vibro-Fluidized
  Bed, Drying Technology, 19, No.2, 359-373 (2001).
• Effect of Solid Circulation Rate on Coating Efficiency and Agglomeration in Circulating
  Fluidized Bed Type Coater, Powder Technology, 130, No.1-3, 203-210 (2003).
• 鹿毛浩之、"流動層コーティング"、「食品の高機能粉末・カプセル化技術」　古田武、他編
  サイエンスフォーラム pp.207-214　(2003).
• Composition Effects of Atomized Suspension on Efficiency, Agglomeration and Solid
  Circulation Rate of Circulating Fluidized Bed Coater", Fluidization 2003, Science and
  Technology, 108-115 (2003).
• Effect of Vibration Addition on Bubble Size and Velocity in Two-dimensional Fluidized
  Bed, Proc. of the 11th International Conference on Fluidization, May 9-13, 2004,
  Sorrento(Napoli), Italy, 651-657 (2004).

• Fluidization Behavior of Glass Beads under Different Vibration Modules, Advanced
  Powder Technology,12, No.4, 559-575 (2001).
• The Bubble Behavior in a New-Type Horizontal Vibro-Fluidized Bed, J. Chem. Eng.
  Japan, 35, No. 8, 737-743 (2002).
• Comparison of Fluidization Characteristics of a Fluidized Bed with Vertical and
  Horizontal Vibration, Proceedings of World Congress on Particle Technology 4, #56,
  1-8 (2002).July 21-25, Sydney, Australia
• Fluidization Behavior of Two-Dimensional Vibro-Fluidized Bed, Proceedings of 8th
  Asian Conference on Fluidized Bed and Three-Phase Reactors, p.49-54(2002).
  November 3-6, Bangkok, Thailand
• Bubble Motion Pattern and Rise Velocity in Two-dimensional Horizontal and Vertical
  Vibro-fluidized Beds, Canadian Journal of Chemical Engineering, 82, No.2, 236-242 (2004).

• Frequency Analysis of Pressure Fluctuation in Fluidized Bed Plenum , J. Chem. Eng.
  Japan: 24, No.1, 76-81 (1991).
• Frequency Analysis of Pressure Fluctuation in Plenum as a Diagnostic Method for
  Fluidized Beds, AIChE Symp.Ser.：89, 184-190 (1993).
• Frequency Analysis of Pressure Fluctuation in Plenum for Detection of Fluidization
  State, ASCON FBR '94, Fluidized-Bed & Three-Phase Reactors, Ed. by K.Yoshida & S.
  Morooka, 43-48 (1994).
• Frequency Analysis of Pressure Fluctuation in Fluidized Bed Plenum and Its
  Confidence Limit for Detection of Various Modes of Fluidization, Advanced Powder
  Technology, 11, No.4, 459-475 (2000).
• Attrition of Granular Slug by Single Horizontal Jet Equipped in Fluidized Bed, J.
  Chem.Eng. Japan, 33, No.4, 605-611 (2000).

• Obstructive Effect on Elutriation Due to Existence of Particles in Freeboard, J. Chem.
  Eng. Japan: 24, No.1, 33-38 (1991).
• Application of the Obstruction Model to Elutriation of More Than One Species of
  Particles from Multicomponent Fluidized Bed , J. Chem .Eng. Japan: 25, No.6, 672-677 (1992).
• A New Model for the Obstructive Effect on Elutriation Due to Existence of Particles in
  Freeboard,　Proc.of Fifth Asian Conference on Fluidized-Bed and Three-Phase
  Reactors, 1-6 (1996). Dec. 16-20, Hsitou, Taiwan.
• 気固系流動層フリーボード内の粒子濃度・速度分布と粒子間衝突を考慮した飛び出しモデル,
  粉体工学会誌, 37, No.3, 168-175 (2000).

• コアセルベーション法による生成マイクロカプセルのカプセル膜厚,化学工学論文集：
  22, No.2, 342-349 (1996).
• コアセルベーション法による生成マイクロカプセルの操作条件とカプセル膜厚,化学工学論文集：
  22, No.2, 365-371 (1996).
• 膜乳化法で調整した単分散液滴のコアセルベーション法によるマイクロカプセル化,化学工学論文集：
  23, No.5, 652-658 (1997).
• コアセルベーション法による単分散液滴のマイクロカプセル化と生成カプセル膜厚,化学工学論文集：
  23, No.5, 659-665 (1997).
• Preparation of Epoxy Resin/Acrylic Composite Latices by Mini-emulsion
  Polymerization Method, Proceedings of 8th APCChE Congress, Vol.3, 1821-1824 (1999).
  Aug.16-19, Seoul, Korea
• Preparation of Epoxy Resin/Acrylic Composite Latexes by Mini-emulsion
  Polymerization Method, Journal of Applied Polymer Science, 81, No.1, 128-133 (2001).
• Epoxy Resin / Acrylic Composite Latexes: Reactivity and Stability of Epoxy Groups
  with Carboxyl Groups, Advanced Powder Technology, 12, No.4, 521-532 (2001).
• エポキシ樹脂複合ラテックスの合成におけるミニエマルジョン生成条件の影響、化学工学論文集
  28, No.2, 175-180 (2002).
• Operating Conditions and Microcapsules Generated by in situ Polymerization,
  Advanced Powder Technology, 13, No.3, 265-285 (2002).
• Effects of Core Material, Operating Temperature and Time on Microencapsulation by
  in situ Polymerization Method, Advanced Powder Technology, 13, No.4, 377-394 (2002).
• Microencapsulation of Mono-dispersed Solid and Liquid Cores by in situ
  Polymerization, Proc. of the 2nd Asian Particle Technology Symposium,
  Vol.1, 491-496, Dec. 17-19, 2003, Penang, Malaysia.

• Low-Temperature Heat-Generation by Chemical Heat Pump Using CaO/H2O/Ca(OH)2
  Reversible Reactor −Effects of Reactor Design and Heat-Exchange Condition−",
  (Japanese) Kagaku Kogaku Ronbunshu, 23, No.3, 397-403 (1997).
• High/Low-Temperature Heat-Generation by CaO/H2O/Ca(OH)2 Chemical Heat Pump Unit
  with Night-Electric Heat Storage, Proc. of the Third International Thermal Energy
  Congress, 324-329 (1997). July 28-August 1, Kitakyushu, Japan
• Basic Performance of CaO/H2O/Ca(OH)2 Chemical Heat Pump Unit for Night-Electric Heat-Storage
  and Cold/Hot Heat-Recovering”, (Japanese) Kagaku Kogaku Ronbunshu, 24, No.6,856-861 (1998).
• Simulation of Hydration/Dehydration of CaO/Ca(OH)2 Chemical Heat Pump Reactor
  for Cold/Hot Heat Generation, Proc. of 11th International Drying Symposium, Vol.C,
  1914-1921 (1998). Aug.19-22, Thessaloniki-Halkidiki, Greece
• Reactor Design of CaO/H2O/Ca(OH)2 Chemical Heat Pump Unit for Cold/Hot
  Heat-Generation with Night-Electric Heat Storage, Proc. of 13th International
  Congress of Chemical and Process Engineering, H7.1 (1998). Aug. 23-28, Praha, Czech Republic
• Improvement of Heat Exchanger in CaO/H2O/Ca(OH)2 Chemical Heat Pump Unit for
  Electric Heat-Storage and Cold/Hot Heat-Generation -Effect of Heat Recovery on
  Reaction-,Proceedings of 8th APCChE Congress, Vol.1, 111-114 (1999). Aug.16-19, Seoul, Korea
• Simulation of Hydration/Dehydration of CaO/Ca(OH)2 Chemical Heat Pump Reactor
  for Cold/Hot Heat Generation, Drying Technology, 17, No.7 &8, 1579-1592 (1999).
• Application of Chemical Heat Pump Technology to Industrial Drying: - A Proposal for
  a New Chemical Heat Pump Dryer, Proceedings of Symposium on Energy Engineering
  in the 21st Century, Vol.3，932-938 (2000). Jan. 9-13, Hong Kong
• Experimental Studies on Heat Transfer for CaO/Ca(OH)2 Chemical Heat Pump Dryer,
  Thermal Science & Engineering, 9, No.4, 19-20 (2001).
• Novel Convective Dryer Combined with Chemical Heat Pump, Proc. of the 1st Nordic
  Drying Conference (NDC), June 27-29, Trondheim, Norway, TS4 nr39 (2001)
• Experimental Studies on a Novel Chemical Heat Pump Dryer Using a Gas-Solid
  Reaction, Drying Technology, 19, No.7,1461-1477 (2001).
• 化学蓄熱を目的としたCaO/Ca(OH)2系可逆化学反応の減圧強制対流下における速度論的研究
  化学工学論文集、28, No.3, 345-349 (2002)
• Effects of Heat Exchange Condition on Hot Air Production by a Chemical Heat Pump
  Dryer Using CaO/H2O/Ca(OH)2 Reaction, Chemical Engineering Journal,86, No.1-2,　3-10 (2002).
• Reaction activity of CaO particles prepared by calcination of some kinds of CaCO3
  materials, 9th APCChE Congress & CHEMECA 2002, #815　(2002). September 29- October 3,
  Christchurch, New Zealand
• Enhancement of Energy Efficiency of a Chemical Heat Pump-Assisted Convective Dryer,
  Drying Technology, Vol.21, No.2, pp.279-292(2003).
• 深夜電力蓄熱−冷・温熱回収型酸化カルシウム/水反応系ケミカルヒートポンプ試作機の
  最適蓄・放熱条件の検討、化学工学論文集、Vol.29, No.1, pp.20-26 (2003)
• Chemical Heat Pump Drying in the Heat Storing Step, Proceedings of ADC'03, (2003).
• Applicability of Scallop to Calcium Oxide/ Calcium Hydroxide Chemical Heat Pump as
  Original Material, Proc. of the 8th Japan-China Symposium on Coal and C1 Chemistry,
  December 8-11, Kitakyushu, Japan, 231-232 (2003).
• Studies on Applicability of Scallop Material to Calcium Oxide/Calcium Hydroxide
  Chemical Heat Pump, Fuel Processing Technology, 85, No.8-10, 1259-1269 (2004).
• Reaction Activity of CaO Particles Prepared by Calcination of Some CaCO3 Materials,
  J. Chem. Eng. Japan, 37, No.7, (2004).
• Energy and Coat Estimation for Application of Chemical Heat Pump Dryer to Industrial
  Ceramics Drying", Drying Technology, 22, No.1-2, 307-323 (2004).

• Flow-induced stripe pattern formation in phase-separating fluids, Polymer, 44, 4699-4704, 2003
• Multicomponent diffusion in phase-separating polymer blends with different frictional
  interactions: a mean-friction model, Chemical Engineering Science, 58, 3891-3899, 2003