伊藤 正行

• [省エネ・ナノプロジェクト]高効率省エネ量子デバイスへの適用を志向した高密度・垂直配向Carbon Nanotubeフォレストの作製と特性解析
• [省エネ・ナノプロジェクト]QDs薄膜デバイスを用いた高効率量子ドット集光セルの開発(量子ドットSolar oncentratorの開発)
• [地球環境と新エネルギー開発プロジェクト]並列GPU計算機ベースのデータマイニングを利用した脱石油エネルギー社会についての未来予測研究
• [地球環境と新エネルギー開発プロジェクト]大規模マルチスレッド・メニーコア高速計算機による電力グリッド最適化のためのシミュレータの構築
• [地球環境と新エネルギー開発プロジェクト]高温ガス炉における冷却材漏出原子炉事故におけるフェイル・セーフシステムの開発研究-高温ガス炉におけるベストセキュリティとコストミニマムを目指して
[地球環境と新エネルギー開発プロジェクト]温室効果ガス削減と農生用Chemical Fertilizer製造を同時に行う複合エネルギープラントのマスターデザインとラボモデルによる実証研究
[地球環境と新エネルギー開発プロジェクト]CHP Processを利用した温室効果気体からの次世代エネルギーキャリアー合成プロセスの研究-CCSとインフラ・コストミニマムの合成燃料製造に向けて
[地球環境と新エネルギー開発プロジェクト]高温ガス炉などの廃熱を利用した水の直接分解による水素生成熱化学プロセスのデザインと解析
[Nano-technology aiming the developing high potential energy-saving device]Research on the synthesis and characterization of high-density, vertically aligned carbon nanotubes forest for the application to the high-efficient energy-saving quantum devices
[Nano-technology aiming the developing high potential energy-saving device]Research of the high-efficient quantum-dot (QD) light collecting cell (solar concentrator) using QDs thin-film device
[R&D for the global environment protection and new energy resources]Forecast and assessment on the social system in the post Peak-Oil period by data mining methodology with GPU based grid computers
[R&D for the global environment protection and new energy resources]Design of a smart grid simulator for the optimization of electrical power grid systems with a large-scale, multi-thread, many-core, high-speed GPU based small computer
[R&D for the global environment protection and new energy resources]R&D of a novel fail-safe system to prevent coolant-leakage accidents in He based high-temperature gas nuclear reactor-aiming for the best possible security and cost minimization of HTGR
[R&D for the global environment protection and new energy resources]Master design of the low GHG-emission Combined Power & Chemical Plant for the simultaneous production of electric power and chemical agricultural fertilizer for energy and food securit・・・
[R&D for the global environment protection and new energy resources]Synthesis of next-generation energy carriers by harnessing greenhouse gases and CHP processes-aiming new CCS and cost minimization of social infrastructure in the post Peak-Oil era
[R&D for the global environment protection and new energy resources]Design and analysis of the Combined Heat & Power process with a high-temperature gas reactor to produce hydrogen gas by thermochemical direct water decomposition

• 伊藤 正行. Characterization of Thin Film Produced by Quantum Dot Deposition Process, J. Aerosol Sci. 1996. 27. S149-S150
• 伊藤 正行. Production of Contact-Free Nanoparticles by Aerosol Process : Dependence of Particle Size on Gas Pressure, J. Colloid. Interface Sci. 1996. 180. 574-577
• 伊藤 正行. Growth of Nano-Phase Particles in Free Molecular Regime and its Dependence on Medium Gas Pressure, Surface Review and Letters, and S. Tohno). 1996. 3. 1. 45-47
• 伊藤 正行. Production of Binary Nanoparticles (BiCu, BiTe, CdS) by Aerosol Process : Treatment for Isolation and Concentration , Surface Review and Letters. 1996. 3. 1. 59-63
• 伊藤 正行. EXAFS Study on the Non-crystalline Structure of Binary Component(BiCu, BiTe) Nano-phase, Particles, Surface Review and Letters. 1996. 3. 1. 71-74

もっと見る

• Structure of Metallic Microcluster of Single-and Binary-Compounds, Proc. the 14th International Conference on Nucleation and Atmospheric Aerosols(Eds. M. Kulmala and P. Wagner), Elsevier.
  1996
• Ion Nucleation and Growth of Sulfuric Acid- Water Aerosol Particles : Application of General Dynamic Equation, Proc. the 14th International Conference on Nucleation and Atmospheric Aerosols(Eds. M. Kulmala and P. Wagner), Elsevier.
  1996
• Structure of Metallic Microcluster of Single-and Binary-Compounds, Proc. the 14th International Conference on Nucleation and Atmospheric Aerosols(Eds. M. Kulmala and P. Wagner), Elsevier.
  1996
• Ion Nucleation and Growth of Sulfuric Acid- Water Aerosol Particles : Application of General Dynamic Equation, Proc. the 14th International Conference on Nucleation and Atmospheric Aerosols(Eds. M. Kulmala and P. Wagner), Elsevier.
  1996
• Sticking Probability for condensation of Polar and Non-polar Vapor Molecules
  in "Nucleation and atmospheric Aerosols", (A. Deepak) 1992

もっと見る

• 酸性エアロゾル粒子の凝縮に関する国際共同研究
  1992 -
• International Joint Research on Condensation of Acid Aerosol Particles (Univ. Wien)
  1992 -

• - 1976 京都大学 工学研究科 衛生工学専攻
• - 1976 京都大学
• - 1974 京都大学 工学部 衛生工学科
• - 1974 京都大学

• 工学博士 (京都大学)
• 工学修士 (京都大学)

• 同志社大学 理工学部化学システム創成工学科 教授

• 2005 - Physical Society of Japan representative

(Gesellschaft für Aerosolforschung(GAeF)) ,  日本物理学会 ,  日本機械学会 ,  日本放射光学会 ,  日本エアロゾル学会 ,  応用物理学会 ,  化学工学会 ,  Optical Society of Amrica ( OSA ) ,  American Associationfor Aerosol Research (AAAR) ,  Physical Society of Japan ,  Optical Society of Amrica ( OSA )