Akazaki Masanori | Department Of Electrical Engineering And Computer Science Kumamoto University

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概要

• 同名の論文著者
• Department Of Electrical Engineering And Computer Science Kumamoto Universityの論文著者

関連著者

• Akazaki Masanori

  Department Of Electrical Engineering And Computer Science Kumamoto University

• AKAZAKI Masanori

  Department of Energy Conversion,Graduate School of Engineering Sciences,Kyushu University

• Akazaki Masanori

  Department Of Energy Conversion Engineering Graduate School Of Engineering Science Kyushu University

• 赤崎 正則

  九州電力

• MURAOKA Katsunori

  Department of Energy Conversion, Graduate School of Engineering Sciences, Kyushu University

• Akazaki Masanori

  Interdisciplinary Graduate School Of Engineering Sciences Kyushu University

• Akazaki M

  Kyushu Univ. Kasuga Jpn

• 赤崎 正則

  九大総理工

• Akazaki Masanori

  Department Of Energy Conversion Graduate School Of Engineering Sciences Kyushu University

• MAEDA Mitsuo

  Department of Electrical Engineering,Kyushu University

• 本田 親久

  宮崎大学工学部電気電子工学科

• Matsuo Keiji

  Fukuoka Institute Of Technology

• 木下 文宏

  九州電力

• 内海 通弘

  九州大学

• 田中 祀捷

  早稲田大学

• WATANABE Yukio

  Department of Human Genetics, Nagasaki University Graduate School of Biomedical Sciences

• Uchino Kiichiro

  Department Of Applied Science For Electronics And Materials Interdisciplinary Graduate School Of Eng

• Uchino Kiichiro

  Department Of Energy Conversion Kyushu University

• Watanabe Yukio

  Department Of Electrical Engineering Sciences Faculty Of Engineering Sciences Kyushu University

• 大坪 昌久

  宮崎大学工学部電気電子工学科

• 大坪 昌久

  宮崎大学

• 村岡 克紀

  九州大応力研

• 辻 利則

  宮崎公立大学人文学部

• 辻 利則

  宮崎公立大学 人文学部 国際文化学科

• 田中 祀捷

  九州大学総合理工学研究科

• 植田 清隆

  電力中研

• Honda Chikahisa

  Department Of Electrical And Electronic Engineering University Of Miyazaki

• 田中 祀捷

  九州大学, 電力中央研究所

• 渡部 行男

  九大院理

• 諸岡 泰成

  九州電力(株)総合研究所

• 宅間 董

  京都大学

• 本田 親久

  宮崎大学

• 片平 治

  九州電力株式会社

• 片平 治

  九州電力

• UCHINO Kiichiro

  Department of Energy Conversion,Kyushu University

• HONDA Chikahisa

  Department of Electrical and Electronic Engineering, University of Miyazaki

• Honda Chikahisa

  Department Of Energy Conversion Graduate School Of Engineering Sciences Kyushu University

• 村岡 克紀

  九州大学大学院総合理工学研究科

• Hamamoto Makoto

  Department Of Energy Engineering Oita University

• 植田 清隆

  九州大学大学院総合理工学研究科

• OKADA Tatsuo

  Department of Electrical Engineering, Faculty of Engineering, Kyushu University

• 赤崎 正則

  福工大

• 田中 祀捷

  電中研

• Kawamoto Tohru

  Nanotechnology Research Institute (nri) And Research Consortium For Synthetic Nano-function Material

• 植田 清隆

  九州大学・電力中央研究所

• 村岡 克紀

  九州大学総合理工学

• KAJIWARA Toshinori

  Department of Energy Conversion, Graduate School of Engineering Sciences, Kyushu Univetsily

• 江間 克司

  九州大学

• 赤崎 正則

  福岡工業大学

• 宅間 董

  京都大

• 辻 利則

  宮崎大学工学研究科システム工学専攻

• 槇野 武男

  九州大学

• 内海 通弘

  有明工業高等専門学校

• 木下 文宏

  九州電力総研

• 宅間 董

  東京電機大学 工学部

• 高橋 昭彦

  Department Of Radiological Technology School Of Health Sciences Kyushu University

• MATSUO Keiji

  Department of Energy Conversion, Graduate School of Engineering Sciences, Kyushu University

• MASUDA Mitsuharu

  Department of Energy Conversion, Graduate School of Engineering Sciences, Kyushu Univetsily

• 槙野 武男

  九州大学

• 矢野 和宏

  宮崎大学

• 矢野 和宏

  宮崎大学工学研究科電気工学専攻

• 池上 知顯

  熊本大学工学部

• 高橋 昭彦

  Kyushu Univ. Fukuoka Jpn

• 仁田尾 智広

  宮崎大学工学研究科電気工学専攻

• 赤崎 正則

  福岡工大

• 蛯原 健二

  熊本大学工学部

• Aoki Takashi

  School Of Health Sciences Kyushu University

• Watanabe Y

  Kyushu Univ. Fukuoka Jpn

• OGI Sukeomi

  Department of Electrical Engineering, Faculty of Engineering, Kyushu University

• 蛯原 健治

  熊大工

• Ogi S

  Kitakyushu National Coll. Technol. Kitakyushu Jpn

• Ogi Sukeomi

  Department Of Electrical Engineering Faculty Of Engineering Kyushu University

• Takeda K

  Kyushu Univ. Fukuoka

• 伊波 康

  熊大工

• Ikegami Tomohiro

  Department Of Electronic. Engineering Faculty Of Engineering Gunma University

• SUDO Shigeru

  National Insitute for Fusion Science

• 谷口 真一郎

  宮崎大学工学研究科電気電子工学専攻

• 張 龍茂

  九州大学

• Sudo S

  Dept. Of Fusion Science Grad. Univ. Advanced Studies

• IIYOSHI Atsuo

  Plasma Physics Laboratory,Kyoto University

• Iiyoshi Atsuo

  Plasma Physics Laboratory Kyoto University:(present Address) National Institute For Fusion Science

• 宅間 董

  京大

• Takeda K

  Hitachi Ltd. Hitachi Research Laboratory

• 山形 幸彦

  九州大学大学院総合理工学研究院

• Sudo S

  National Insitute For Fusion Science

• 清水 洋見

  宮崎大学工学研究科電気電子工学専攻

• 中村 俊公

  九州電力(株)総合研究所

• 中村 俊公

  九州電力

• ITSUMI Yoshio

  Department of Energy Conversion, Kyushu University

• Takeda Kazuyuki

  Department Of Chemistry Graduate School Of Science Kyoto University:(present Address)division Of Adv

• Takeda Kazuyuki

  Department Of Energy Conversion Kyushu University

• 池上 知顕

  熊大工

• 新藤 孝敏

  電力中央研究所

• 竹入 康彦

  核融合科学研究所

• 和田 淳

  電力中央研究所

• 林 宏光

  九州大学

• 竹入 康彦

  National Institute for Fusion Science

• Kim Hee

  Department of Obstetrics and Gynecology, Seoul National University College of Medicine

• SATO Motoyasu

  National Insitute for Fusion Science

• INOUE Masayuki

  Department of Pediatrics, Graduate School of Medical Science, Kanazawa University

• TAKAHASHI Akihiko

  Department of Cardiology, Sakurakai Takahashi Hospital

• 村岡 克紀

  九大

• Park Won

  Department of Physiology, College of Medicine, Kwangwon National University

• 渡辺 征夫

  九州大学

• 林 宏充

  九州大学大学院総合理工学研究科

• 境 真一郎

  九州大学

• 内海 通弘

  九州大学総合理工学研究科

• 木下 文宏

  九電

• KANDA Hiroshi

  Department of Pediatrics and Child Health, Kurume University School of Medicine

• 木下 文宏

  九州電力株式会社

• Takeiri Yasuhiko

  Plasma Physics Laboratory Kyoto University

• Mutoh Takashi

  National Institute For Fusion Science

• Zushi Hideki

  Plasma physics Laboratory, Kyoto University

• Sano Fumimichi

  Plasma physics Laboratory, Kyoto University

• TANAKA Kenji

  Department of Energy Conversion, Graduate School of Engineering Sciences, Kyushu University

• SUDO Shigeru

  Plasma Physics Laboratory, Kyoto University

• HOMAN Yukinari

  Department of Energy Conversion,Graduate School of Engineering Sciences,Kyushu University

• MUTOH Takashi

  Plasma Physics Laboratory, Kyoto University

• MOTOJIMA Osamu

  Plasma Physics Laboratory, Kyoto University

• UO Koji

  Plasma Physics Laboratory, Kyoto University

• KOGA Takeharu

  Department of Energy Conversion,Kyushu University

• Shigeru SUDO

  Plasma Physics Laboratory,Kyoto University

• Motoyasu SATO

  Plasma Physics Laboratory,Kyoto University

• Uo Koji

  Plasma Physics Laboratory Kyoto University

• Uo Koji

  Plasma Physics Laboratory Faculty Of Enginning Kyoto University

• Sato Motoyasu

  Plasma Physics Laboratory Kyoto University

• Sano F

  Kyoto Univ. Uji Jpn

• Homan Yukinari

  Department Of Energy Conversion Graduate School Of Engineering Sciences Kyushu University

• 山形 幸彦

  熊本大学

• YAMADA Takayuki

  Department of Pathophysiological Laboratory Sciences, Nagoya University Graduate School of Medicine

• 澤邊 公秀

  九州電力

• KONONOV I.

  ロシア総合物理学研究所

• FIRSOV K.

  ロシア総合物理学研究所

• APOLLONOV V.

  ロシア総合物理学研究所

• 三木 恵

  電力中央研究所

• Sato M

  National Insitute For Fusion Science

• 本田 親久

  宮崎大学工学部

• Park W

  Yeungnam Univ. Kyongbuk Kor

• Zushi Hideki

  Granduate Scholl Of Energy Science Kyoto University

• 植田 清隆

  九州大学総合理工学研究科

• 辻 利則

  宮崎大・宮崎公立大

• 内海 通弘

  九州大総合理工学研究科

• 境 真一郎

  九州大総合理工学研究科

• 植田 清隆

  九州大総合理工学研究科

• 村岡 克紀

  九州大総合理工学研究科

• 梅木 徹

  九州大学

• 内海 道弘

  九州大学

• 内海 通弘

  九大

• 田中 祀捷

  九大

• 宅間 菫

  京大

• 諸岡 泰成

  九電

• Motojima Osamu

  Plasma Physics Laboratory Kyoto University

• Garner Harold

  Ga Technologies Inc.

• Uchino Kiichiro

  Department Of Energy Conversion Graduate School Of Engineering Sciences Kyusyu University

• Yamaguchi Kouji

  Department of Cardiology, Tokushima Red Cross Hospital

• Yamakoshi Hideo

  Advanced Technology Research Center Mitsubishi Heavy Industries Ltd.

• Yamada Takayuki

  Department Of Cardiology Kokura Memorial Hospital

• SHIRATANI Masaharu

  Department of Electrical Engineering, Faculty of Engineering, Kyushu University

• TAKAMATSU Masahiro

  Department of Electrical Engineering, Faculty of Engineering, Kyushu University

• FUJIWARA Nobuhiko

  Department of Energy Conversion, Graduate School of Engineering Sciences, Kyushu University

• TAKITA Hidenori

  Department of Electrical Engineering, Faculty of Engineering, Kyushu University

• Akazaki M

  Fukuoka Inst. Technol. Fukuoka Jpn

• Akazaki Masanori

  Department Of Energy Conversion Kyushu University

• Akazaki Masanori

  Department Of Energy Conversion Graduate School Of Engineering Sciences Kyusyu University

• Akazaki Masanori

  Department Of Energy Conversion Engineering Graduate School Of Engineering Sciences Kyushu Universit

• Akazaki Masanori

  Department Of Electrical Engineering Faculty Of Engineering Kyushu University

• Takamatsu Masahiro

  Department Of Electrical Engineering Faculty Of Engineering Kyushu University:(present Address) Kobe

• Shiratani M

  Department Of Electronics Graduate School Of Information Science And Electrical Engineering Kyushu U

• Shiratani Masaharu

  Department Of Electoronics Kyushu University

• KATO Mitsuo

  Hiroshima Research & Development Center, Mitsubishi Heavy Industries

• 宅間 薫

  京都大学工学研究科

• 赤崎 正則

  九州電力(株)

• SONODA Yoshihiro

  Department of Energy Conversion,Graduate School of Engineering Sciences,Kyushu University

• Matsuda Yuko

  Central R & D Laboratory Japan Energy Corporation

• Mutoh Takashi

  Plasma Physics Laboratory Kyoto University

• Kawano Yoichi

  Graduate School Of Engineering Nagoya University

• AOKI Takashi

  Institute of Space and Astronautical Science

• Takeiri Y

  National Institute For Fusion Science

• Kumazawa Ryuhei

  Institute Of Plasma Physics Nagoya University

• ADATI Keizo

  Institute of Plasma Physics,Nagoya University

• FUJITA Hideki

  Institute of Plasma Physics,Nagoya University

• HIDEKUMA Shigeru

  Institute of Plasma Physics,Nagoya University

• KAWAMOTO Toshikazu

  Institute of Plasma Physics,Nagoya University

• OKAMURA Shoichi

  Institute of Plasma Physics,Nagoya University

• SATO Teruyuki

  Institute of Plasma Physics,Nagoya University

• HATTORI Kazutoshi

  Institute of Plasma Physics, Nagoya University

• OKUBO Yoshimi

  Institute of Plasma Physics, Nagoya University

• BAKER Dan

  GA Technologies Inc.

• PRICE Harry

  GA Technologies Inc.

• Park Won

  Department Of Bioenergy Science And Technology Bioenergy Research Institute College Of Agriculture A

• 辻 利則

  宮崎公大

• 山形 幸彦

  熊大工

• 池上 知顯

  熊大工

• Sonoda Yoshihiro

  Department Of Computational Science And Engineering Grad. Sch. Of Engineering Nagoya University

• Sonoda Yoshihiro

  Department Of Energy Conversion Graduate School Of Engineering Sciences Kyushu University

• Kim Hee

  Department Of Energy Conversion Kyushu University

• Fujita Hideki

  Institute Of Plasma Physics Nagoya University

• Zushi H

  Granduate Scholl Of Energy Science Kyoto University

• Matsuda Y

  Central R & D Laboratory Japan Energy Corporation

• KAWANO Yoichi

  Department of Quantum Engineering, Nagoya University

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著作論文

• 負極性直流電界下の平板対棒電極間のレーザ誘導放電
• Application of Fraunhofer-Diffraction Method for Measurements of Electron Density Fluctuations in Heliotron E
• Studies of Particle Behaviour in Heliotron E by Means of Balmer-Alpha Laser Fluorescence Spectroscopy
• 3MV級衝撃電圧による放電誘導距離の長尺化
• レーザ放電誘導機構の解明(2)
• レーザ放電誘導機構の解明
• XeClエキシマレーザ光励起による大気中棒対棒電極の 長ギャップ負極性インパルス放電の形成過程
• 紫外・赤外レーザ併用による放電誘導特性の向上
• 電界計測による長ギャップレーザ誘導放電のリーダ進展メカニズムの基礎的検討
• レーザプラズマチャネルによる避雷針の遮蔽空間の検討
• レーザ生成プラズマによるガス密度の変化と放電誘導
• レーザ生成プラズマによるガス密度の希薄化と放電誘導
• 放電誘導機構に関するレーザ生成プラズマの特性
• 放電誘導におけるレーザー生成プラズマの特性
• Dependence of Evolution of Field Reconnection at Coil End Region on Mirror Field in FRC Formation Stage
• Observation of the Anomalous Swelling of a Local Magnetic Field in a Linear Theta Pinch
• Ion Saturation Current in a Orbital Motion Limited Region
• XeClエキシマレーザの放電ガイド効果の特性評価
• 誘雷模擬装置の直流電界計測用光応用電界センサの開発
• 誘雷模擬実験のための直流電界計測用光電界センサを用いた基礎実験
• Development of Laser Imaging Method for Measurements of Electron Density Fluctuations in Plasmas
• Capability of Measuring Intensity of Plasma-Density Fluctuation by the Fraunhofer-Diffraction Method
• Measurements of Atomic Hydrogen-Density Profiles in the RFC-XX-M Machine Using Laser Fluorescence Spectroscopy at the H_α Transition
• 分割レーザビームを用いた放電誘導距離の長尺化
• レーザによる大気中電離領域の特性XIII
• Measurement of Velocity Distribution Function of Metal Atoms by Laser Resonance Scattering
• Absolute Density Measurement of Metal Atoms by Laser Resonance Scattering with the Aid of Rayleigh Scattering
• Simultaneous Recording of Two-Wavelength Interferometer Outputs of an Atmospheric Impulse Breakdown Process
• Studies of an Impulse Spark Using Two-Wavelength Interferometry
• マイクロ波干渉法による重畳レーザプラズマの計測
• 干渉法によるレーザ絶縁破壊プラズマの計測
• レーザ生成プラズマの電子密度測定
• Heating and Particle Diffusion due to Lower-Hybrid Resonant Parametrie Instability
• Observation of Transition from Resonant to Nonresonant Lower-Hybrid Parametric Decay Process
• Effects of the Collisional Damping on a Nonresonant Parametric Instability near the Lower-Hybrid Frequency
• Effect of Ion Acoustic Waves on Diffusion in a Magnetized Plasma
• Measurement of Low-Frequency Ultrasonic Waves by Fraunhofer Diffraction
• A Method for Measurement of Ion Temperature in a Low Pressure Magnetized Plasma
• Picosecond VUV Anti-Stokes Raman Laser Pumped by a KrF Laser
• Enhancement of VUV Generation in Resonant Four-Wave Mixing in Kr Diluted with Xe
• Seed-Atom Density Profiles in a Boundary Layer on a Flat Plate in MHD Combustion Gas Plasmas : Nuclear Science, Plasmas and Electric Discharges
• Instantaneous Temperature Measurement in a Flame by Rapid-Frequency-Scan Laser Spectroscopy
• Effect of Secondary Electrons on Electrostatic Energy Converion of Fast Ion Beams
• Laser Scattering Diagnostics of an Atmospheric Impulse Arc
• Near-Resonant Rayleigh Scattering Method for Measurements of Alkali Atomic Density in Combustion Gas Plasmas
• SONRES for Measurement of Relative Spatial Seed Distribution in Channel of MHD Power Generator
• Application of Laser Fluorescence Spectroscopy by Two-Photon Excitation into Atomic Hydrogen Density Measurement in Reactive Plasmas
• Coaxial Laser Fluorescence System by Two-Photon Excitation for Atomic Hydrogen Detection in High-Temperature Plasmas
• In-Situ Measurement of Sputtering Yield of Graphite by VUV Laser Fluorescence Spectroscopy
• Determination of Atomic Hydrogen Density by Lyman-Alpha Baser Fluorescence Spectroscopy
• Thomson Scattering Diagnostics of a Discharge-Pumped Excimer Laser
• Identification and Role of Low-Frequency Microinstability in RFC-XX-M Studied by the Fraunhofer-Diffraction Method
• Measurements of Plasma-Waves by the Fraunhofer-Diffraction Method at Two-Point Intersections
• Measurement of Plasma Waves by Fraunhofer Diffraction Method in Microwave Region
• Laser Resonance Scattering Studies of the Development of a Potential Step in a Low-Density DC Discharge in Hydrogen
• Measurement of Preferential Sputtering of Iron-Oxides Using Laser Fluorescence Spectroscopy : Surfaces, Interfaces and Films
• Observation of Balmer-Alpha Line Profile of Hydrogen Atoms in Plasmas by Rapid-Frequency-Scan laser Spectroscopy : Waves, Optics and Quantum Electronics
• Velocity-Distribution Functions of Sputtered Atoms Caused by Insufficiently Developed Collision-Cascades
• Transient Change in the Velocity Distribution Functions of Sputtered Atoms during Initial Dose in Ion-Beam Bombardment
• A Proposal for Local Magnetic-Field Measurement in High-Temperature Plasma Devices Using a Rapid-Frequency-Scan Laser
• Energy Dependence of Angular Distributions of Sputtered Particles by Ion-Beam Bombardment at Normal Incidence
• Ruby-Laser Scattering Diagnostics of a Supersonic Plasma Flow for Low-Pressure Plasma Spraying
• Measurements of Ion Temperature by Langmir Probes in a Non-Magnetized Plasma
• Saturation Electron Current in a Magnetic Field
• Development of Local Potential Step in DC Discharge by Streaming Instability
• In-situ Calibration for Electric Field Measurements in Glow-Discharge Plasmas by Laser-Induced Fluorescence Using the Optogalvanic Technique
• An Analysis of Spherical Langmuir Probe Characteristics in a Collisionless Plasma
• Ruby-Laser Scattering Diagnostics of DC-Arcs in Atmospheric Air
• Operational Characteristics of a Tunable Single-Mode Injection-Locked TEA CO_2 Laser
• Studies of an Impulse Breakdown Process in an Atmospheric Air Using Ruby-Laser Scattering Diagnostics
• Temperature Measurement of an Atmospheric Impulse Arc Using Ruby Laser Scattering
• Direct Pulse Shaping of a High-Power TEA CO_2 Laser by Injection of External Radiation
• Surface Binding Energy of Nickel Measured by Laser Fluorescence Spectroscopy
• Improvement in Detection Limit of Electric Field Measurement Using Optogalvanic Signals by Laser Excited Rydberg Atoms

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