張 紀久夫 | 阪大基:福井工大工

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関連著者

• 張 紀久夫

  阪大基:福井工大工

• Aoki Shuhji

  Faculty Of Science Tohoku University

• 清水 明

  東大教養

• AOKI Shuhji

  National Institute of Polar Research

• 張 紀久夫

  阪大院基礎工

• Morimoto S

  National Institute Of Polar Research Organization Of Information And Systems

• 清水 明

  東大院総合文化・科技団

• Yamanouchi Takashi

  National Institute For Polar Research

• Nakazawa Takakiyo

  Center for Atmospheric and Oceanic Studies, Tohoku University

• Morimoto S

  National Inst. Polar Res. Tokyo Jpn

• Aoki Shuji

  Center For Atmospheric And Oceanic Studies Graduate School Of Sci. Tohoku Univ.

• Nakazawa Takakiyo

  Center For Atmospheric And Oceanic Studies Graduate School Of Science Tohoku University

• Aoki Shuji

  Center For Atmospheric And Oceanic Studies Graduate School Of Science Tohoku University

• Mae S

  National Institute Of Polar Research Research Organization Of Information And Systems

• Aoki Syuji

  National Institute Of Polar Research

• Takata Morimasa

  National Institute Of Polar Research

• Kawaguchi Sadao

  Nagaoka National College Of Technology

• Morimoto Shinji

  National Institute of Polar Research

• Aoki S

  Center For Atmospheric And Oceanic Studies Graduate School Of Science Tohoku University

• Tanaka Yoichi

  Geosystems Inc.

• Tanaka Masayuki

  Center For Atmospheric And Oceanic Studies Faculty Of Science Tohoku University

• Wada Makoto

  National Institute For Polar Research

• KAWAGUCHI Sadao

  National Institute of Polar Research

• Wada Makoto

  National Institute of Polar Research

• Yamanouchi Takashi

  National Institute of Polar Research

• 石原 一

  阪大院基礎工

• Shiobara Masataka

  National Institute For Polar Research

• Hashida Gen

  National Institute Of Polar Research

• Aoki Shuhji

  Center for Atmospheric and Oceanic Studies, Graduate School of Science, Tohoku University

• 安食 博志

  阪大院基礎工

• Aoki Shuji

  Center for Atmospheric and Oceanic Studies, Tohoku University

• TANAKA Masayuki

  Center for Atmospheric and Oceanic Studies, Faculty of Science, Tohoku University

• Aoki Shuhji

  Center For Atmospheric And Oceanic Studies Faculty Of Science Tohoku University

• 井川 智恵

  阪大院基礎工

• Shimohara Kimiko

  Kitami Institute of Technology

• 張 紀久夫

  阪大基礎工

• Watanabe Okitsugu

  National Institute of Polar Research, Research Organization of Information and Systems

• Fujii Yoshiyuki

  National Institute of Polar Research, Research Organization of Information and Systems

• HAYASHI Masahiko

  Solar Terrestrial Environment Laboratory, Nagoya University

• Watanabe Okitsugu

  National Institute Of Polar Research

• Yamanouchi Takashi

  Geosystems Inc.

• Fujii Yoshiyuki

  National Institute Of Polar Research

• 清水 明

  東京大学大学院総合文化研究科広域科学専攻相関基礎科学系

• Yamanouchi Takeshi

  Geosystems Inc.

• SHIMIZU Akira

  National Institute for Environmental Studies

• FUKABORI Masashi

  Meteorological Research Institute

• NAKAZAWA Takakiyo

  Upper Atmosphere and Space Research Laboratory, Faculty of Science, Tohoku University

• TANAKA Masayuki

  Upper Atmosphere and Space Research Laboratory, Faculty of Science, Tohoku University

• Satow Kazuhide

  Nagoya Technical College

• 井須 俊郎

  徳島大院

• Kawada Kunio

  Center For Atmospheric And Oceanic Studies Graduate School Of Science Tohoku University

• 牛田 淳

  NEC基礎・環境研

• 秋山 浩一

  三菱電機先端総研

• 南 貴之

  阪大院基礎工

• Kawamura Kenji

  Center For Atmospheric And Oceanic Studies Graduate School Of Science Tohoku University

• Kamiyama K

  National Institute Of Polar Research Research Organization Of Information And Systems

• Shiobara Masataka

  Meteorological Research Institute

• ONO Nobuo

  National Institute of Polar Research

• MURAYAMA Shohei

  National Institute for Resources and Environment

• MURAYAMA Haruta

  Faculty of Education, Yokohama National University

• Murayama Shohei

  National Inst. Of Advanced Industrial Sci. And Technol. (aist)

• 秋山 浩一

  三菱電機株式会社

• Satow K

  Nagaoka National College Of Technology

• Kawamura K

  Center For Atmospheric And Oceanic Studies Tohoku University

• Kawada K

  Toyama Univ. Toyama

• Kondo Yutaka

  Unmanned Aircraft Planning Group:solar Terrestrial Environmental Laboratory Nagoya University:nissan

• Nakanishi Yuji

  Scitech Inc.

• Watanabe Okitsusgu

  National Institute of Polar Research

• Kanamori Satoru

  National Institute of Polar Research

• Kondo Y

  Nagoya Univ. Nagoya

• HONDA Hideyuki

  The Institute of Space and Astronautical Science

• 奥島 輝昭

  立命館大理工

• 森本 孝

  東大教養

• 坂上 護

  Japan Science and Technology Agency

• 井須 俊郎

  三菱電機先端総研

• SHIMIZU Akira

  Institute of physics,University of Tokyo

• 上田 正仁

  Ntt基礎研

• Watanabe O

  National Institute Of Polar Research Research Organization Of Information And Systems

• MAKINO Yukio

  Meteorological Research Institute

• MURAYAMA Shohei

  Center for Atmospheric and Oceanic Studies, Faculty of Science, Tohoku University

• Nishio F

  Hokkaido University Of Education Kushiro Branch

• Kondo Yutaka

  Solar-Terrestrial Environment Laboratory, Nagoya University

• Koike Makoto

  Solar-Terrestrial Environment Laboratory, Nagoya University

• Koike Makoto

  Solar Terrestrial Environment Laboratory Nagoya University

• IWAI Kunimoto

  Faculty of Education, Shinsyu University

• Iwai Kunimoto

  Faculty Of Education Shinsyu University

• Iwai Kunimoto

  Faculty Of Education Shinshu University

• YAJIMA Nobuyuki

  The Institute of Space and Astronautical Science

• SHIOBARA Masataka

  Upper Atmosphere and Space Research Laboratory, Faculty of Science, Tohoku University

• 大淵 泰司

  電気通信大学電気通信学部

• 森本 孝

  電通大電気通信

• 藤井 理行

  国立極地研究所

• Narita Hideki

  Institute of Low Temperature Science Pan-Okhotsk Research Center, Hokkaido University

• 山崎 孝治

  北大院地球環境

• 冨田 信之

  三菱電機株式会社先端技術総合研究所

• Iwasaka Y

  Graduate School Of Environmental Studies Nagoya Univ.

• Iwasaka Y

  Nagoya Univ. Nagoya Jpn

• Hirasawa Naohiko

  National Institute of Polar Research

• 馬場 基彰

  阪大基

• 冨田 信之

  三菱電機先端総研

• 西村 哲也

  三菱電機先端総研

• 野村 良徳

  三菱電機先端総研

• 張 紀久夫

  大阪大学大学院基礎工学研究科

• 清水 明

  東京大学教養学部物理学教室

• Iwasaka Y

  Solar-terrestrial Environment Laboratory Nagoya University

• Narita Hideki

  Institute Of Low Temperature Science Pan-okhotsk Research Center Hokkaido University

• MURAYAMA Shohei

  Upper Atmosphere and Space Research Laboratory, Faculty of Science, Tohoku University

• Mattews W.Andrew

  National Institute of Water and Atmospheric Research

• NAKAJIMA Hideaki

  Solar Terrestrial Environment Laboratory, Nagoya University

• MATTHEWS W.A.

  National Institute of Water and Atmospheric Research

• Iwasaka Yasunobu

  Graduate School Of Environmental Studies Nagoya Univ.

• Iwasaka Yasunobu

  Unmanned Aircraft Planning Group:solar Terrestrial Environmental Laboratory Nagoya University:nihon

• Narita Hideki

  Institute Of Low Temperature Science Hokkaido University

• Inoue J

  Nagoya Univ. Nagoya

• INOUE Jun-ichi

  Center for Frontier Science, Chiba University

• Sugawara Satoshi

  Institute of Earth Science,Miyagi University of Education

• AOKI Shuji

  National Institute of Polar Research

• Inoue J

  Department Of Applied Physics Nagoya University

• Inoue J

  Department Of Basic Science University Of Tokyo:core Research For Evolutional Science And Technology

• Shiraiwa T

  Institute Of Low Temperature Science Hokkaido University

• 安食 博志

  阪大基礎工

• Motoyama Hideaki

  National Institute of Polar Research, Research Organization of Information and Systems

• Kamiyama Kokichi

  National Institute of Polar Research, Research Organization of Information and Systems

• Igarashi Makoto

  National Institute of Polar Research, Research Organization of Information and Systems

• Goto-Azuma Kumiko

  National Institute of Polar Research, Research Organization of Information and Systems

• Furukawa Teruo

  National Institute of Polar Research

• 宮本 淳

  北海道大学低温科学研究所

• 金本 恭三

  三菱電機株式会社先端技術総合研究所

• YAMAZAKI Koji

  Meteorological Research Institute, Nagamine

• SHIMIZU Akira

  Department of Electrical and Electronic Engineering, Tokyo Institute of Technology

• 坂上 護

  JST

• 坂上 護

  科技団

• 平井 孝彦

  阪大院基礎工

• 金本 恭三

  三菱電機先端総研

• 河野 清彦

  阪大院基礎工

• 辻 哲也

  阪大院基礎工

• 石原 一

  大阪大学大学院基礎工学研究科

• 井須 俊郎

  三菱電機株式会社先端技術総合研究所

• 秋山 浩一

  三菱電機株式会社先端技術総合研究所

• 森本 孝

  東京大学教養学部物理学教室

• Ueda Masahito

  NTT Basic Research Laboratories

• 梅澤 拓

  東北大学大学院理学研究科

• Shoji Hitoshi

  Kitami Institute of Technology

• Miyamoto Atsushi

  Kitami Institute of Technology

• Azuma Nobuhiko

  Nagaoka University of Technology

• Shiraiwa T

  Disaster Prevention Research Institute Kyoto University

• IGARASHI Makoto

  RIKEN

• Saito Takashi

  Disaster Prevention Research Institute,Kyoto University

• KOHNO Mika

  National Institute of Polar Research

• Kamiyama Kokichi

  National Institute Of Polar Research

• Goto‐azuma K

  National Institute Of Polar Research Research Organization Of Information And Systems

• Ushio Shuki

  National Institute Of Polar Research

• Hashida Gen

  Center For Antarctic Environment Monitoring National Institute Of Polar Research

• Saito T

  Institute Of Low Temperature Science Hokkaido University

• Kohno M

  National Inst. Polar Res. Tokyo Jpn

• Fujita Shuji

  National Institute of Polar Research

• Kawada Kunio

  Toyama University

• Clausen Henrik

  University of Copenhagen

• Johnsen Sigfus

  University of Copenhagen

• Motoyama Hideaki

  National Institute Of Polar Research

• ITO Hajime

  National Institute of Polar Research

• Vinge Torgny

  Norwegian Polar Research Institute

• SEKO Katsumoto

  Water Research Institute, Nagoya University

• MATSUBARA Kouji

  Japan Meteorological Agency

• DOI Motohisa

  Japan Meteorological Agency

• UEKUBO Tetsuro

  Japan Meteorological Agency

• OKADA Kenji

  Japan Meteorological Agency

• HASHIDA Gen

  Upper Atmosphere and Space Research Laboratory, Faculty of Science, Tohoku University

• Goto-azuma Kumiko

  Nagaoka Institute Of Snow And Ice Studies National Research Institute For Earth Science And Disaster

• Goto-azuma Kumiko

  National Institute Of Polar Research

• Nakamura Kei

  Solar-Terrestrial Environment Laboratory, Nagoya University

• Johnston Paul

  National Institute of Water and Atmospheric Research

• Iwasaka Yasu-nobu

  Solar-Terrestrial Environment Laboratory, Nagoya University

• Budiyono Afif

  Japan, Jl. Dr. Djundjunan

• Iwasaka Yasu-nobu

  Solar-terrestrial Environment Laboratory Nagoya University

• Kawaguchi Sadao

  Fac. Of Agr. Kyushu Univ.

• Budiyono Afif

  Japan Jl. Dr. Djundjunan

• KAWAGUCHI Akane

  Solar Terrestrial Environment Laboratory, Nagoya University

• AOKI Shuhji

  Faculty of Science, Tohoku University

• KOIDE Michihiro

  Faculty of Science, Tohoku University

• NAGAO Ippei

  Institute for Hydrospheric-Atmospheric Sciences, Nagoya University

• TSUKUI Kenta

  Solar Terrestrial Environment Laboratory, Nagoya University

• 小川 哲生

  東北大学理学部

• 小川 哲生

  Ntt基礎研

• Koide Michihiro

  Faculty Of Science Tohoku University

• UMEZAWA Taku

  Center for Atmospheric and Oceanic Studies, Graduate School of Science, Tohoku University

• Umezawa Taku

  Center For Atmospheric And Oceanic Studies Graduate School Of Science Tohoku University

• 石原 一

  阪大基礎工

• Nagao Ippei

  Institute For Hydrospheric And Atmospheric Sciences Nagoya University

• Fujita Shuji

  Department Of Applied Physics Faculty Of Engineering Hokkaido University

• Tsukui Kenta

  Solar Terrestrial Environment Laboratory Nagoya University

• Azuma N

  Nagaoka University Of Technology

• Ishizawa Misa

  Frontier Research System for Global Change

• Fujii Yoshiuki

  National Institute of Polar Research

• Takahashi Shuhei

  Department Of Civil Engineering Kitami Institute Of Technology

• Murayama Syohei

  Upper Atmosphere and Space Research Laboratory, Faculty of Science, Tohoku University

• MURAYAMA Haruta

  Department of Chemistry, Faculty of Education, Yokohama National University

• Ohshima Hiroyuki

  Upper Atmosphere Research Laboratory, Faculty of Science, Tohoku University

• Aoki Shuji

  Upper Atmosphere Research Laboratory, Faculty of Science, Tohoku University

• SHIGEMORI Masaki

  Department of Basic Science,University of Tokyo

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著作論文

• A High-precision Measurement System for Carbon and Hydrogen Isotopic Ratios of Atmospheric Methane and Its Application to Air Samples Collected in the Western Pacific Region
• 15aXC-3 κ(ω)を与えるフォトニックバンド計算法(フォトニノク結晶, 領域 1)
• 15aXC-3 κ(ω) を与えるフォトニックバンド計算法(フォトニック結晶, 領域 5)
• 27aXS-5 EITとして見た薄膜中励起子のポンププローブ分光II(領域5,領域1合同 : 顕微・近接場分光,非線形光学)(領域5)
• 27aXS-5 EITとして見た薄膜中励起子のポンププローブ分光II(顕微・近接場分光,非線形工学)(領域5,領域1合同)
• 21aTA-9 EIT として見た薄膜中励起子のポンププローブ分光
• 積層型共鳴ブラッグ散乱体における超放射モードとフォトニックギャップ
• 18aPS-11 1次元共鳴ブラッグ反射器のフォトニックギャップ
• 17pRE-14 GaAs薄膜構造における時間分解反射分光
• 29pYA-13 共鳴ブラッグ条件下における有限枚原子面列の輻射寿命幅III : Super-Radiantモードの限界
• 27pYG-7 半導体微小球の光学応答 : ABC理論と非局所応答理論の比較
• 解説 半導体球形微粒子における励起子状態と光学応答--縦横モード,鏡像効果,および輻射補正
• 解説 微視的・非局所光学応答理論:最近の展開も含めて
• 25aRA-6 共鳴ブラッグ条件下における有限枚原子面列の輻射寿命幅II : フォトニック結晶としての考察
• 25aRA-1 フォトニックバンドの多分枝域における入射光の分岐比
• 25aXD-6 GaAs薄膜の四光波混号信号のサイズ依存性:理論
• 25aXD-5 GaAs薄膜の四光波混号信号のサイズ依存性:実験
• 25aRA-1 フォトニックバンドの多分枝域における入社光の分岐比
• 内部電場のナノ空間構造による巨大非線形応答
• 25aN-18 ブラッグ条件下における有限枚原子面列の輻射寿命幅 : サイズ増大と飽和
• 非平衡統計物理学の舞台としてのメゾスコピック系(第5回『非平衡系の統計物理』シンポジウム,研究会報告)
• 6a-N-13 電子溜めに駆動される多体電子系の量子状態
• 29p-S-1 メゾスコピック伝導体の非平衡電流揺らぎ
• 測定の古典論と量子論
• 1次元電子系のコンダクタンスへの電子間相互作用の影響
• Landauer Conductance and Nonequilibrium Noise of One-Dimensional Interacting Electron Systems
• 29p-YE-1 光と電子の量子論的制御の物理と応用
• 光のコヒーレンスと電子のコヒーレンス
• Nonequilibrium Current Noise Spectrum in a Dissipative Conductor
• サブポアソン状態 - "量子場工学"入門 -
• 環境による干渉の破壊 (量子力学の位相--制御と観測の新しい動き)
• A bipolar comparison of deep ice cores from Antarctica（Dome Fuji）and Greenland（GRIP） (scientific paper)
• Carbon dioxide variations in the Greenland Sea (scientific paper)
• MEASUREMENTS OF THE OXYGEN ISOTOPIC RATIO OF ATMOSPHERIC CO_2 AT SYOWA STATION, ANTARCTICA
• VARIATIONS OF ATMOSPHERIC CO_2 CONCENTRATION OVER SYOWA STATION, ANTARCTICA AND AIR TRANSPORT PROCESS
• MEASUREMENTS OF METHANE CONCENTRATION IN THE AIR AND SURFACE SEAWATER ON BOARD THE ICEBREAKER SHIRASE
• AIRCRAFT MEASUREMENTS OF ATMOSPHERIC CO_2 CONCENTRATION OVER THE ANTARCTIC REGION
• ATMOSPHERIC CARBON DIOXIDE MEASUREMENTS AT SYOWA STATION, ANTARCTICA, 1984-1988
• PRECISE MEASUREMENTS OF ATMOSPHERIC METHANE CONCENTRATION AT SYOWA STATION (69°00'S, 39°35'E), ANTARCTICA
• PRECIPITATION AT SYOWA STATION
• MEASUREMENTS OF CARBON DIOXIDE PARTIAL PRESSURE IN THE AIR AND SURFACE SEA WATER ON BOARD THE ICEBREAKER "SHIRASE"
• Ground based NO2 and O3 measurements by visible spectrometer at Syowa Station, Antarctica (abstract)
• OBSERVATION OF STRATOSPHERIC NO_2 AT SYOWA STATION, ANTARCTICA
• GROUND BASED MEASUREMENTS OF COLUMN AMOUNTS OF NO_2 OVER SYOWA STATION, ANTARCTICA
• 25aRA-6 共鳴ブラッグ条件下における有限枚原子面列の輻射寿命幅II : フォトニック結晶としての考察
• 26pYC-13 光と強く結合する原子線列と原子面列
• 27a-YE-12 光格子による共鳴ブラッグ散乱
• Foreword
• Foreword
• Foreword
• RELATIONSHIP BETWEEN ATMOSPHERIC CO_2 AND CH_4 CONCENTRATIONS AT SYOWA STATION, ANTARCTICA
• 29p-YM-14 量子井戸中でのコヒーレントに励起された電子系の多体効果の凍結
• 5a-K-13 量子井戸での仮想励起における多体効果の凍結
• Foreword
• Foreword
• Reconstruction of the atmospheric CO2 concentration history from an Antarctic deep ice core, Dome Fuji using a wet extraction technique: analysis procedures,dating of air in ice and concentration variations (scientific paper)
• CONCENTRATION OF ATMOSPHERIC CARBON DIOXIDE AT THE JAPANESE ANTARCTIC STATION, SYOWA
• Concentration of atmospheric carbon dioxide at the Japanese Antarctic Station,Syowa (abstract)
• ATMOSPHERIC CARBON DIOXIDE CONCENTRATION AT SYOWA STATION (69°00′S, 39°35′E), ANTARCTICA (1985)
• Variations of atmospheric carbon dioxide concentration at Syowa Station (69゜00'S, 39゜35'E), Antarctica (abstract)
• Strong Enhancement of Superconducting Correlation in a Two-Component Fermion Gas
• Effective Hamiltonian for Excitons with Spin Degrees of Freedom
• 29p-YM-16 動的共振器電気力学2
• 29p-YM-16 動的共振器電気力学2
• 5a-K-8 動的共振器電気力学 I
• Reconstruction of past atmospheric CH4 concentration from the firn air data at Dome Fuji (scientific note)
• Atmospheric CO2 Concentration Observed at Syowa Station from 1992 to 2001
• Variations of the carbon isotopic ratio in atmospheric CO_2 over the last 250 years recorded in an ice core from H15,Antarctica
• Atmospheric CO_2 concentration observed at Syowa Station from 1984 to 1992
• Atmospheric CO2 concentration observed at Syowa Station from 1984 to 1992
• A SMALL STRATOSPHERIC GRAB-SAMPLER AND ITS GROUND SUPPORT SYSTEM FOR ANTARCTIC EXPERIMENTS
• A FUTURE PLAN FOR ATMOSPHERIC OBSERVATIONS USING UMMANNED AIRCRAFT
• SEASONAL VARIATION OF TROPOSPHERIC OZONE AND THE IMPACT OF TRANSPORT OVER SYOWA STATION, ANTARCTICA
• VARIATIONS OF THE CO_2,CH_4 AND N_2O CONCENTRATIONS AND δ^C OF CO_2 IN THE GLACIAL PERIOD DEDUCED FROM AN ANTARCTIC ICE CORE, SOUTH YAMATO
• CRYOGENIC WHOLE AIR SAMPLING IN THE STRATOSPHERE OVER THE ANTARCTIC : PROBLEMS AND COUNTERMEASURES
• VARIATIONS OF THE PAST ATMOSPHERIC CH_4 CONCENTRATION DEDUCED FROM SITE-J ICE CORE, GREENLAND
• VARIATIONS OF CARBON ISOTOPIC RATIO OF ATMOSPHERIC CARBON DIOXIDE OVER JAPAN
• 量子非破壊測定(シンポジウム「自然はどこまで理解できるか」,第37回物性若手夏の学校(1992年度),講義ノート)
• Meteorolagical Data at Japanese Ny-Ålesund Observatory, Svalbard in 2001 and 2002
• Meteorological Data at Japanese Ny-Ålesund Observatory, Svalbard in 1999 and 2000
• Meteorological Data at Japanese Ny-Ålesund Observatory, Svalbard from 1996 to 1998
• Meteorological Data at Japanese Ny-Ålesund Observatory, Svalbard in 1994 and 1995
• Meteorological Data at Japanese Ny-Ålesund Observatory, Svalbard in 1992 and 1993
• 27a-YE-3 誘導体球のWhispering Gallery Modeと原子との相互作用II
• 単一微粒子と光の相互作用 : 最近の理論的進展
• 27a-ZE-11 1光子及び2光子吸収過程における次元クロスオーバー効果
• 28a-ZE-12 多層薄膜における輻射場を介した閉じ込め励起子の結合II
• 27p-YP-20 閉じ込め励起子系における四光波混合信号のサイズ依存性
• 27p-YP-19 閉じ込め励起子系のパルス応答理論 : 放射寿命のサイズ依存性
• 27a-YE-6 多層薄膜における幅射場を介した閉じ込め励起子の結合
• 2a-YM-4 励起子-共振器結合系の偏光依存性を持つ3次非線形光学応答の理論
• Temporal variations of atmospheric CO2 concentration and carborn isotope ratio in Ny-Alesund, Svalbard (scientific paper)
• Improved scientific ballooning applied to the cryo-sampling experiment at Syowa Station
• 25aN-10 球形量子ドットに閉じ込められた励起子の光学応答 II
• 25aN-9 強閉じ込め領域における球形量子点の励起子準位 : 電子-正孔交換相互作用の影響
• 27pYC-2 円筒形量子ドットに閉じ込められた励起子の縦横モード
• 27pYC-1 球形量子ドットに閉じ込められた励起子の光学応答
• 24pYB-5 逆行列対角法によるフォトニックバンドの計算
• 25aYH-3 共鳴近接場光学の理論
• 24pYB-5 逆行列対角化法によるフォトニックバンドの計算
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