AJIRO Yoshitami | Department of Chemistry, Graduate School of Science, Kyoto University

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概要

• Ajiro Yoshitamiの詳細を見る
• 同名の論文著者
• Department of Chemistry, Graduate School of Science, Kyoto Universityの論文著者

関連著者

• AJIRO Yoshitami

  Department of Chemistry, Graduate School of Science, Kyoto University

• 網代 芳民

  Department Of Chemistry Kyoto University:crest Japan Science And Technology Corporation (jst)

• Ajiro Y

  Department Of Chemistry Graduate School Of Science Kyoto University

• 網代 芳民

  京大院理

• 陰山 洋

  Department Of Chemistry Graduate School Of Science Kyoto University

• ASANO Takayuki

  Department of Physics, Kyushu University

• KIKUCHI Hikomitsu

  Department of Applied Physics, University of Fukui

• Kindo K

  Advanced Science Research Center Japan Atomic Energy Agency

• 吉村 一良

  京大院理

• 網代 芳民

  京大工物エネ:京大院理

• Kindo K.

  Research Center For Materials Science At Extreme Conditions Osaka University

• 大場 紀章

  京大院理

• 北野 太郎

  京大院理

• GOTO Tsuneaki

  Institute for Solid State Physics,University of Tokyo

• 陰山 洋

  京大院理

• KAGEYAMA Hiroshi

  Department of Chemistry, Graduate School of Science, Kyoto University

• YOSHIMURA Kazuyoshi

  Department of Chemistry, Graduate School of Science, Kyoto University

• Yasuo Narumi

  Institute For Solid State Physics University Of Tokyo

• Narumi Yasuo

  The Institute For Solid State Physics The University Of Tokyo

• Kindo K

  Institute For Solid State Physics The University Of Tokyo

• Kindo Koichi

  Institute For Solid State Physics University Of Tokyo

• Inami Toshiya

  Institute For Solid State Physics University Of Tokyo:advanced Science Research Center Japan Atomic

• Inami Toshiya

  Department Of Chemistry Faculty Of Science Kyoto University

• MEKATA Mamoru

  Department of Applied Physics,Fukui University

• Kindo Koichi

  Research Center For Materials Science At Extreme Conditions Osaka University

• Ajiro Yoshitami

  Department Of Chemistry Faculty Of Science Kyoto University

• HAMASHIMA Muneki

  Department of Chemistry,Faculty of Science,Kyoto University

• 馬場 洋一

  京大院理

• KITANO Taro

  Department of Chemistry, Graduate School of Science, Kyoto University

• OBA Noriaki

  Department of Chemistry, Graduate School of Science, Kyoto University

• 安田 淳

  京大院理

• INAGAKI Yuji

  Department of Applied Quantum Physics and Nuclear Engineering Faculty of Engineering, Kyushu Univers

• NARUMI Yasuo

  KYOKUGEN, Osaka University

• Takagi S

  Department Of Quantum Matter Graduate School Of Advanced Sciences Of Matter Hiroshima University

• KINDO Koichi

  Institute for Solid State Physics, University of Tokyo

• Yoshimura Kazuyoshi

  Department Of Chemistry Graduate School Of Science Kyoto University

• MATSUURA Motohiro

  Department of Physics, Faculty of Science, Kyoto University

• Kageyama Hiroshi

  Department Of Chemistry Graduate School Of Science Kyoto University

• 金道 浩一

  東大物性研

• 鳴海 康雄

  東大物性研

• 鳴海 康雄

  東北大金研

• 瀧川 仁

  東大物性研

• TSUJIMOTO Yoshihiro

  Department of Chemistry, Graduate School of Science, Kyoto University

• NISHI Masakazu

  Institute for Solid State Physics, University of Tokyo

• NARUMI Yasuo

  Institute for Solid State Physics, University of Tokyo

• Ajiro Yoshitami

  Department Of Chemistry Kyoto University

• Nishii M

  Institute For Solid State Physics University Of Tokyo

• Nishi Masakazu

  Neutron Scattering Laboratory Institute For Solid State Physics The University Of Tokyo

• Nishi Masakazu

  Institute For Solid State Physics University Of Tokyo

• Nishi Masakazu

  Univ. Tokyo Chiba Jpn

• Nishi Masakazu

  Institute For Solid State Phrsics University Of Tokyo

• Ajiro Yoshitami

  Department Of Chamistry Faculty Of Science Kyoto University

• Tsujimoto Yoshihiro

  Department Of Chemistry Graduate School Of Science Kyoto University

• Nishi Masakazu

  Issp University Of Tokyo

• 勝又 紘一

  理研播磨研

• 勝又 紘一

  Riken Spring-8 Center Harima Institute

• BABA Yoichi

  Department of Chemistry, Graduate School of Science, Kyoto University

• SAKON Takuo

  Department of Mechanical Engineering, Faculty of Engineering and Resource Science, Akita University

• KINDO Koichi

  KYOKUGEN, Osaka University

• HASEDA Taiichiro

  Department of Physics, Faculty of Science, Kyoto University

• SHIMIZU Masafumi

  Department of Chemistry,Faculty of Science,Kyoto University

• Kindo Koichi

  Kyokugen Osaka University

• 山浦 淳一

  東大物性研

• 西 正和

  東大物性研

• 陰山 洋

  京大工

• KITADA Atsushi

  Department of Chemistry, Graduate School of Science, Kyoto University

• UEDA Yutaka

  Institute for Solid State Physics, University of Tokyo

• 熊谷 健一

  北大院理

• YOSHIDA Makoto

  Institute of Fluid Science, Tohoku University

• Kitada Atsushi

  Department Of Chemistry Graduate School Of Science Kyoto University

• Nishi Masakazu

  Neutron Scattering Laboratory Issp University Of Tokyo

• Nishi M

  Neutron Scattering Laboratory Issp University Of Tokyo

• Narumi Yasuo

  Crest Japan Science And Technology:research Center For Materials Science At Extreme Conditions Osaka

• 榊原 俊郎

  北大理

• 鈴木 孝

  Graduate School Of Engineering Science Osaka University

• 高柳 滋

  北海道教育大学教育学部札幌

• 廣田 和馬

  東大物性研

• 田中 仁

  京大エネ

• 鈴木 孝

  金材技研

• TAKIGAWA Masashi

  Institute for Solid State Physics, University of Tokyo

• Narumi Yasuo

  Crest Japan Science And Technology

• 伊達 宗行

  Department Of Physics Faculty Of Science Osaka University

• DATE Muneyuki

  Department of Physics, Faculty of Science, Osaka University

• YAMAURA Jun-Ichi

  Institute for Solid State Physics, University of Tokyo

• 西 正和

  東京大学物性研究所

• SAITO Takashi

  Institute for Chemical Research, Kyoto University

• TAKANO Mikio

  Institute for Chemical Research, Kyoto University

• 福井 智哉

  東大物性研

• KOYAMA Keiichi

  High Field Laboratory for Superconducting Materials, Institute for Materials Research, Tohoku Univer

• MOTOKAWA Mitsuhiro

  High Field Laboratory for Superconducting Materials, Institute for Materials Research, Tohoku Univer

• YASUDA Jun

  Department of Chemistry, Graduate School of Science, Kyoto University

• TAKEDA Kazuyoshi

  Department of Applied Quantum Physics, Kyushu University

• CORNIA Andrea

  Department of Chemistry, University of Modena

• GATTESCHI Dante

  Department of Chemistry, University of Florence

• TERATA Norio

  Department of Physics, Faculty of Education, Akita University

• KUBO Takeji

  Department of Physics,Nara University of Education

• KOGA Kei-ichi

  The Institute for Solid State Physics,The University of Tokyo

• ABE Hidetaro

  The Institute for Solid State Physics,The University of Tokyo

• OGATA Nobuyuki

  Institute for Solid State Physics, University of Tokyo

• Ueda Yutaka

  Institute For Solid State Physics University Of Tokyo

• GOTO Tsuneaki

  The Institute for Solid State Physics, University of Tokyo

• Nishi Masakazu

  Neutron Scattering Laboratory Issp The University Of Tokyo

• 上田 寛

  東大物性研

• 上田 寛

  物性研

• 萩原 政幸

  阪大極限セ

• 北田 敦

  京大院理

• 滝川 仁

  東大物性研

• KIUCHI Yoko

  Institute for Solid State Physics, University of Tokyo

• UEMURA Yasutomo

  Department of Physics, Columbia University

• 太田 仁

  神戸大分子フォトセ

• 板屋 恵

  北海道大学院理

• 吉村 一良

  京大理

• KOJIMA Norimichi

  Department of Basic Science, Graduate School of Arts and Sciences, The University of Tokyo

• 吉田 誠

  東大物性研

• 阿曽 尚文

  琉大院理

• KITAGAWA Hiroshi

  Department of Bioresource Science, Graduate School of Agricultural Science, Kobe University

• 吉村 一良

  福井大工

• 齋藤 高志

  京大化研

• 東 正樹

  京大化研

• 齊藤 高志

  京大化研

• Mogi Iwao

  Institute for Materials Research, Tohoku University

• Takeda Masayasu

  Institute for Materials Research, Tohoku University

• Nakagawa Yasuaki

  Institute for Materials Research, Tohoku University

• 広井 善二

  東大物性研

• SAKAKIBARA Toshiro

  Institute for Solid State Physics, University of Tokyo

• 廣井 善二

  東大物性研

• 竹田 和義

  Dep. Of Applied Quantum Physics Kyushu Univ. Fukuoka 812-8581 Jpn

• SHINJO Teruya

  Institute for Chemical Research,Kyoto University

• 美藤 正樹

  九工大工

• 萩原 政幸

  Kyokugen Osaka University

• 森谷 勲

  三重大学第一内科

• 陰山 洋

  京大理

• 熊谷 健一

  北大理

• 森谷 勲

  済生会松阪総合病院内科

• 森谷 勲

  東ソー

• TANAKA Hidekazu

  Department of Natural History Sciences, Faculty of Science, Hokkaido University

• Uemura Yasutomo

  Department Of Physics Columbia University

• 樹神 克明

  原子力機構:jst-trip

• 樹神 克明

  日本原子力研究開発機構 量子ビーム応用研究部門

• Kiuchi Yoko

  Univ. Tokyo Chiba Jpn

• Kiuchi Yoko

  Institute For Solid State Physics University Of Tokyo

• 網代 芳民

  京大理

• HORi Hidenobu

  Department of Physics, Faculty of Science, Osaka University

• YOSIDA Taturu

  Low Temperature Center,Osaka University

• 松田 雅昌

  日本原子力研究開発機構

• 加倉井 和久

  日本原子力機構

• Uemura Y.J.

  Columbia大

• HIROI Zenji

  Institute for Solid State Physics, University of Tokyo

• 阿曽 尚文

  東大物性研

• 武田 全康

  東北大学大学院理学研究科物理学専攻

• 萩原 政幸

  理研

• FUKUI Tomoya

  Institute for Solid State Physics, The University of Tokyo

• 小林 裕明

  京大院理

• Lee S-H.

  バージニア大学

• Qiu Y.

  米国連邦標準・技術局

• 松原 信一

  東大物性研

• YOSHIDA Makoto

  Molecular Photoscience Research Center, Kobe University

• KITANO Yumiko

  Graduate School of Science and Technology, Kobe University

• SAKURAI Takahiro

  Center for Supports to Research and Education Activities, Kobe University

• KIMATA Motoi

  Graduate School of Science and Technology, Kobe University

• OKUBO Susumu

  Molecular Photoscience Research Center, Kobe University

• OHTA Hitoshi

  Molecular Photoscience Research Center, Kobe University

• HIROTA Kazuma

  Institute for Solid State Physics, University of Tokyo

• HAGIWARA Masayuki

  Center for Quantum Science and Technology under Extreme Conditions, Osaka University

• YOSHIDA Yasuo

  Department of Applied Quantum Physics, Kyushu University

• WADA Osamu

  Department of Applied Quantum Physics, Kyushu University

• TAKEO Kenji

  Department of Physics, Kyushu University

• KAWAE Tatsuya

  Department of Applied Quantum Physics, Kyushu University

• MULLER Achim

  Facultat fur Chemie, Universitat Bielefeld

• BARBARA Bernard

  Laboratorie de Magnetisme Louis Neel

• MATSUO Akira

  Institute for Solid State Physics, University of Tokyo

• HOSOKAWA Kohei

  KYOKUGEN, Osaka University

• OKUNISHI Kouichi

  Department of Physics, Niigata University

• MAESHIMA Nobuya

  Institute for Molecular Science

• ISHIDA Naoyuki

  Department of Applied Physics and Chemistry, The University of Electro-Communications

• NOGAMI Takashi

  Department of Applied Physics and Chemistry, The University of Electro-Communications

• KIMURA Shojiro

  KYOKUGEN, Osaka University

• KOBAYASHI Atsushi

  Department of Chemistry, Kyushu University

• MOTOKAWA Mitsuhiro

  Institute for Materials Research, Tohoku University

• UCHIKAWA Tetsuya

  Department of Applied Physics,Fukui University

• MORI Naoki

  Department of Chemistry,Kyoto University

• YAMAGUCHI Yuji

  Tanashi Branch,Electrotechnical Laboratory

• KIDO Giyu

  Institute for Materials Research,Tohoku University

• MOGI Iwao

  Department of Chemistry,Faculty of Science,Kyoto University

• BAN Toshiro

  Department of Chemistry,Faculty of Science,Kyoto University

• TSUJKAWA Ikuji

  Department of Chemistry,Faculty of Science,Kyoto University

• ABE Hidetaro

  Institute for Solid State Physics,University of Tokyo

• KOGA Kei-ichi

  Institute for Solid State Physics,University of Tokyo

• ICHIHARA Masaki

  Institute for Solid State Physics, University of Tokyo

• NAKANISHI Ryu

  Department of Chemistry, Graduate School of Science, Kyoto University

• NOJIRI Hiroyuki

  Dapartment of Physics, Okayama University

• HIGEMOTO Wataru

  Meson Science Laboratory, Institute of Materials Structure Science, High Energy Accelerator Research

• KODA Akihiro

  Meson Science Laboratory, Institute of Materials Structure Science, High Energy Accelerator Research

• KADONO Ryosuke

  Meson Science Laboratory, Institute of Materials Structure Science, High Energy Accelerator Research

• NAGATA Kazukiyo

  Department of Physics, Faculty of Engineering, Kanagawa University

• Ueda Yutaka

  Materials Design And Characterization Laboratory Institute For Solid State Physics University Of Tok

• Ueda Y

  Institute For Solid State Physics University Of Tokyo

• ITO Yuji

  Institute for Solid State Physics,University of Tokyo

• HIRAKAWA Kinshiro

  Institute for Solid State Physics,University of Tokyo

• 原 洋太

  東大物性研

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著作論文

• Synthesis, Structural and Magnetic Properties of the Solid Solution (CuCl_Br_x)LaNb_2O_7 (0≦x≦1)
• Bose-Einstein Condensation of Quasi-Two-Dimensional Frustrated Quantum Magnet (CuCl)LaNb_2O_7(Condensed matter: electronic structure and electrical, magnetic, and optical properties)
• 1/3 Magnetization Plateau in Spin-1/2 Square Lattice Antiferromagnet (CuBr)Sr_2Nb_3O_(Condensed matter: electronic structure and electrical, magnetic, and optical properties)
• 28pTE-6 二次元正方格子磁性体(CuCl)LaNb_2O_7の磁場中非弾性中性子散乱実験(28pTE 量子スピン系(二次元系),領域3(磁性,磁気共鳴))
• 24aXK-3 二次元スピン液体物質(CuCl)LaNb_2O_7における磁場中相転移(24aXK 量子スピン系(二次元系),領域3(磁性,磁気共鳴))
• Observation of Direct Transitions in the Ferromagnetic and Antiferromagnetic Dimer System (CH_3)_2NH_2CuCl_3 by High-Field ESR(Condensed matter : electronic structure and electrical, magnetic, and optical properties)
• Collinear Order in Frustrated Quantum Antiferromagnet on Square Lattice (CuBr)LaNb_2O_7(Condensed matter: structure and mechanical and thermal properties)
• Specific Heat Study of Novel Spin-Gapped System : (CH_3)_2NH_2CuCl_3(Condensed Matter : Electronic Structure, Electrical, Magnetic and Optical Properties)
• Detailed ESR Measurements for the Quantum Molecular Magnet V15 at Ultra-Low Temperatures(Nanometer-Scale Magnets, Field-Induced Phase Transitions and Dynamics in Quantum Spin Systems)
• Effect of Staggered Field on the Magnetization Process of S=1/2 Antiferromagnetic Chains(Low Dimensional Systems, Field-Induced Phase Transitions and Dynamics in Quantum Spin Systems)
• High Field Magnetization and High Frequency ESR of the Quasi One-Dimensional Ising-Like Antiferromagnet CsCoCl_3 in Transverse Field(Low Dimensional Systems, Field-Induced Phase Transitions and Dynamics in Quantum Spin Systems)
• Novel Alternating Dimer Chain System (CH_3)_2NH_2CuCl_3 Studied by X-ray Structural Analyses and Magnetization Process(Condensed Matter : Electronic Structure, Electrical, Magnetic and Optical Properties)
• High Field Magnetization Process in a Dodecanuclear Fe(III) Ring Cluster (Condensed Matter: Electronic Structure, Electrical, Magnetic and Optical Properties)
• ESR of "the Magnetic Dangling Bond"in the Haldane State
• Magnetization Process of the Triangular Lattice Antiferromagnets,RbFe (MoO_4)_2 and CsFe (SO_4)_2
• N.M.R. Study of Magnetic Ordering in Two-Dimensional Antiferromagnet, Mn(HCOO)_2・2H_2O
• Magnetic Phase Transition of Antiferromagnet with Weak Canting Interaction
• Observation of a Field-Suppression of Spin Fluctuations in TMMC by Nuclear Magnetic Resonance
• NMR of ^F in One-Dimensional Ferromagnet CsNif_3
• Optical Investigation of the Soliton in the One-Dimensional Ising-Like Antiferromagnet CsCoCl_3.II
• Optical Investigation of Soliton in the One-Dimensional Ising-Like Antiferromagnet CsCoCl_3
• ESR of Singlet-Ground-State Magnets at Very Low Temperatures
• ESR of Cu (NH_3)_4SO_4・H_2O around Its Neel Temperature
• Antiferromagnetic Nuclear Resonance in the Quasi-Two-Dimensional (CuBr)LaNb_2O_7(Condensed matter: electronic structure and electrical, magnetic, and optical properties)
• Magnetic and Structural Studies of the Quasi-Two-Dimensional Spin-Gap System (CuCl)LaNb_2O_7(Condensed matter : electronic structure and electrical, magnetic, and optical properties)
• S=1/2 Square-Lattice Antiferromagnets : (CuX)LaB_2O_7 and (CuCl)A_2B_3O_ (X=Cl, Br; A=Ca, Sr; B=Nb, Ta)(Frustrated Systems, Field-Induced Phase Transitions and Dynamics in Quantum Spin Systems)
• High Field Magnetization Process in a Dodecanuclear Fe(III) Ring Cluster
• μSR Study of Cu Benzoate at Very Low Temperature : Existence or Nonexistence of Long Range Order in Coupled Chains
• Impurity Effect on the Stability of the Ground-State Spin Configuration in Triangular Lattice Antiferromagnet CuFeO_2
• Nonlinear Magnetization of a Quasi-One-Dimensional Triangular-Lattice Antiferromagnet CsNiCl_3 up to 110 Tesla
• High-Field Magnetization of One-Dimensional S=1/2 Trimer System 3CuCl_2・2dioxane
• Low Temperature Thermal and Magnetic Properties of Haldane-Gap Antiferromagnet TMNIN
• Magnetic Phase Diagram of CsMn_Co_xCl_3・2H_2O
• 24pWL-10 反強磁性リングクラスターCr8およびCr8Cdの強磁場磁化過程とNMR(24pWL 若手奨励賞受賞記念講演・量子スピン系(クラスター系及び一般),領域3(磁性,磁気共鳴))
• 24pWL-11 フラストレーション系反強磁性リングクラスターCr8Niの強磁場磁化過程とNMR(24pWL 若手奨励賞受賞記念講演・量子スピン系(クラスター系及び一般),領域3(磁性,磁気共鳴))
• A Field Induced Antiferromagnetic Order in Cu (HCOO)_2・4D_2O above T_N
• 24aXK-4 二次元磁性体(CuX)LaNb_2O_7,(X=Cu,Br)の配向試料におけるNMR(24aXK 量子スピン系(二次元系),領域3(磁性,磁気共鳴))
• Magnetic Phase Diagrams of the Triangular Lattice Antiferromagnets CsMnI_3 and CsNiBr_3
• High Field Magnetization Process of an S=1 One-Dimensional Antiferromagnet NENP
• 28pTE-7 二次元磁性体(CuCl)LaNb_2O_7の配向試料におけるNMR(28pTE 量子スピン系(二次元系),領域3(磁性,磁気共鳴))
• 21aXH-4 励起ギャップを持つ2次元磁性体(CuCl)LaNb_2O_7におけるNQR/NMR(量子スピン系(二次元系),領域3(磁性,磁気共鳴))
• Anomalous Spectrum of ^Cs NMR in CsCuCl_3 around the Applied Field 11 T
• Successive Phase Transitions in CsNiBr_3 Observed by ^Cs NMR Including Critical Examination of the Local Field
• Nuclear Spin-Lattice Relaxation Mechanism of Singlet-ground-State Magnet with Exchange Coupling:Application to CsFeCl_3
• Nuclear Spin-Lattice Relaxation of 133Cs in CsFeCl_3 : II. LOW TEMPERATURE PROPERTIES OF SOLIDS : Magnetism : Cluster, Low Dimension
• High Field Magnetization of Quasi One Dimensional Ising Antiferromagnet CsCoCl_3
• Nuclear Spin-lattice Relaxation Due to Domain Wall solitons in CsCoCl_3
• NMR Study of the Nonmagnetic Impurity Effect on Spin Frustration in CsCoCl_3
• ^Cs NMR Study of Magnetic Ordered Phases in a Triangular Lattice Antiferromagnet CsNiCl_3
• NMR Study of Successive Phase Transitions in Triangular Lattice Antiferromagnet CsNiCl_3 : II. LOW TEMPERATURE PROPERTIES OF SOLIDS : Magnetism : Cluster, Low Dimension
• ESR Measurement in the Two-Dimensional Ferromagnet Cu(C_2H_5NH_3)_2CL_4
• Half-Field EPR in Cu (C_6H_5COO)_2・3H_2O
• Spin Dynamics in Spin-1/2 One-Dimensional Antiferromagnets at Low Temperature
• One-Dimensional Nuclear Relaxasion in Spin 1/2 Systems
• Anomalous Magnetization of RbFeCl_3 around 31T in Pulsed High Magnetic Fields
• Temperature Dependence of Spin Cluster Resonance Intensity
• Anomaly in the Angular Dependence of Proton Spin Lattice Relaxation Time in CoCl_2・2H_2O
• Spin Axis Reorientation Transition in Canted Antiferromagnet : Mn(HCOO)_2・2H_2O
• New Tetracritical Behavior in CsMnBr_3
• High Field Magnetization of Singlet Ground State System Cs_3Cr_2X_9(X=Cl,Br) up to 40 T
• Temperature Dependent ESR in a Two-Dimensional Antiferromagnet;Cu (HCOO)_2・2(NH_2)_2CO・2H_2O
• Gd^ EPR of High Temperature Superconductor GdBa_2Cu_3O_x
• ^Cs NMR Study in Quasi-One-Dimensional Ising-Like Antiferromagnet CsCoCl_3
• 28pTE-5 二次元正方格子磁性体(CuCl)LaNb_2O_7とその関連物質の磁性(28pTE 量子スピン系(二次元系),領域3(磁性,磁気共鳴))
• 21pPSB-13 S=1/2二次元正方格子を有する(CuCl)LaNb_2O_7におけるスピンギャップの観測(領域3ポスターセッション,量子スピン系(一次元系),量子スピン系(二次元系),量子スピン系(クラスター系,および一般),フラストレーション系,磁気共鳴一般,実験技術開発,磁性一般,領域3(磁性,磁気共鳴))
• 21aXH-3 S=1/2二次元正方格子を有する(CuCl)LaNb_2O_7におけるスピンギャップの観測(III)(量子スピン系(二次元系),領域3(磁性,磁気共鳴))
• Heat Capacities of Haldane-Gap Antiferromagnet NENP in Magnetic Field
• Low Temperature NMR Study of Quasi-One-Dimensional Planar Ferromagnets in a Magnetic Field
• Universality Class of Magnetic Phase Transition in the Triangular Lattice Antiferromagnet CsMnI_3
• Magnetic Phase Transition of the Triangular Lattice Antiferromagnet CsMnI_3
• New Universality Class of Antiferromagnetic Phase Transition in CsMnBr_3
• Spin Configuration Study of CsCoCl_3 by Neutron Polarization Analysis
• New Critical Exponent β of the XY Antiferromagnet on Stacked Triangular Lattice,CsMnBr_3
• Ferromagnetic Resonance of Mn/Sb Multilayered Films with Artificial Superstructure
• Z_2 Vortex-Induced Broadening of the EPR Linewidth in the Two-Dimensional Triangular Lattice Antiferromagnets,HCrO_2 and LiCrO_2
• Phase Transitions in the Frustrated ABX_3 Compounds : II. LOW TEMPERATURE PROPERTIES OF SOLIDS : Magnetism : Spin Glass
• Crystallographic Two Sublattice System : Staggered Susceptibility and Induced Staggered Magnetization in Paramagnetic State
• Reversed Domain Generation in Co-Cr Films
• Photo-Induced Phenomera in Isolated Selenium Chains

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