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Report2010

2011/10/04(Tue) 15:41

1. High Field High -T_c Superconductors

1-1 Vortex Glass Transition in Co-Doped BaFe₂As₂: T. Tamegai^A, T. Taniguchi^A, T. Taen^A, Y. Nakajima^A, T. Nishizaki^B, N. Kobayashi^B,T. Naito^C, H. Kitamura^D and T. Murakami^D; ^A Faculty of Engineering, The University of Tokyo; ^B IMR, Tohoku University; ^C Faculty of Engineering, Iwate University; ^D National Institute of Radiological Sciences
1-2 Large Transport Critical Currents of Powder-in-Tube Sr_0.6K_0.4Fe₂As₂/Ag Superconducting Wires and Tapes: L. Wang^A, Y. P. Qi^A, D. L. Wang^A, X. P. Zhang^A, Z. S. Gao^A, Z. Y. Zhang^A, Y. W. Ma^A, S. Awaji^B and K. Watanabe^B; ^A Institute of Electrical Engineering, Chinese Academy of Sciences; ^B IMR, Tohoku University
1-3 Superconducting Properties of Fe(Te,S) Bulk Prepared by PIT Method: T. Sasaki^A, K. Chiga^A and S. Awaji^B; ^A Ichinoseki National College of Technology; ^B IMR, Tohoku University
1-4 In-Plane Electrical Resistivity in Magnetic Fields and Magnetic-Field-Induced Development of Stripe Correlations around x = 0.21 in La_2-xSr_xCuO₄: T. Adachi^A, M. Miyazaki^A, H. Sato^A, Y. Koike^A, T. Nishizaki^B, T. Sasaki^B and N. Kobayashi^B; ^A Graduate School of Engineering, Tohoku University; ^B IMR, Tohoku University
1-5 Relationship between Incommensurate Magnetic Correlation and Hole Concentration in Bi2201: M. Enoki, M. Fujita, T. Nishizaki, K. Kudo and N. Kobayashi; IMR, Tohoku University
1-6 Resistive Transition of Bi-2212 under the Magnetic Field: T. Usui^A, H. Kudo^A, S. Adachi^A, T. Watanabe^A, T. Nishizaki^B N. Kobayashi^B, K. Kudo^C, K. Yamada^D, T. Noji^E and Y. Koike^E; ^A Graduate School of Science and Technology, Hirosaki University; ^B IMR, Tohoku University; ^C Graduate School of Science and Technology, Okayama University; ^D WPI, Tohoku University; ^E Graduate School of Engineering, Tohoku University
1-7 Magnetic Field Effects on Growth Process of Bi₂Sr₂CaCu₂O_8+x: T. Uchiyama^A, Y. Ohtake^A and S. Awaji^B; ^A Faculty of Education, Miyagi University of Education; ^B IMR, Tohoku University
1-8 Strain Effect of Critical Current Density for RE123 Coated Conductors: K. Minegishi^A, H. Oguro^A, S. Awaji^A, K. Watanabe^A, G. Nishijima^B, T. Izumi^C and Y. Shiohara^C; ^A IMR, Tohoku University; ^B National Institute for Materials Science; ^C Superconductivity Research Laboratory, ISTEC
1-9 Evaluation of Strain Effect on Critical Current under Magnetic Field in REBCO Coated Conductor Tapes: H. S. Shin^A, M. J. Dedicatoria^A, K. Minegishi^B, S. Awaji^B and K. Watanabe^B; ^A Department of Mechanical Design Engineering, Andong National University; ^B IMR, Tohoku University
1-10 Addition of Pinning Centers for YBCO Films Grown by Metal Organic Deposition: R. Teranishi^A, A. Umeno^A, T. Kiss^A, S. Awaji^B, K. Watanabe^B, M. Yoshizumi^C and T. Izumi^C; ^A Faculty of Engineering, Kyushu University; ^B IMR, Tohoku University; ^C Superconductivity Research Laboratory, ISTEC
1-11 Current Transport Properties on RE123 Coated Conductor: M. Inoue^A, K. Higashikawa^A, K. Imamura^A, T. Kiss^A, S. Awaji^B, K. Watanabe^B, A. Ibi^C, M. Yoshizumi^C and T. Izumi^C; ^A Graduate School of ISEE, Kyushu University; ^B IMR, Tohoku University; ^C Superconductivity Research Laboratory, ISTEC
1-12 J_c Property of PLD-Gd123 Coated Conductors with APC at Low Temperature: T. Suzuki^A, S. Awaji^A, K. Watanabe^A, M. Yoshizumi^B, A. Ibi^B, T. Izumi^B and Y. Shiohara^B; A IMR, Tohoku University; B Superconductivity Research Laboratory, ISTEC
1-13 Thickness Dependence of In-field Critical Current Density on GdBCO: S. FujitaA, M. DaiboA, Y. IijimaA, T. SaitoA, S. AwajiB and K. WatanabeB; ^A Fujikura. Ltd; ^B IMR, Tohoku University
1-14 Current Transport Properties of Ternary (Sm, Gd, Dy)-Ba-Cu-O Filaments: E. Ban^A, Y. Ikebe^A, M. Sugiura^A, H. Oguro^B, S. Awaji^B and K. Watanabe^B; ^A Faculty of Science and Technology, Meijo University; ^B IMR, Tohoku University
1-15 he Evaluation of Mechanical and Electro-Magnetic Behaviour of Practical Superconducting Wire and Its Composition: K. Kasaba^A, S. Hirouchi^B, T. Fujikawa^B, H. Oguro^C and S. Awaji^C; ^A Faculty of Engineering, University of Toyama; ^B Faculty of Engineering, Iwate University; ^C IMR, Tohoku University
1-16 Fundamental Study on Mechanical Joint of HTS Conductor with Metal Jacket: S. Ito^A, H. Hashizume^A, H. Oguro^B and S. Awaji^B; ^A Faculty of Engineering, Tohoku University; ^B IMR, Tohoku University

2. High Field Low-T_c Superconductors

2-1 Partial Destruction of the Field-induced Superconductivity by Spin Reversal: Y. Oshima^A, H. Nojiri^B, T. Tokumoto^c, J. S. Brooks^c, S. Uji^D, H-B. Cui^A, R. Kato^A, A. Kobayashi^E and H. Kobayashi^E; ^A RIKEN; ^B IMR, Tohoku University; ^C National High Magnetic Field Laboratory, Florida State University; ^D National Institute of Materials Science; ^E College for Humanities and Sciences, Nihon University
2-2 Flux Pinning Properties in MgB₂ Bulks: M. Kiuchi^A, A. Yamamoto^B and S. Awaji^C; ^A Department of Computer Science and Electronics, Kyushu Institute of Technology; ^B Department of Applied Chemistry, The University of Tokyo; ^C IMR, Tohoku University
2-3 Flux Pinning Properties of MgB₂ Thin Films on Al Tape Prepared by Electron Beam Evaporation Method: T. Fujiyoshi^A, K. Yonekura^A, T. Sueyoshi^A T. Doi^B, K. Yoshihara^C, S. Awaji^D and K. Watanabe^D; ^A Graduate School of Science and Technology, Kumamoto University; ^B Graduate School of Energy Science, Kyoto University; ^C Graduate School of Science and Engineering, Kagoshima University; ^D IMR, Tohoku University
2-4 Critical Current Property of Nb3Sn Wires in Compressive and Tensile Strain: T. Suwa, K. Minegishi, H. Oguro, S. Awaji and K. Watanabe; IMR, Tohoku University
2-5 Strain Dependence of I_c and B_c2 for Internal Tin Nb₃Sn Wire: H. Oguro^A, S. Awaji^A, K. Watanabe^A and T. Ishigaki^B; ^A IMR, Tohoku University; ^B Ibaraki University
2-6 Thermal Stability of RHQT-Processed Nb₃Al Wires under the Cryocooler-Cooled Condition: S. Murase^A, T. Kodan^A, N. Nanato^A, T. Takeuchi^B, A. Kikuchi^B, N. Banno^B, H. Oguro^C, S. Awaji^C and K. Watanabe^C; ^A Faculty of Engineering, Okayama University; ^B National Institute for Materials Science; ^C IMR, Tohoku University
Neutron Irradiation Effect on Superconducting Properties of Superconducting Wires at High Magnetic Fields: A. Nishimura^A, G. Nishijima^B and H. Oguro^B; ^A National Institute for Fusion Science; ^B IMR, Tohoku University

3. Magnetism in High Fields

3-1 Magnetic Property Measurements of High-Coercivity Sm-Fe Magnets: T. Saito^A, H. Miyoshi^A, T. Akiya^B, H. Kato^B,C and K. Takahashi^D; ^A Department of Mechanical Science and Engineering, Chiba Institute of Technology; ^B NICHe, Tohoku University; ^C Department of Applied Mathematics and Physics, Yamagata University; ^D IMR, Tohoku University
3-2 Research of Magnetic Anisotropy and Coercivity in the Fine Crystal Grain Nd-Fe-B Sintered Magnets: K. Kobayashi^A and K. Takahashi^B; ^A Department of Materials and Life Science, Shizuoka Institute of Science and Technology; ^B IMR, Tohoku University
3-3 Magnetism of Shape Memory Alloys in High Magnetic Fields: T. Sakon^A, H. Nagashio^A, K. Sasaki^A, S. Susuga^A, K. Endo^B, T. Kanomata^B and H. Nojiri^C; ^A Graduate School of Engineering and Environmental Science, Akita University; ^B Faculty of Engineering, Tohoku Gakuin University; ^C IMR, Tohoku University
3-4 Magnetoresistance Effect for Heusler Alloys Pd₂Mn_1+xSn_1-x: H. Okada^A, N. Aizawa^A, D. Takase^A, Y. Yamazaki^A, T. Kanomata^A, R. Kainuma^B and S. Awaji^C; ^A Faculty of Engineering, Tohoku Gakuin University; ^B Faculty of Engineering, Tohoku University; ^C IMR, Tohoku University
3-5 Investigation of Huge Change in Physical Properties and Magnetization Process under High-Fields for Development of Functionality in Metamagnetic Materials: R.Y. Umetsu^A, X. Xu^B, W. Ito^B, A. Fujita^B, R. Kainuma^B and K. Takahashi^A; ^A IMR, Tohoku University; ^B Graduate School of Engineering, Tohoku University
3-6 Effect of Pressure on the Frozen Phase Separated State in Manganese Oxides: T. Inomata^A, S. Ohuchi^A, M. Matsukawa^A, K. Koyama^B, N. Kobayashi^C, S. Nimori^D and R. Suryanarayanan^E; ^A Faculty of Engineering, Iwate University; ^B Faculty of Science, Kagoshima University; ^C IMR, Tohoku University; ^D National Institute for Materials Science; ^E Université Paris-Sud
3-7 Metamagnetism in a Novel Non-Fermi-Liquid Material Fe₃Mo₃N: Y. Tabata^A, M. Yamamoto^A, S. Terazawa^A, T. Waki^A, H. Nakamura^A, Y. Narumi^B, H. Ichinokura^B and H. Nojiri^B; ^A Department of Materials Science and Engineering, Kyoto University; ^B IMR, Tohoku University
3-8 Effect of Magnetic Field on Metal-Insulator Transition in Pr-Ca-Co-O: T. Naito^A, H. Fujishiro^A, T. Nishizaki^B and N. Kobayashi^B; ^A Faculty of Engineering, Iwate University; ^B IMR, Tohoku University
3-9 High Field Magnetization Process of PrPd₂Si₂ Single Crystal: T. Shigeoka^A, J. Cui^A, T. Fujiwara^A, S. Kimura^B, K. Koyama^B and K. Watanabe^B; ^A Graduate School of Science and Engineering, Yamaguchi University; ^B IMR, Tohoku University
3-10 Magnetic States and Magnetostriction in Y2Fe17-xRux System: E. A. Tereshina^A,B, A.V. Andreev^B and K. Watanabe^A; ^A IMR, Tohoku University; ^B Institute of Physics, Academy of Scheinces of the Czech Republic
3-11 NMR Study on Field-Induced Charge Anomaly in Cu3Mo2O9: T. Goto^A, K. Misoka^A, H. Kuroe^A, T. Sekine^A, M. Hase^B, K. Oka^C, T. Ito^C, H. Eisaki^C and T. Sasaki^D; ^A Department of Physics, Sophia University; ^B National Institute for Materials Science; ^C National Institute of Advanced Industrial Science and Technology; ^D IMR, Tohoku University
3-12 High Magnetic Field Study of the Idel-Spin Magnet Cu₃SO₄(OH)₄ with the Quantum Spin System: S. Hara^A and Y. Narumi^B; ^A Department of Physics, Chuo University; ^B IMR, Tohoku University
3-13 Thermal Conductivity and Bose-Einstein Condensation in the One-Dimensional Bond-Alternating Spin System Pb₂V₃O₉: M. Sato^A, K. Naruse^A, Y. Koike^A, T. Kawamata^B, K. Kudo^C and N. Kobayashi^D; ^A Graduate School of Engineering, Tohoku University; ^B Graduate School of Science, Nagoya University; ^C Graduate School of Natural Science and Technology, Okayama University; ^D IMR, Tohoku University
3-14 Quantum Tunneling in Hetero-Metallic Magnetic Molecules: H. Nojiri^A, M. Hayashi^A, and T. Ishida^B; ^A IMR, Tohoku University; ^B University of Electro-Communications
3-15 Fractional Quantum Hall Effect of High Mobility Two-Dimensional Electrons Formed at MgZnO/ZnO Interfaces at Low Temperature under Strong Magnetic Field: Y. Kozuka^A, A. Tsukazaki^B, D. Maryenko^C, J. Falson^A, S. Nakamura^A, S. Awaji,^A, K. Ueno^C and M. Kawasaki^A,B,C; ^A IMR, Tohoku University; ^B Quantum-Phase Electronics Center, The University of Tokyo; ^C WPI-AIMR, Tohoku University
3-16 Study on Magneto-Transport Properties of Granular Thin Films including Ferromagnetic Nano-Particles using High Magnetic Fields: M. Mizuguchi, J-G. Kang, T. Koda, K. Takanashi and K. Takahashi; IMR, Tohoku University

4. Other High Field Physical Properties

4-1 Magnetic Field Effect on Orbital Order in MnV₂O₄: Y. Nii^A, N. Abe^A, T. Arima^A and T. Sasaki^B; ^A IMRAM, Tohoku University; ^B IMR, Tohoku University
4-2 Magnetoresistance and Magnetic Torque Measurements of Topological Insulator Bi₂Se₃: Y. Honda^A, T. Sasaki^A, N. Kobayashi^A, K. Igarashi^B and T. Sasagawa^B; ^A IMR, Tohoku University; ^B Materials and Structures Laboratory, Tokyo Institute of Technology
4-3 Possible Field-Induced-CDW in HMTSF-TCNQ: K. Murata^A, K. Masuda^A, T. Kuse^A, K. Yokogawa^A, H. Yoshino^A, W. Kang^B, T. Sasaki^C, J.S. Brooks^D and R. Kato^E; ^A Graduate School of Science, Osaka City University; ^B Ewha Womans University; ^C IMR, Tohoku University; ^D National High Magnetic Field Laboratory, Florida State University; ^E RIKEN
4-4 Field-Induced Spin-Density Wave Transitions and Rapid Oscillations in Quasi-One-Dimensional Organic Conductor (TMTSF)₂ReO₄: N. Matsunaga^A, T. Komada^B, M. Miyazawa^C, K. Nomura^A and T. Sasaki^D; ^A Department of Physics, Hokkaido University; ^B Department of Condensed Matter Physics, Hokkaido University; ^C Department of Quantum and Condensed Matter Physics, Hokkaido University; ^D IMR, Tohoku University
4-5 Effect of Degree of Order on Martensitic Transformation and Magnetic Field-Induced Strain in Fe₃Pt: ^A Graduate School of Engineering, Osaka University; ^B IMR, Tohoku University
4-6 Electronic Transport Behaviors of Ni-Nb-Zr-H Glassy Alloys: M. Fukuhara^A, H. Yoshida^A, K. Koyama^A, A. Inoue^A and Y. Miura^B; ^A IMR, Tohoku University; ^B RIEC, Tohoku University

5. Chemistry, Biology and Crystal Growth in High Fields

5-1 Development of High Field Equilibrium Diagram for Mn-Bi Binary System by High Field Differential Thermal Analysis Experiments: Y. Mitsui^A, K. Koyama^B, K. Oikawa^C and K. Watanabe^A; ^A IMR, Tohoku University; ^B Graduate School of Science and Engineering, Kagoshima University; ^C Graduate School of Engineering, Tohoku University
5-2 Thermal Analysis for Fe-C Binary Alloys in High Magnetic Fields: K. Koyama^A, Y. Ikehara^B, K. Takahashi^B, S. Kimura^B and K. Watanabe^B; A Graduate School of Science and Engineering, Kagoshima University; ^B IMR, Tohoku University
5-3 Sensitive Measurements of Diamagnetic Susceptibility of n-alkane by a Magnetic Levitation Technique: K. Takahashi, I. Mogi, S. Awaji and K. Watanabe; IMR, Tohoku University
5-4 Structural Control of Materials in High Magnetic Field: H. Hoshina^A, T. Harakawa^A and K. Takahashi^B; ^A Keihin Corporation; ^B IMR, Tohoku University
5-5 Magnetic Orientation of Bismuth Nano-Spheres under High Magnetic Field: N. Kitamura^A, K. Fukumi^A, K. Takahashi^B, I. Mogi^B, S. Awaji^B and K. Watanabe^B; ^A National Institute of Advanced Industrial Science and Technology; ^B IMR, Tohoku University
5-6 The Magnetic Field Effects on Crystallization of Magnetic Metallic Glasses
: R. Onodera^A, K. Takahashi^A, S. Kimura^A, K. Watanabe^A, S. Lee^A, Y. Yokoyama^A, A. Makino^A and K. Koyama^B; ^A IMR, Tohoku University; ^B Graduate School of Science and Engineering, Kagoshima University
5-7 Line-up of Organic Conductor Nanowires on Silicon Wafer by a Magnetic Field: T. Sugimoto^A K. Watanabe^B and I. Mogi^B; ^A Graduate School of Science, Osaka Prefecture University; ^B IMR, Tohoku University
5-8 Effects of Pre-Deformation on Isothermal Martensitic Transformation in High Magnetic Field: G. Miyamoto^A, N. Iwata^B, N. Takayama^B, T. Furuhara^A and K. Takahashi^A; ^A IMR, Tohoku University; ^B Department of Metallurgy, Tohoku University
5-9 Mechanical Properties of Magnetically Aligned Crystalline Polymer: M. Yamato^A, K. Takahashi^B and K. Watanabe^B; A Faculty of Urban Environmental Sciences, Tokyo Metropolitan University; B IMR, Tohoku University
5-10 Microstructure of Poly(L-lactic acid) Films as Biodegradable Polymers: H. Ikake^A, Y. Koide^A, Y. Muroga^A, K. Takahashi^B and K. Watanabe^B; ^A College of Science and Technology, Nihon University; ^B IMR, Tohoku University
5-11 Magnetoelectrochemical Chirality in Cu Electrodeposition: I. Mogi and K. Watanabe; IMR, Tohoku University
5-12 Onset of Chirality of Electrodeposited Film in the Magnetic Field: R. Morimoto^A, R. Aogaki^B, S. Takagi^B, K. Motomura^B, A. Sugiyama^C and I. Mogi^D; ^A Saitama Prefecture Enterprise Bureau; ^B Polytechnic University; ^C Graduate School of Science and Engineering, Waseda University; ^D IMR, Tohoku University
5-13 Development of High-Coercivity Rare-Earth Permanent Magnets by High-Magnetic-Field Process: T. Akiya^A, H. Kato^{A, B} and K. Takahashi^C; ^A NICHe, Tohoku University; ^B Department of Applied Mathematics and Physics, Yamagata University; ^C IMR, Tohoku University
5-14 The Control of Crystal Preferred Orientation of Giant Magnetostriction Alloy by Solidification and Cooling under High Magnetic Field: M. Yokoyama, M. Matsumoto and K. Takahashi; IMR, Tohoku University
5-15 Supercooling Behavior in Aqueous Solutions under Magnetic Field: N. Kimizuka^A, K. Takahashi^B and I. Mogi^B; ^A School of Food, Agricultural and Environmental Sciences, Miyagi University; ^B IMR, Tohoku University
5-16 Structural Anisotropy of Silica Hydrogels Prepared under Magnetic Field: A. Mori^A, R. Tomita^B, M. Yamato^C, H. Furukawa^D and K. Takahashi^E; ^A Institute of Technology and Science, The University of Tokushima; ^B Graduate School of Advanced Technology and Science, The University of Tokushima; ^C Faculty of Urban Environmental Science, Tokyo Metropolitan University; ^D Graduate School of Science and Engineering, Yamagata University; ^E IMR, Tohoku University

6. High Field Magnet Technology and Related Experimental Technique

6-1 Verifications of Higher Hoop Stress Resistance of Thick Y-Coil and Wire Patching Technique
: K. Shikimachi^A, N. Hirano^A, S. Nagaya^A, S. Awaji^B, K. Watanabe^B and G. Nishijima^C; ^A Chubu Electric Power Co.; ^B IMR, Tohoku University; ^C National Institute for Materials Science
6-2 Development of High-Field Scanning Tunneling Microscope and Application to Superconducting Materials: T. Nishizaki, S. Awaji and N. Kobayashi; IMR, Tohoku University
6-3 Development of Magnetization Measurements System using Cantilever for Ultra Low Temperature and in High Magnetic Fields: T. Odagaki, S. Nakamura, S. Awaji and K. Watanabe; IMR, Tohoku University
6-4 Development of Compact Magnetic Generator Based on Bulk Superconductor: T. Abe^A, K. Yamada^A, S. Niikura^B, M. Hattori^B, T. Nagai^C and S. Awaji^D; ^A Japan Space Exploration Agency; ^B Faculty of Engineering, Waseda University; ^C Faculty of Engineering, Tohoku University; ^D IMR, Tohoku University
6-5 Fundamental Study on Technology to Reduce MHD Pressure Drop using Multi-Layer Coating: H. Hashizume^A, S. Ito^A, M. Aoyagi^A, H. Oguro and S. Awaji^B; ^A Faculty of Engineering, Tohoku University; ^B IMR, Tohoku University

Report2010

Contents

1. High Field High -Tc Superconductors

2. High Field Low-Tc Superconductors

3. Magnetism in High Fields

4. Other High Field Physical Properties

5. Chemistry, Biology and Crystal Growth in High Fields

6. High Field Magnet Technology and Related Experimental Technique

1. High Field High -T_c Superconductors

2. High Field Low-T_c Superconductors