【　Contents　】

1. High Field High -T_c Superconductors
1-1 Magnetic-Field Effects on the Charge-Spin Stripe Order in La_2-xSr_xCu_1-yZn_yO₄ around x = 1/8 Studied by the In-Plane Electrical Resistivity
　　　T. Adachi^A, K. Omori^A, T. Kawamata^A, Y. Koike^A, K. Kudo^B, T. Sasaki^B and N. Kobayashi^B
　　　A Grad. School of Eng., Tohoku University
　　　^B IMR, Tohoku University
1-2 Vortex State under the Condition Coexisting Planar and Point Defects in Twinned YBCO
　　　T. Naito^A, H. Iwasaki^A, T. Nishizaki^B and N. Kobayashi^B
　　　A School of Mat. Sci., JAIST
　　　^B IMR, Tohoku University
1-3 Critical Current Properties of YBCO Coated Conductor for High Magnetic Field Applications
　　　M. Inoue^A, T. Kiss^A, T. Nakamura^A, M. Takeo^A, S. Awaji^B, K. Watanabe^B, Y. Yamada^C, A. Ibi^C, S. Miyata^C and Y. Shiohara^D
　　　A Grad. School of ISEE, Kyushu University
　　　^B IMR, Tohoku University
　　　^C Nagoya Coated Conductor Center, Superconductivity Research Laboratory
　　　^D ISTEC-SRL
1-4 High Magnetic Field Transport Properties of NEG123 and Y123 Bulk
　　　M. Namba^A, S. Awaji^A, N. Isono^A, K. Watanabe^A, M. Miryala^B, N. Koshizuka^B and M. Murakami^{B,C
　　　A} IMR, Tohoku University
　　　^B ISTEC-SRL
　　　^C Shibaura Institute of Technology
1-5 Flux Pinning Properties of SmBCO Thin Films with Artificial Pinning Centers
　　　T. Fujiyoshi^A, M. Haruta^A, T. Sueyoshi^A, Y. Yoshida^B,G, M. Miura^B,G, K. Matsumoto^C,G, M. Mukaida^D,G, R. Miyagawa^E, S. Awaji^F and K. Watanabe^F
　　　A Fac. of Eng., Kumamoto University
　　　^B Fac. of Eng., Nagoya University
　　　^C Fac. of Eng., Kyoto University
　　　^D Fac. of Eng., Kyushu University
　　　^E Kumamoto Ind. Res. Center
　　　^F IMR, Tohoku University
　　　^G CREST-JST
1-6 Thermal Conductivity and Transport Critical Current of (Nd-Eu-Gd)Ba₂Cu₃O_y Bulk Superconductors
　　　T. Kikegawa-Sasaki^A, M. Suzuki^B, H. Sasaki^B and S. Awaji^C
　　　A Ichinoseki National College of Technology
　　　^B Fac. of Eng., Utsunomiya University
　　　^C IMR, Tohoku University
1-7 Preparation of YBCO Films using ISD Substrate by the In-Field CVD Method
　　　H. Matsuo, S. Awaji, K. Sugimoto and K. Watanabe
　　　IMR, Tohoku University
1-8 Superconducting Properties of Oxide Superconducting Films Doped with Artificial Pinning Center in Magnetic Field
　　　Y. Yoshida^A,B, Y. Ichino^A,B, M. Miura^A,B, S. Awaji^C and K. Watanabe^C
　　　A Fac. of Eng., Nagoya University
　　　^B CREST-JST
　　　^C IMR, Tohoku University
1-9 Transport Properties of Superconducting Films with Regularly Distributed Nano-Particles as Artificial Pinning Centers
　　　M. Mukaida^A, Y. Shingai^A, M. Miura^A, R. Teranishi^A, N. Mori^A, M. Namba^B, S. Awaji^B and K. Watanabe^B
　　　A Fac. of Eng., Kyushu University
　　　^B IMR, Tohoku University
1-10 Critical Current Density in Magnetic Fields of Nano-Particles Doped Filamentary Superconductors and Thick Films
　　　E. Ban^A, Y. Ikebe^A, R. Sakaguchi^A, Y. Matsuoka^A, G. Nishijima^B and K. Watanabe^B
　　　A Fac. of Sci. and Tech., Meijo University
　　　^B IMR, Tohoku University
1-11 Influence of Intergrowth Bi2223 Phase on E-J Properties of Bi₂Sr₂CaCu₂O₈ Whiskers
　　　Ken-ichiro Takahashi, S. Awaji, P. Badica and K. Watanabe
　　　IMR, Tohoku University
1-12 Superconducting Properties and Alignment of Bi-2223 High-T_c Tapes Fabricated in High Magnetic Fields
　　　A. Nagata^A, X.Y. Lu^A, K Sugawara^A, K. Watanabe^B and T. Nojima^C
　　　A Fac. of Eng. Resource Sci., Akita University
　　　^B IMR, Tohoku University
　　　^C CLTS, Tohoku University
1-13 Current-Carrying Properties of Bi₂Sr₂CaCu₂O₈ Round Wire Reacted in Magnetic Field
　　　T. Inoue, Ken-ichiro Takahashi, G. Nishijima, S. Awaji and K. Watanabe
　　　IMR, Tohoku University

2. High Field Low-T_c Superconductors
2-1 Flux Pinning Properties for As-Grown MgB₂ Thin Films with High J_c Deposited by MBE Method
　　　T. Fujiyoshi^A, M. Haruta^A, S. Kihara^A, T. Sueyoshi^A, M. Yoshizawa^B, H. Iriuda^B, T. Takahashi^B, Y. Harada^C, R. Miyagawa^D, S. Awaji^E and K. Watanabe^E
　　　A Fac. of Eng., Kumamoto University
　　　^B Grad. School of Eng., Iwate University
　　　^C Iwate Industry Promotion Center
　　　^D Kumamoto Ind. Res. Center
　　　^E IMR, Tohoku University
2-2 Fabrication of MgB₂ Superconductors in High Magnetic Fields
　　　Y. Ma^A, A. Xu^A, X. Zhang^A, X. Li^A, S. Awaji^B, G. Nishijima^B and K. Watanabe^B
　　　A Inst. of Electrical Eng., Chinese Academy of Sciences
　　　^B IMR, Tohoku University
2-3 Stress/Strain Characteristics of Cu Alloy Sheath in situ Processed MgB₂ Superconducting Wires
　　　K. Katagiri^A, K. Kasaba^A, Y. Shoji^A, D. Yamakage^A, S. Shimura^B, N. Koshizuka^B and K. Watanabe^C
　　　A Fac. of Eng., Iwate University
　　　^B SRL., ISTEC
　　　^C IMR, Tohoku University
2-4 Thermal Stability of the Cryocooled Cu/Nb₃Al Composite Wire
　　　M. Shimoyama^A, T. Mitsuhashi^A, K. Kiyama^A, N. Nanato^A, S-B. Kim^A, S. Murase^A,　G. Nishijima^B, K. Watanabe^B, A. Kikuchi^C and T. Takeuchi^C
　　　A Fac. of Eng., Okayama University
　　　^B IMR, Tohoku University
　　　^C NIMS
2-5 Magnetic and Thermoelectric Measurements of HfV₂ in Fields up to 17 T
　　　T. Igarashi, K. Koyama, H. Okada and K. Watanabe
　　　IMR, Tohoku University
2-6 Study on the Residual Strain and the Superconducting Properties for Practical Nb₃Sn Superconducting Wires
　　　H. Oguro^A, G. Nishijima^A, S. Awaji^A, P. Badica^A, K. Watanabe^A, K. Miyoshi^B, S. Meguro^B, K. Katagiri^C, F. Shikanai^D and T. Kamiyama^D
　　　A IMR, Tohoku University
　　　^B The Furukawa Electric Co., Ltd.
　　　^C Fac. of Eng., Iwate University
　　　^D KEK
2-7 Pre-Bending Effect on the Triplet Conductor with High Strength Nb₃Sn Strands
　　　S. Awaji^A, H. Oguro^A, G. Nishijima^A, K. Watanabe^A, H. Tsubouti^B, K. Miyoshi^B and S. Meguro^B
　　　A IMR, Tohoku University
　　　^B The Furukawa Electric Co., Ltd.
2-8 Axial Compressive Properties of Superconducting Coil Wound with High Strength Nb₃Sn Wire
　　　K. Kasaba^A, K. Katagiri^A, Y. Shoji^A, G. Nishijima^B, S. Awaji^B, K. Watanabe^B and K. Miyoshi^C
　　　A Fac. of Eng., Iwate University
　　　^B IMR, Tohoku University
　　　^C The Furukawa Electric Co., Ltd.
2-9 Neutron Irradiation Effect on Critical Current of Superconducting Wires
　　　K. Seo^A, A. Nishimura^A, Y. Hishinuma^A, G. Nishijima^B and K. Watanabe^B
　　　A NIFS
　　　^B IMR, Tohoku University
2-10 Research and Development of Tin-Based Superconductor Cu-Nb-Sn
　　　A.W. Pramono^A, P. Sebleku^A, G. Priyotomo^A, G. Nishijima^B and K. Watanabe^B
　　　A Research Center for Metallurgy, Indonesian Institute of Sciences
　　　^B IMR, Tohoku University

3. Magnetism in High Fields
3-1 Physical Properties of Geometrically Frustrated f-Electronic Compounds under High Field
　　　D.X. Li, Y. Shiokawa and K. Koyama
　　　IMR, Tohoku University
3-2 Elucidation and Investigation of 3d Itinerant Electronic Magnetism Exhibiting Large Magnetovolume and Magnetocaloric Effects
　　　A. Fujita^A, S. Fujieda^A and K. Koyama^B
　　　A Grad. School of Eng., Tohoku University
　　　^B IMR, Tohoku University
3-3 High-Field Magnetization Process of RMn₆Sn₆ (R : Rare Earth) Alloys
　　　T. Hori^A and K. Koyama^B
　　　A Fac. of Systems Eng., Shibaura Institute of Technology
　　　^B IMR, Tohoku University
3-4 High Field Magnetization in TbRh₂Si₂ Single Crystal
　　　T. Shigeoka^A, M. Tanaka^A, A. Himori^A, K. Koyama^B and K. Watanabe^B
　　　A Fac. of Sci., Yamaguchi University
　　　^B IMR, Tohoku University
3-5 Magnetic Field Induced Phase Transition for RCu₄Ag
　　　Y. Adachi^A and K. Koyama^B
　　　A Fac. of Eng., Yamagata University
　　　^B IMR, Tohoku University
3-6 Magnetization Measurement of DyB₂C₂ under High Pressure and High Magnetic Fields
　　　K. Koyama^A, K. Watanabe^A and H. Onodera^B
　　　A IMR, Tohoku University
　　　^B Fac. of Sci., Tohoku University
3-7 Interplay of the Pressure and Dilution of the U-Sublattice in Determining the Ground State of UCoAl-Based Materials
　　　A.V. Andreev^A,B, K. Koyama^B, N.V. Mushnikov^C, V.Sechovsky^D, Y. Shiokawa^B, I. Satoh^B and K. Watanabe^B
　　　A Inst. of Phys., Academy of Sciences of Czech Republic
　　　^B IMR, Tohoku University
　　　^C Inst. of Metal Phys., Academy of Sciences
　　　^D Dep. of Electronic Structures, Faculty of Mathematics and Physics, Charles University
3-8 Experimental Investigation of the Magnetic Anisotropy of UGe₂ in Steady High Magnetic Fields
　　　T. Sakon^A, N.K. Sato^B, T. Nojima^C, K. Koyama^D, S. Awaji^D, K. Watanabe^D, N. Kobayashi^D and I. Sato^D
　　　A Fac. of Eng. Resource Sci., Akita University
　　　^B Grad. School of Sci., Nagoya University
　　　^C CLTS, Tohoku University
　　　^D IMR, Tohoku University
3-9 Relaxation in Field-Induced Insulator to Metal Transition of Bilayer Manganite Single-Crystals
　　　M. Matsukawa^A, H. Noto^A, T. Tamura^A, K. Koyama^B, N. Kobayashi^B, S. Nimori^C, R. Suryanarayanan^D and A. Revcolevschi^D
　　　A Fac. of Eng., Iwate University
　　　^B IMR, Tohoku University
　　　^C NIMS
　　　^D Universite Paris-Sud
3-10 Magnetic-Field Effects on the Ballistic Thermal Conduction due to Spins in Low-Dimensional Spin-Systems
　　　T. Kawamata^A,B, N. Sugawara^A,B, Haidar^A,B, T. Adachi^A,B, T. Noji^A,B, Y. Koike^A,B, K. Kudo^C and N. Kobayashi^C
　　　A Grad. School of Eng., Tohoku University
　　　^B CREST-JST
　　　^C IMR, Tohoku University
3-11 Magnetism and Magneto-Volume Effects in Laves Phase RMn₂ Hydrides
　　　Y. Makihara^A, Y. Iwata^A, K. Umeda^A and K. Koyama^B
　　　A Phys. Dept., Kyushu Kyoritsu University
　　　^B IMR, Tohoku University
3-12 Field-Induced Reverse Martensitic Transformation on New Ferromagnetic Shape Memory Alloy Ni₄₆Mn₄₁In₁₃
　　　T. Kanomata^A, T. Shibagaki^A, T. Yasuda^A, H. Nishihara^B, R. Kainuma^C, K. Oikawa^C, K. Ishida^C, K. Koyama^D and K. Watanabe^D
　　　A Fac. of Eng., Tohoku Gakuin University
　　　^B Fac. of Sci. and Tech., Ryukoku University
　　　^C Grad. School of Eng., Tohoku University
　　　^D IMR, Tohoku University
3-13 Observation of Field-Induced Reverse Transformation in Magnetic Shape Memory Alloy Ni₅₀Mn₃₆Sn₁₄
　　　K. Koyama^A, K. Watanabe^A, T. Kanomata^B, R. Kainuma^C, K. Oikawa^C and K. Ishida^C
　　　A IMR, Tohoku University
　　　^B Fac. of Eng., Tohoku Gakuin University
　　　^C Grad. School of Eng., Tohoku University
3-14 High-Field NMR on a Heusler Alloy CoVSb
　　　H. Nishihara^A, S. Taniguchi^A, T. Kanomata^B, T. Igarashi^B,C, K. Koyama^C, T. Goto^D and K. Watanabe^C
　　　A Fac. of Sci. and Tech., Ryukoku University
　　　^B Fac. of Eng., Tohoku Gakuin University
　　　^C IMR, Tohoku University
　　　^D Fac. of Sci. Tech., Sophia University
3-15 High Field NMR Study of Filled Skutterudite System SmRu₄P₁₂
　　　Y. Kohori^A,B, H. Fukazawa^A,B, K. Hachitani^B and K. Koyama^C
　　　A Fac. of Sci., Chiba University
　　　^B Grad. School of Sci., Chiba University
　　　^C IMR, Tohoku University
3-16 NMR Study on the Quantum Spin Magnet with the Ground State of Bose-Glass
　　　T. Goto^A, M. Urano^A, H. Chiku^A, T. Fujiwara^A, A. Oosawa^A, T. Sasaki^B, N. Kobayashi^B, S. Awaji^B and K. Watanabe^B
　　　A Fac. of Sci. Tech., Sophia University
　　　^B IMR, Tohoku University
3-17 Quantum Magnetism in Spin Polyhedrons
　　　H. Nojiri and K. Aikawa
　　　IMR, Tohoku University
3-18 High-Pressure Magneto-Photoluminescence Study of Interface Magnetism in Magnetic Semiconductor Nanostructures
　　　Y.H. Matsuda ^A and H. Nojiri^B
　　　A Grad. School of Natural Sci. and Tech., Okayama University
　　　^B IMR, Tohoku University
3-19 Magnetization Measurement of Micro-Magnet by using Diluted Magnetic Semiconductor Ge:Cr Hall Device
　　　H. Hori^A, Y. Yamamoto^A, T. Doi^A, S. Itaya^A, T. Takenobu^B and Y. Iwasa^B
　　　A School of Mat. Sci., JAIST
　　　^B IMR, Tohoku University
3-20 Magnetic Property of Nd-Fe-B Anisotropic Melt-Spun Ribbon under High Magnetic Field
　　　J. Yamasaki^A, M. Takezawa^A, K. Aiba^A, H. Yasuda^A, H. Kato^B and K. Koyama^C
　　　A Grad. School of Eng., Kyusyu Institute of Technology
　　　^B Dep. of Appl. Phys., Tohoku University
　　　^C IMR, Tohoku University
3-21 Preparation of High Performance Film Magnets (Nd-Fe-B Thick Film Magnets, Fe-Pt Nano Composite Film Magnets) and Their Applications
　　　M. Nakano^A, T. Yanai^A, H. Fukunaga^A, H. Kato^B and K. Koyama^C
　　　A Fac. of Eng., Nagasaki University
　　　^B Dep. of Appl. Phys., Tohoku University
　　　^C IMR, Tohoku University

4.  Other High Field Physical Properties
4-1 Giant Magnetoelectric Effects in Manganese Oxides
　　　K. Taniguchi^A, N. Abe^A, T. Arima^A, T. Takenobu^B and Y. Iwasa^B
　　　A IMRAM, Tohoku University
　　　^B IMR, Tohoku University
4-2 Quantum Oscillation Measurements of Spinel Compound under High Magnetic Field
　　　H. Okada, K. Koyama and K. Watanabe
　　　IMR, Tohoku University
4-3 High Field Differential Thermal Analysis on MnBi
　　　T. Onogi, K. Koyama and K. Watanabe
　　　IMR, Tohoku University
4-4 Investigation of the Electronic Structure of InN and Related Materials by the Use of Magnetoresistance
　　　T. Inushima^A, T. Takenobu^B and M. Motokawa^B
　　　A Fac. of Eng., Tokai University
　　　^B IMR, Tohoku University
4-5 Longitudinal Magnetoresistance of Polycrystalline Pure Bismuth
　　　M. Hamabe^A, S. Yamaguchi^A, T. Famakinwa^A, I. Yonenaga^B and K. Watanabe^B
　　　A Dep. of Eng., Chubu University
　　　^B IMR, Tohoku University
4-6 Dislocation Activities under Magnetic Field in Semiconductors
　　　I. Yonenaga and K. Takahashi
　　　IMR, Tohoku University
4-7 Shubnikov-de Haas Oscillations in b”-(EDO-TTFVO)₂FeCl₄
　　　K. Murata^A, M. Teramura^A, S. Yasuzuka^A, H. Yoshino^A, T. Sasaki^B, H. Fujiwara^C,D, T. Sugimoto^C,D, T. Hiraoka^C and T. Hayashi^C
　　　A Grad. School of Sci., Osaka City University
　　　^B IMR, Tohoku University
　　　^C Res. Inst. Adv. Sci. Tech., Osaka Prefecture University
　　　^D CREST-JST
4-8 Role of the Anion Ordering in the Field-Induced Spin-Density-Wave Phase
　　　N. Matsunaga^A, K. Hino^A, K. Nomura^A, T. Sasaki^B, M. Watanabe^C, J. Yamada^C and S. Nakatsuji^C
　　　A Grad. School of Sci., Hokkaido University
　　　^B IMR, Tohoku University
　　　^C Dep. of Mater. Sci., Himeji Institute of Technology
4-9 Magneto-Optical Measurement of b”-(BEDT-TTF)₂CsCd(SCN)₄
　　　H. Ohta^A,B, M. Kimata^B, K. Koyama^C, M. Motokawa^C, R. Kondo^D and S. Kagoshima^D
　　　A Molecular Photoscience Res. Center, Kobe University
　　　^B Grad. School of Sci. Tech., Kobe University
　　　^C IMR, Tohoku University
　　　^D Grad. School of Arts and Sci., University of Tokyo
4-10 Heat Capacity Measurements at Extremely Low Temperatures and under Magnetic Fields
　　　Y. Nakazawa^A,B, S. Yamashita^A, Y. Oshima^B,C and H. Nojiri^{B,C
　　　A} Grad. School of Sci., Osaka University
　　　^B CREST-JST
　　　^C IMR, Tohoku University
4-11 Disorder Effect on the Superconductivity of the Organic Superconductor κ-(BEDT-TTF)₂Cu(NCS)₂ Partly Substituted by the Deuterated Molecules
　　　H. Oizumi, T. Sasaki, N. Yoneyama and N. Kobayashi
　　　IMR, Tohoku University
4-12 Thermophysical Property Measurements of Non-Equilibrium Melts using an Electromagnetic　Levitator in a Static Magnetic Field
　　　H. Fukuyama^A, H. Kobatake^A, T. Tsukada^B and S. Awaji^C
　　　A IMRAM, Tohoku University
　　　^B Grad. School of Eng., Osaka Prefecture University
　　　^C IMR, Tohoku University
4-13 Measurement of Surface Tension of Molten Metal by Electromagnetic Levitation Technique under Static Magnetic Field
　　　T. Hibiya^A, S. Ozawa^A, N. Takenaga^A, H. Fukuyama^B, H. Kobatake^B, M. Watanabe^C, M. Adachi^C and S. Awaji^D
　　　A Fac. of System Design, Tokyo Metropolitan University
　　　^B IMRAM, Tohoku University
　　　^C Dept. of Phys., Gakushuin University
　　　^D IMR, Tohoku University
4-14 Giant Magnetoresistance of Poly(N-vinyl) Carbazole Films
　　　T. Ikoma^A, T. Ogiwara^A, Y. Takahashi^A, K. Akiyama^A, S. Tero-Kubota^A and H. Nojiri^B
　　　A IMRAM, Tohoku University
　　　^B IMR, Tohoku University

5.  Chemistry, Biology and Crystal Growth in High Fields
5-1 Biological Responses to High Magnetic Fields in Caenorhabditis Elegans: Monitoring Chromosomal DNA Breaks and Apoptosis
　　　A. Higashitani^A, Y. Konishi^A, R. Saito^B, E. Ichiishi^B, K. Takahashi^C, S. Awaji^C and K. Watanabe^C
　　　A Grad. School of Life Sciences, Tohoku University
　　　^B NICHe, Tohoku University
　　　^C IMR, Tohoku University
5-2 Structural Control of Nanostructured Magnetic Thin Film by Strong Magnetic Field
　　　T. Ichitsubo^A, E. Matsubara^A, K. Shiomitsu^B, K. Takahashi^B and K. Watanabe^B
　　　A Fac. of Eng., Kyoto University
　　　^B IMR, Tohoku University
5-3 High-Magnetic-Field Annealing and Coercivity in Sintered Nd-Dy-Fe-B Type Magnets
　　　T. Akiya^A, H. Kato^A, T. Miyazaki^A, K. Koyama^B and M. Sagawa^C
　　　A Grad. School of Eng., Tohoku University
　　　^B IMR, Tohoku University
　　　^C Intermetallics Co., Ltd
5-4 Development of a new Magnetic Levitation Furnace with an Electric Heater
　　　K. Takahashi, I. Mogi, S. Awaji and K. Watanabe
　　　IMR, Tohoku University
5-5 Chirality of Magnetoelectropolymerized Conducting Polymer Films
　　　I. Mogi and K. Watanabe
　　　IMR, Tohoku University
5-6 Structural Modification of Thin Films Composed of Neutral Metal Complex Polymers by High Magnetic Field
　　　T. Sugimoto^A, T. Hayashi^A, N. Kuroda^B, H. Nakajima^B, K. Watanabe^C and I. Mogi^C
　　　A Grad. School of Sci., Osaka Prefecture University
　　　^B Dept. of Mech. Eng. Mat. Sci., Kumamoto University
　　　^C IMR, Tohoku University
5-7 High Magnetic Field Effect on Form Structure
　　　H. Yokoi^A, Y. Nakagawa^A, N. Kuroda^A, I. Mogi^B and K. Watanabe^B
　　　A Grad. School of Sci., Kumamoto University
　　　^B IMR, Tohoku University
5-8 Preparation of Liquid Crystal Containing Hybrid Glasse under High Magnetic Field
　　　N. Kitamura^A, K. Fukumi^A, J. Nishii^A, K. Takahashi^B and I. Mogi^B
　　　AAIST
　　　^B IMR, Tohoku University

6.  High Field Magnet Technology and Related Experimental Technique
6-1 Study of f400-20T Superconducting Magnet
　　　S. Hanai^A, S. Kimura^A, K. Watanabe^B, S. Awaji^B, G. Nishijima^B and T. Hamajima^C
　　　A Toshiba Corporation
　　　^B IMR, Tohoku University
　　　^C Grad. School of Eng., Tohoku University
6-2 Developments of Sub-Millimeter Wave ESR System for Superconducting Magnets
　　　Y. Oshima and H. Nojiri
　　　IMR, Tohoku University
6-3 Application of the Prebending Strain Effect of Nb₃Sn Wires to Superconducting Coils Fabricated by React and Wind Method - Effect of Winding Diameter on Transport Property -
　　　G. Nishijima^A, H. Oguro^A, S. Awaji^A, K. Watanabe^A, H. Tsubouchi^B, S. Meguro^B and Y. Nunoya^C
　　　A IMR, Tohoku University
　　　^B The Furukawa Electric Co., Ltd.
　　　^C Japan Atomic Energy Agency