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Šú@“ú@F@‚Q‚O‚O‚T”N‚P‚QŒŽ‚P‚T“úi–Øj`‚P‚U“úi‹àj |
ê@Š@F@“Œ‹ž‘åŠw–{‹½ƒLƒƒƒ“ƒpƒX@¬ŽÄƒz[ƒ‹@ |
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ƒvƒƒOƒ‰ƒ€(Dec./12/Ver.11jPDF@ |
—vŽ|W(Dec./12/Ver.10jPDF@ |
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@ƒ|ƒXƒ^[ƒZƒbƒVƒ‡ƒ“ |
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P-01. |
‰Í]’B–çi‹ã‘åHj |
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Orbital Physics in Pr-based f-electron Compounds |
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P-02. |
–]ŒŽ•qŒõi“Œ‘å‰@—j |
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Two-dimensional Electron Systems at Cleaved Semiconductor Surfaces and Observation of the Quantum Hall Effect |
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P-03. |
X‰º›’Žji’}”g‘啨—j |
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Heat Capacity of 3He Solid Films on Graphite in Magnetic Fields |
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P-04. |
ŒüŒ«ˆêi“Œ‘å‰@—j |
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Pulsed-NMR Measurements for Monolayer 3He |
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P-05. |
¼–{—m‰îi“Œ‘啨«Œ¤j |
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Heat Capacity Measurements of a New Quantum Phase of Two-dimensional 3He in High Magnetic Fields |
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P-06. |
“n•Ó^mi“Œ‘啨«Œ¤j |
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Electronic States near Quantum Critical Point of Valence Transition |
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P-07. |
¥í—²i—Œ¤j |
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Mott Transition in the two-dimensional Hubbard Model with Geometrical Frustration |
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P-08. |
àV“cˆÀŽ÷i‹ž‘å’ቷƒZj |
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Macrocoherence in Bilayer Quantum Hall States |
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P-09. |
쓇—m“¿i—Œ¤j |
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Mobility Measurements of Surface State Electrons on the Superfluid Helium |
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P-10. |
‹ß“¡‘åŽiiŒc‘å—Hj |
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Search for the Supersolid Phase in Bulk Solid 4He |
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P-11. |
Ö“¡L‘åiŒc‘å—Hj |
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Development of a Low Temperature Scanning Probe Microscopy |
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P-12. |
Έä—m“TiŒc‘å—Hj |
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Measurements of Freezing Pressure of Supercooled Liquid Hydrogen Confined in Nano-porous Glass |
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P-13. |
‚–Øä•vi•Ÿˆä‘åHj |
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Monte Calro Simulation of 4He in a Small Pore Geometry |
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P-14. |
ŽR–{ŒbˆêiŒc‘å—Hj |
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Heat Capacity Measurement of 4He Confined in a Nano Porous Material |
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P-15. |
’JŒû~Žqi“d’Ê‘å—ÊŽq•¨Ž¿Hj |
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Interfacial Friction of 4He Films |
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P-16. |
¬—Ñ—˜Íi“d’Ê‘å—ÊŽq•¨Ž¿Hj |
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Ultrasonic Study for Superfluidity of 4He Filled in Porous Media |
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P-17. |
¼‰º—YŽ÷i–¼‘å‰@—j |
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Heat-capacity Study of Quantum Helium Fluid Adsorbed on One-dimensional Nanopores of FSM-16 |
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P-18. |
o‰_OKi–¼‘å‰@—j |
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Possible quantum clusters of helium in cages of NH4-Y zeolite |
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P-19. |
´…Œ’Œái–¼‘å‰@—j |
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Film Quantum Ground States Realized in Low-dimensional Heisenberg Organic Magnets |
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P-20. |
ŒË“c—ºi–¼‘å‰@—j |
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Superfluidity and Heat Capacities of 4He Adsorbed on Three-Dimensional Nanopores of HMM-2 |
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P-21. |
‰Á“¡‹Bi–¼‘å‰@—j |
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Frequency Dependence of Superfluidity in Thin 4He Films on Planar Surfaces |
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P-22. |
‘å‹´—mŽmi’}”g‘å‰@”—•¨Ž¿‰ÈŠwj |
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Itinerant-localized Duality of a Strongly-correlated Superfluid Bose Gas in an Optical Lattice |
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P-23. |
‹à–{—“ÞiãŽs‘å‰@—j |
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Pattern Formation of Spin-Polarized Fermions in a Fast Rotating Boson-Fermion Mixture |
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P-24. |
ŒK–{„iŠwK‰@‘å—j |
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Dynamics of 87Rb Spin-2 Bose-Einstein Condensates |
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P-25. |
ŒÓ‹Åi•¨Ž¿EÞ—¿Œ¤‹†‹@\j |
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Possible Supersolid Phase in Bose-Einstein Condensate with Optical-lattice Potential |
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P-26. |
à_èN•½iŠwK‰@‘å—j |
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Dynamics of Two-component Bose-Einstein Condensates in an Optical Trap |
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P-27. |
ìŒû—R‹Ii“ŒH‘å‰@—Hj |
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Einstein-de Haas Effect in Dipolar Bose-Einstein Condensates |
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P-28. |
”–“c”¹liŠwK‰@‘å‰@Ž©‘R‰ÈŠwj |
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Topological Vortex Nucleation in Bose-Einstein Condensates |
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P-29. |
ó–ì‘׊°i–k‘å‰@Hj |
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Spin Current in p-wave Superconducting Rings |
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P-30. |
‰¡ŽR‹Bli–¼‘å‰@Hj |
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Josephson Current between p-wave Superconductors |
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P-31. |
ŒF’JŒ’ˆêi–k‘å‰@—j |
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Texture of Superconducting Order Parameter Expected in the FFLO State of CeCoIn5 |
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P-32. |
–ö£—zˆêi“Œ‘å‰@—j |
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Microscopic Theory on the Multi-component Superconducting Order Parameter in Sr2RuO4 and NaxCoO2EyH2O |
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P-33. |
¬ŒIÍiãŽs‘å‰@—j |
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Transport through Quantum Dots in the Kondo Regime: Normal and Superconducting Cases |
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P-34. |
“n糓wi–¼‘å‰@Hj |
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Superconductivity and a Mott Transition in a Hubbard Model on an Anisotropic Triangular Lattice |
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P-35. |
‰¡ŽRŽõ•qi“Œ–k‘å‰@—j |
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Superconductivity and Mott Transition in a Two-dimensional Hubbard Model at Half Filling |
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P-36. |
•¿–Ø—Ç—Fi“Œ‘啨«Œ¤j |
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The Low Temperature Magnetic Properties of Unconventional Superconductor PrOs4Sb12 |
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P-37. |
¬—ÑŒ›Žiiç—tH‘åHj |
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Superconducting States in a Two-orbital Hubbard Model on a Triangular Lattice |
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P-38. |
–[“o^Žii‹ž‘å‰@—j |
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Superconductivity of Sr2RuO4-Sr3Ru2O7 Eutectic |
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P-39. |
¯Œ´Œ’Œáiã‘å‰@Šî‘bHj |
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Triplet Superconductivity Induced by Short-Range Ferromagnetic Correlations Due to the Coulomb Repulsion at Oxygen Site in Sr2RuO4 |
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P-40. |
Žs‰ª—D“Ti‰ªŽR‘å—j |
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Magnetization Process in a Chiral p-wave Superconductor with Multi-domains |
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P-41. |
Žs‰ª—D“Ti‰ªŽR‘å—j |
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Electronic Structure of Vortex State in a FFLO Superconductor |
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P-42. |
‘¾“cK‘¥iç—t‘å—j |
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Ring-exchange Mechanism for Triplet Superconductivity in a Two-chain Hubbard Model |
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P-43. |
‰F“cì«•¶i“Œ‘å‰@—j |
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Effect Formation of Non-unitary State near the Upper-critical Field of Sr2RuO4 |
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P-44. |
’†‘º•¶•FiL“‡‘å‰@æ’[j |
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Pressure and Magnetic-field Induced Novel Quantum Phenomena in Single-layered Ruthenates |
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P-45. |
–îŒûGi‹ž‘å‰@—j |
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Interface Superconductivity (3-K Phase) in Sr2RuO4-Ru under Uniaxial Pressure |
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P-46. |
ŒÃì‚͂«i‚¨’ƒ‘å—j |
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Neutron Scattering Studies on Sr2RuO4 |
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P-47. |
Γc•˜aiã•{‘å‰@Hj |
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Superclean d-wave YBa2Cu4O8 Single Crystal Embedded in Conventional Superconductor to Design a Novel Physical System |
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P-48. |
…“‡Œ’i‰ªŽR‘å—j |
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Emergence of FFLO Modulation in Surface Regions of Trapped Fermionic Superfluid with Asymmetric Spin Populations |
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P-49. |
‘ºìŠ°i‹ž‘å‰@—j |
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Measurement of the 101Ru-Knight Shift of Superconducting Sr2RuO4 in a Small Magnetic Field |
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P-50. |
Vˆä•qˆêi‹ž‘å’ቷƒZj |
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Detection of Adsorbed Two-Dimensional Atomic Hydrogen Gas |
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P-51. |
˜a“c—Yˆê˜Yi“ŒH‘å‰@—Hj |
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Surface Andreev Bound States of Superfluid 3He A and B Phases |
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P-52. |
ˆ¢•”—zi“ŒH‘å‰@—Hj |
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Motion of a Sound-induced Bubble in 3He-4He Liquid Mixtures |
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P-53. |
¬—Ñ‘i“Œ‘啨«Œ¤j |
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Dynamics of Magnetically Induced Superflow in Spin-Polarized 3He-A1 |
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P-54. |
Ö“¡’Êi—Œ¤j |
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Investigation of New Phases in Submicron Superfluid 3He Film by Inter-digitated Capacitors |
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P-55. |
¼Œ´–¾i‹ž‘å’ቷƒZj |
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Study of Two-dimensional Spin Polarized Atomic Hydrogen Using Heterodyne ESR Technique |
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P-56. |
¬ìr•Fi‹ž‘å‰@—j |
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Rotating Nuclear Demagnetization Cryostat for Homogeneous and High Magnetic Field Experiments |
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P-57. |
¬Œ´Œ°iãŽs‘å‰@—j |
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The Study of Superfluid 3He in Aerogel using 4th Sound Resonance |
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P-58. |
ã–ì’qOi‹ž‘åˆãj |
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Development of MRI Microscope and its Application to Liquid 3He-4He Mixtures |
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P-59. |
Ö“¡—Yi“ŒH‘å‰@—Hj |
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Melting Shape of 4He Crystal after Large Deformation |
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P-60. |
’JŒû“ñ˜Yi“ŒH‘å‰@—Hj |
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Visualization of SN Interface of Liquid 4He |
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P-61. |
‹{‰ºÂi“ŒH‘å‰@—Hj |
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Anomalous Dynamics of Capillary Condensation in Aerogels |
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P-62. |
ªŠÔ—TŽji“Œ‘啨«Œ¤j |
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Gapless Spin Liquid in Two-dimensional 3He under High Magnetic Fields |
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P-63. |
“c’†F‰Ài‹ž‘å‰@—j |
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Nucleation and Growth of Stable Phase during the Magnetic Field Induced Phase Transition between U2D2 3He and CNAF 3He |
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P-64. |
‰ª–{‰ÀŽqi‹ž‘å‰@—j |
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Spinwave and Sound in Nuclear Ordered Phases of Solid 3He |
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P-65. |
âˆä“Oi“ú–{Œ´Žq—ÍŒ¤‹†ŠJ”‹@\j |
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Ring-exchange-induced Quantum Phenomena in Strongly Correlated Electron Systems |
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P-66. |
“Aˆ®Œõi²‰ê‘å—Hj |
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Co-existence of Long-Range Order and Spin Fluctuation in a New Geometric Frustration System@M2Cl(OH)3 [ M = Cu2+, Co2+, Ni2+, Fe2+] |
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P-67. |
—LìWOi‹ž‘åŠîŒ¤j |
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Spin and Nematic Correlation of S=1 Triangular Antiferromagnet |
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P-68. |
“ì•”—Y—ºi‹ž‘å‰@—j |
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Impurity Effects of the Spin Disordered State in NiGa2S4 |
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P-69. |
¬ÀŒ\‰îi‹ž‘å‰@—j |
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Magnetic Properties of NiGa2S4 single crystals |
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P-70. |
ˆÀ“cçŽõ(Šw‘å—H) |
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Spin-Wave Analysis to the Multiple-Spin Exchange Model on the Triangular Lattice in the Magnetic Field |
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P-71. |
“à•½—Y^iŠw‘å—Hj |
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Order Parameters in the Multiple-Spin Exchange Model in the Magnetic Field |
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P-72. |
‰ª–{´”üi“ŒH‘å‰@—Hj |
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Interplay between the Trimerization and the Frustration in Quantum Spin Chains |
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P-73. |
‹àŽq_(‹à‘ò‘厩‘R) |
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Crystal Distortion of Pyrochlore Compounds Dy2Ti2O7, Ho2Ti2O77 Below about Spin-Ice Transition Temperature |
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P-74. |
‰êìŽjŒh(“Œ‘å‰@H) |
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Unconventional criticality of Mott transition in a quasi-two-dimensional organic conductor |
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Dec./12/2005 Ver.11 |
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@¨uŒ¤‹†‰ïvˆÄ“àƒy[ƒW‚Ö@ |