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Department of Physics, Saitama University | 論文
- MAXI GSC Observations of a Spectral State Transition in the Black Hole Candidate XTE J1752-223
- Absence of Hybridization Gap in Heavy Electron Systems and Analysis of YbAl_3 in Terms of Nearly Free Electron Conduction Band(Condensed matter: electronic structure and electrical, magnetic, and optical properties)
- Clinical Predictability of Temporomandibular Joint Disc Displacement
- High Pressure Apparatus for Magnetization Measurements
- Anomalous Metal-Insulator Transition in Filled Skutterudite CeOs_4Sb_
- Nuclear Structure at High Temperature(New Trends in Nuclear Collective Dynamics)
- Viscoelastic Properties of the Pig Temporomandibular Joint Articular Soft Tissues of the Condyle and Disc
- The Influence of the Singularity-Enhanced Density of States on the Isotope Effect in a Bond Asymmetric Model for a Cu-O Based High-T_C Superconductor : Condensed Matter and Statistical Physics
- Proof of the Bloch-Messiah Theorem in the THFB Theory (原子核集団運動の非線形動力学(研究会報告))
- Energy, Momentum and Angular Momentum in Poincare Gauge Theory : Astrophysics and Relativity
- Pressure-Induced Non Fermi Liquid Behavior near a Magnetic Instability
- X-Ray Micrographic Study of Silicon Carbide Crystals
- Shell model study of even-even Xe isotopes
- Omphalocele diagnosed at 14 weeks of pregnancy : ABSTRACTS OF PAPERS PRESENTED at the TWENTY-SEVENTH ANNUAL MEETING of the JAPANESE TERATOLOGY SOCIETY TOKYO, JAPAN, JULY 17-18, 1987
- 46) Studies on Experimentally Produced Cerebral Hemorrhage(Proceedings of the 24th Annual Meeting, The Japanese Circulation Society [Part I])
- 37. Experimental Studies on the Mechanism of Cerebral Hemorrhage.
- Suzaku Discovery of a Hard Component Varying Independently of the Power-Law Emission in MCG-6-30-15
- Triaxiality-Driving Effect Extracted by Spin Projection
- Effect of the Magnon and Stoner Excitations on the Renormalization of the Stoner Gap in the Parabolic Band Model
- The Shielding Effect of the Meissner Current on the Magnetic Dipole Interactions in the Coexistence State of Superconductivity and Ferromagnetism. II : Condensed Matter and Statistical Physics