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Department of Physics, Kyushu University | 論文
- Z(N) String Junction Model and Spectrum Energy Density of String
- Z(N) Strings and Hadron Structure
- Wave-Function Profile and SUSY Breaking in 5D Model with Fayet-Iliopoulos Terms
- Statistical Mechanics of Dynamical Systems : Complex Dynamics in Nonlinear Systems
- The q-Phase Transition and Critical Scaling Laws near the Band-Crisis Point of Chaotic Attractors : General and Mathematical Physics
- Critical Scaling Laws of Dynamic Structure Functions for Type I Intermittent Chaos
- Scaling Structures and Statistical Mechanics of Type I Intermittent Chaos : General and Mathematical Physics
- Regge Pole Exchange and the Oscillatory Behavior in K^+P Scattering
- On the Degeneracy of Regge Trajectories Imposed by the Veneziano-Type Amplitude
- Slope-Mass Correlation in Nucleon Diffraction Dissociation
- Role of the Nucleon Exchange in the Diffraction Dissociation πN → π(Nπ)
- Hydrothermal synthesis of brookite type TiO_2 photocatalysts using a water-soluble Ti-complex coordinated by ethylenediaminetetraacetic acid(Aqueous Solution Science for Ceramic Processing II)
- Photocatalytic activity of nanocrystalline TiO_2(B) synthesized from titanium glycolate complex by hydrothermal method(Aqueous Solution Science for Ceramic Processing II)
- New water-soluble complexes of titanium with amino acids and their application for synthesis of TiO_2 nanoparticles
- Effect of Pressure on the Magnetoresistance of the Heavy Ferminon Compound CeAl_3
- Anomalous Peak in the Magnetoacoustic Attenuation Coefficient Versus Temperature Curve in Bismuth
- Magnetoacoustic Attenuation in Semimetals. I. Extraordinarily Large Attenuation Peak in Bismuth for q^(81C8)H〜90゜
- Giant Quantum Attenuation of Sound Waves in Bismuth. : II. Line Shape of the Attenuation Coefficient
- Giant Quantum Attenuation of Sound Waves in Bismuth. : I. Spin Splitting Factors of Electrons and Holes
- Large Dip and Hump Type Quantum Oscillations in Magnetoacoustic Attenuation in Dilute Bi_1-xSb_x Alloys for q∧H〜90°. II. Theory