T. Saso

发表

Calculation of Optical Conductivity of YbB12 using Realistic Tight-binding Model

T. Saso, 2004, cond-mat/0409069.

Optical Conductivity of Ce-based Filled Skutterudites

T. Saso, T. Mutou, 2004, cond-mat/0409165.

Thermoelectric power and electronic structures of Kondo insulators

T. Saso, 2003 .

Formation Mechanism of Hybridization Gap in Kondo Insulators based on a Realistic Band Model and Application to YbB12

H. Harima, T. Saso, 2003, cond-mat/0302471.

Logarithmic frequency dependence of the dynamical conductivity of one-dimensional disordered systems at low frequencies: a computer simulation for a very long chain

T. Saso, 1984 .

Absence of Hybridization Gap in Heavy Electron Systems and Analysis of YbAl3 in Terms of Nearly Free Electron Conduction Band

T. Saso, Y. Imai, Hiroyuki Kuroiwa, 2007, 0707.3324.

Scattering Mechanism in Heavily Doped Semiconductors. I. Maxima in Resistivity and Hall Coefficient

T. Saso, T. Kasuya, 1980 .

Scattering Mechanisms in Heavily Doped Semiconductors. II. Effect of Mass Anisotropy and Multiple Scattering

T. Saso, T. Kasuya, 1980 .

Specific Heat-Coefficient of YbAl3 Studied by Combined Nearly Free Electron Conduction Band Hybridized with Localized f Electrons with Correlation Effect

T. Saso, Y. Imai, Yoshiki Imai, 2009, 0905.2848.

Calculation of Optical Conductivity of YbB12 using Realistic Tight-binding Model

T. Saso, 2004, cond-mat/0409069.

Localization and Interaction in One-Dimensional Electron Systems

H. Fukuyama, T. Saso, Y. Suzumura, 1985 .

Calculation of Optical Conductivity, Resistivity and Thermopower of Filled Skutterudite CeRu4Sb12 based on a Realistic Tight-binding Model with Strong Correlation

T. Saso, 2005, cond-mat/0512674.

Investigation of the Two-Particle-Self-Consistent Theory for the Single-Impurity Anderson Model and an Extension to the Case of Strong Correlation

T. Saso, 2000, cond-mat/0008354.

Magnetic Impurity in Insulators with Small Energy Gap

T. Saso, J. Ogura, 1993 .

Kondo insulators: {1}/{N} and quantum Monte Carlo studies

T. Saso, J. Ogura, 1993 .

1/N and Quantum Monte Carlo Studies of a Magnetic Impurity in an Insulator with a Small Gap

T. Saso, 1992 .

Single-particle excitation spectrum of infinite-dimensional Hubbard model under finite magnetic field

T. Saso, A. Oguri, 1995 .

Magnetization curve and magnetic susceptibility of the d = ∞ Hubbard model on the Bethe lattice

T. Saso, Takumi Hayashi, 1995 .

Magnetization Curve of the Infinite-Dimensional Hubbard Model

T. Saso, Takumi Hayashi, 1994 .

Impurity-Induced Soliton Formation in Quasi-One Dimensional Superconducting State

H. Fukuyama, T. Saso, Y. Suzumura, 1984 .

Quantum Monte Carlo Simulation of One-Dimensional Periodic Anderson Model

T. Saso, Y. Seino, 1986 .

Optical Conductivity of Ce-based Filled Skutterudites

T. Saso, T. Mutou, 2004, cond-mat/0409165.

Formation Mechanism of Hybridization Gap in Kondo Insulators based on a Realistic Band Model and Application to YbB12

H. Harima, T. Saso, 2003, cond-mat/0302471.

Magnetic-Field-induced Antiferromagnetism in Two-dimensional Hubbard Model: Analysis of CeRhIn5

H. Kontani, T. Saso, K. Sakurazawa, 2005, cond-mat/0501628.

Comparison of Semimetallic Ce-Skutterudites and the Kondo Insulator YbB12-Field-Induced Insulator-to-Metal and Metal-to-Insulator Transitions

T. Saso, T. Izumi, Yoshiki Imai, 2008 .

Calculation of optical conductivity, resistivity and thermopower of semimetallic CeRu4Sb12

T. Saso, 2007 .

Calculation of optical conductivity for Kondo insulator YbB12 and Ce-skutterudites using realistic tight-binding model

T. Saso, 2006 .

Anomalous metal-insulator transition in filled skutterudite CeOs4Sb12

T. Saso, K. Sakurazawa, Yoshiki Imai, 2006, cond-mat/0601062.

Correlation Effects on Optical Conductivity of FeSi

T. Saso, Kentaro Urasaki, 1999, cond-mat/9907264.

Theory of Heavy Fermions and Valence Fluctuations

T. Saso, T. Kasuya, 1985 .

Anomalous magnetic phase diagram in low-carrier two-band systems and possible application toCeOs4Sb12

T. Saso, Yoshiki Imai, 2007, cond-mat/0702587.

Modified Perturbation Theory Applied to Kondo-Type Transport through a Quantum Dot under a Magnetic Field

T. Saso, O. Takagi, 1999, cond-mat/9907409.

Magnetic Field Effects on Transport Properties of a Quantum Dot Studied by Modified Perturbation Theory

T. Saso, O. Takagi, 1999 .

Construction of Effective Model for Heavy Fermion Metal YbAl3with Hybridization Effect between Nearly Free Electron Bands and f-States and its Analysis

T. Saso, Hiroyuki Kuroiwa, Yoshiki Imai, 2008 .

Theory for Magnetic Anisotropy of Field-Induced Insulator-to-Metal Transition in Cubic Kondo Insulator YbB12

T. Saso, T. Izumi, Yoshiki Imai, 2007, 0707.4048.

Mechanism for opening of energy gap in Kondo insulators with orbital degeneracies

H. Harima, T. Saso, 2004 .

Origin of anomalous specific heat coefficient of YbAl3

T. Saso, Yoshiki Imai, 2010 .

Seebeck Coefficient of Kondo Insulators

T. Saso, Kentaro Urasaki, 2002 .

Hybrid theory of the dynamical mean field and the spin fluctuations in strongly correlated electron systems

T. Saso, 2002 .

Anomalous phase diagram of filled skutterudite CeOs4Sb12 under external magnetic field

T. Saso, K. Sakurazawa, Yoshiki Imai, 2007 .

Iterative perturbation theory for strongly correlated electron systems with orbital degeneracy

T. Saso, 2000, cond-mat/0012130.

Theory of Kondo insulators under strong magnetic field

T. Saso, 2000 .

A method for analysis of carrier density and mobility in polycrystalline bismuth

T. Saso, H. Shirai, H. Morita, 2006 .

Role of Commensurability Energy in Impurity Pinning of One-Dimensional Charge Density Waves

T. Saso, Y. Suzumura, 1986 .

Quantum fluctuation of pinned charge density waves vs superconducting fluctuation in one-dimensional conductors

T. Saso, Y. Suzumura, 1986 .

Numerical study of impurity pinning in one-dimensional interacting electron systems

T. Saso, H. Fukuyama, Y. Suzumura, 1985 .

Quantum effects on impurity pinning and depinning of Charge Density Waves

T. Saso, Y. Suzumura, 1986 .

Quantum Monte Carlo Study on Impurity Pinning in One-Dimensional Interacting Electron Systems–Competition between Charge Density and Superconducting Fluctuations–

T. Saso, Y. Suzumura, 1986 .

Many-body effects on the optical conductivity of the correlated band insulators

T. Saso, Kentaro Urasaki, 2000 .

Study of two impurity Kondo problem by self-consistent perturbation approach

T. Saso, 1990 .

A Unified Theory of Dynamical Mean Field and Spin Fluctuations

T. Saso, 1999, cond-mat/9907354.

Thermoelectric power of Kondo insulators

T. Saso, Kentaro Urasaki, 2002 .

Variational Theory for Two-Impurity Anderson Model

T. Saso, H. Kato, 1992 .

Theory of Valence-Fluctuating Tm Impurities.I

T. Saso, 1989 .

Thermal and dynamical properties of the two-band Hubbard model compared with FeSi

T. Saso, Kentaro Urasaki, 1998, cond-mat/9803010.

Variational and Self-Consistent Perturbational Theories for Generalized Kondo Systems

T. Saso, 1992 .

Quantum Monte Carlo Simulation of Anderson Lattice in One Dimension

T. Saso, 1987 .

Quantum Monte Carlo simulation of the one-dimensional periodic Anderson model - non-half-filled cases

T. Saso, 1987 .

Susceptibility of mixed valent Tm impurities

T. Saso, 1988 .

Theory of mixed valent Tm impurities

T. Saso, 1990 .

Unified theory of dynamical mean field and self-consistently renormalized spin-fluctuations

T. Saso, T. Kitajima, 2000 .

Self-Consistent Perturbational Study of Insulator-to-Metal Transition in Kondo Insulators due to Strong Magnetic Field

T. Saso, 1996, cond-mat/9612191.

Magnetic-field-induced insulator-to-metal transition in Kondo insulators and comparison with YbB12

T. Saso, 1997 .

The impurity pinning of a spin-density wave in one-dimensional interacting electron systems

T. Saso, Y. Suzumura, 1987 .

Impurity Pinning in One-Dimensional Spin Density Wave Systems

H. Fukuyama, T. Saso, Y. Suzumura, 1987 .

Thermoelectric Power of Insulators and Reconsideration of Kelvin's Relations at Low Temperatures

T. Saso, 2003, cond-mat/0301369.

2 2 0 D ec 1 99 5 SU-TS-9502 Insulator-to-metal transition in Kondo insulators under strong magnetic field

T. Saso, M. Itoh, 1995 .