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Fingerprint Dive into the research topics where Masanori Matoba is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Physics & Astronomy

General

transition metals
substitutes
electronic structure
charge transfer
electronics
figure of merit
Seebeck effect
spinel
impurities
line shape
conduction
metals
pressure effects
critical point
density functional theory
thermal expansion
shift
conductivity
thermoelectric materials
magnetic anomalies
magnetization
phase diagrams
p-type semiconductors

Physics

photoelectric emission
transport properties
transition temperature
orbitals
temperature
electrons
fermions
thermal conductivity
valence
room temperature

Engineering

magnetic properties
electrical resistivity
magnetic permeability
x rays
conduction bands
Curie temperature
superconductivity
moments
binding energy

Chemistry and Materials

spin glass
cobalt
iron
chalcogenides
indium

Aerospace Sciences

Nix
spectroscopy

Life Sciences

sublattices

Engineering & Materials Science

Nonmetals
Spin glass
Superconducting transition temperature
Substitution reactions
Photoemission
Charge transfer
Transport properties
Magnetic susceptibility
Metals
Magnetic properties
Electronic structure
Electron correlations
Magnetism
Band structure
Pressure effects
Conduction bands
Photoelectron spectroscopy
Seebeck coefficient
Fermi level
Transition metals
Curie temperature
Core levels
Temperature
Energy gap
Anisotropy
Doping (additives)
Impurities
Electrons
Phase transitions
X ray absorption
Magnetoresistance
Cobalt
Chalcogenides
Indium
Phase diagrams
Ferromagnetism
Magnetization
Thermal conductivity
Derivatives
Superconducting wire
Density functional theory
Electron transport properties
Fabrication
Relaxation time
Neel temperature
Phonon scattering
Neutron powder diffraction
Chemical analysis
Superconducting materials
Exchange interactions

Chemical Compounds

Nonmetals
Spin glass
Metals
Photoemission
Substitution reactions
Charge transfer
Magnetic susceptibility
Transport properties
Magnetism
Conduction bands
Transition metals
Core levels
Band structure
Electron correlations
Curie temperature
Seebeck coefficient
Temperature
Indium
Doping (additives)
Pressure effects
Magnetoresistance
Electrons
Photoelectron spectroscopy
Fermi level
Phase transitions
Chalcogenides
Cobalt
Impurities
Energy gap
Ferromagnetism
Magnetization
Magnetic properties
Electronic structure
Superconducting wire
Vanadium
Neutron powder diffraction
Superconducting materials
Exchange interactions
Thermoelectric power
X ray absorption
Semiconductor materials
X ray spectroscopy
Synchrotron radiation
Transition metal compounds
Crystal lattices
Atoms
Chemical analysis
Dilution
Vacancies
Phase diagrams