Yoshihiro Kubozono

Professor, D.Sc.

  • 3631 Citations
  • 29 h-Index
1986 …2019
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Chemical Compounds

Field effect transistors
Fullerenes
Metals
Superconducting materials
Ions
Molecules
Paramagnetic resonance
Atoms
Isomers
Temperature
Superconductivity
Transistors
Thin films
Single crystals
X rays
Graphite
Crystal structure
Electrons
Thin film transistors
Photoionization
Phase transitions
X ray diffraction
Electronic properties
Gate dielectrics
Anions
Electronic structure
Organic field effect transistors
Cations
Lattice constants
Physical properties
Synchrotron radiation
Fabrication
Ferromagnetism
Diffraction patterns
Cyclodextrins
Scanning tunneling microscopy
Powders
Soot
Photons
Transport properties
Aromatic Hydrocarbons
Intercalation
Crystals
High performance liquid chromatography
Hydrocarbons
ethylenediamine
Ionic Liquids
Halocarbons
Raman scattering
Doping (additives)

Physics & Astronomy

Engineering

field effect transistors
superconductivity
x rays
fabrication
transistors
electrodes
photoionization
electrical resistivity
ferromagnetism
scanning
graphene

Chemistry and Materials

fullerenes
isomers
fullerides
molecules
hydrocarbons
rare earth elements
polymers
europium

General

thin films
metals
temperature dependence
pressure dependence
physical properties
crystal structure
insulators
electronics
electronic structure
injection
single crystals
scanning tunneling microscopy
energy
fine structure
crystal field theory
internal energy
carrier injection
crystals
output

Physics

atoms
ions
electrons
diffraction
valence
transition temperature
transport properties
temperature
diffraction patterns
anions
cations

Aerospace Sciences

spectroscopy

Engineering & Materials Science

Field effect transistors
Superconducting materials
Fullerenes
Superconductivity
X rays
Molecules
Temperature
Metals
Atoms
Paramagnetic resonance
Electrons
Isomers
Transistors
Thin film transistors
Ions
Gate dielectrics
Superconducting transition temperature
Single crystals
Thin films
Lattice constants
Electronic structure
Ferromagnetism
Crystal structure
Phase transitions
Physical properties
Organic field effect transistors
Synchrotron radiation
Semiconducting organic compounds
Fabrication
Diffraction patterns
Intercalation
X ray absorption
Europium
Crystals
Scanning tunneling microscopy
Doping (additives)
Rare earths
Transport properties
Rietveld refinement
Graphene
X ray diffraction
Ionic liquids
Structural properties
Positive ions
Giant magnetoresistance
Spectroscopy
Electric potential
Electronic properties
Photoionization
Electrodes