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

Engineering & Materials Science

Ions
Defects
Irradiation
Electron irradiation
Magnesium
Ion bombardment
Radiation
Transmission electron microscopy
Electrons
Radiation damage
Heavy ions
Point defects
Vacancies
Zirconia
Cerium compounds
Positive ions
Microstructure
Microhardness
Alumina
Electron microscopes
Molecular dynamics
Oxygen
Temperature
Ionizing radiation
Cerium
Ion beams
Nucleation
Defect structures
Crystals
Electric potential
Ceramic materials
Electric fields
Copper
Rutherford backscattering spectroscopy
Kinetics
Amorphization
Strain hardening
Electron spectroscopy
Electron microscopy
Dislocations (crystals)
Recovery
Metals
Mechanical properties
Electron beams
Flux pinning
Solid solutions
X ray spectroscopy
Precipitates
Computer simulation
Yttrium oxide

Physics & Astronomy

General

defects
spinel
damage
interstitials
point defects
transmission electron microscopy
radiation
color centers
microstructure
electron microscopes
fluence
energy
recovery
electric fields
ionic crystals
kinetics
electron microscopy
molecular dynamics
Zircaloys (trademark)
crystals

Engineering

electron irradiation
irradiation
ion irradiation
ionizing radiation
nucleation
backscattering

Physics

ions
heavy ions
high voltages
electrons
electron energy
ion beams
high energy electrons
helium ions
cations
temperature

Chemistry and Materials

magnesium
cerium
ceramics
zirconium oxides
dioxides
aluminum oxides
microhardness
oxygen
yttria-stabilized zirconia
copper
fluorite

Life Sciences

radiation damage
dosage

Aerospace Sciences

spectroscopy

Chemical Compounds

Defects
Ions
Electron irradiation
Irradiation
Ion bombardment
Radiation
Electrons
Radiation damage
Microhardness
Vacancies
Point defects
Transmission electron microscopy
Heavy Ions
Aluminum Oxide
Oxygen
Copper
Metals
Ionizing radiation
Ceramic materials
Electron microscopes
Microstructure
Temperature
Defect structures
Strain hardening
Electron microscopy
Nucleation
Helium
Cations
Cathodoluminescence
Crystals
Electric potential
Electric fields
Mechanical properties
X ray absorption
Amorphization
Molecular dynamics
Oxides
Flux pinning
Solid solutions
Dislocations (crystals)
Precipitates
Electron spectroscopy
spinell
Radiation hardening
Fluxes
Kinetics
Potassium Compounds
Nuclear fuel cladding
Hardening
Atoms