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

Engineering & Materials Science

Molecular dynamics
Computer simulation
Nanoclusters
Power transmission
Atoms
Sintering
Acoustic imaging
Crystals
Metamaterials
Grain boundaries
Ultrasonics
Transducers
Silicon nitride
Acoustic waves
Silicon carbide
Nanocrystalline silicon
Graphene
Nanocrystals
Refraction
Electronic structure
Vacancies
Crystal atomic structure
Home networks
Electronic density of states
Networks (circuits)
Acoustics
Diodes
Stacking faults
Electronic states
Energy gap
Wavefronts
Defects
Titanium dioxide
Photodiodes
Temperature
Nanostructured materials
Passivation
Genetic algorithms
Silicon
Consolidation
Edge dislocations
Drain current
Electrons
Band structure
Diamonds
Experiments
Transistors
Lenses
Density functional theory
Alumina

Physics & Astronomy

General

molecular dynamics
simulation
crystals
screening
sintering
energy
electronics
fluids
daytime
grain boundaries
ribbons
interference
quadrupoles
porosity
transmission efficiency
cooling
sampling
microstructure
optimization
dynamic structural analysis
functional analysis

Physics

dusty plasmas
dust
acoustics
strongly coupled plasmas
refraction
Lamb waves
infrared absorption
atoms
lenses
electrons
wave propagation
phase shift

Engineering

graphene
electric charge
nanoclusters
melting
transistors

Chemistry and Materials

silicon nitrides
rutile
microgravity
silicon carbides
ceramics
anatase
molecules

Mathematical and Computer Sciences

parallel computers
interpolation
finite difference time domain method
genetic algorithms

Aerospace Sciences

infrared spectroscopy

Chemical Compounds

Molecular dynamics
Nanoclusters
Computer simulation
Sintering
Atoms
Metamaterials
Grain boundaries
Graphite
Nanocrystalline silicon
Silicon
Nanocrystals
Electronic structure
Vacancies
Crystal atomic structure
Electronic density of states
Diamond
Aluminum Oxide
Stacking faults
Electronic states
Crystals
Wavefronts
Defects
Consolidation
Edge dislocations
Oxides
Electrons
Temperature
Crystalline materials
Nanostructures
Dielectric properties
Density functional theory
Energy gap
Nanospheres
Nanoparticles
Refraction
Aluminum
Crystal symmetry
Parallel algorithms
Structural dynamics
Permittivity
Band structure
Mechanical properties
Functional analysis
Mathematical operators
Laser spectroscopy
Dislocations (crystals)
Molecular orientation
Experiments
Photoexcitation
Genetic algorithms