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

Engineering & Materials Science

Molecular dynamics
Nucleation
Excimer lasers
Computer simulation
Crystallization
Crystal growth
Silicon
Crystalline materials
Annealing
Cooling
Melting
Epitaxial growth
Temperature
Atoms
Seebeck coefficient
Glass
Amorphous silicon
Thermal gradients
Liquids
Defects
Iron
Crystals
Polysilicon
Single crystals
Structural properties
Thin films
Crystal orientation
Ductile fracture
Dynamic analysis
Crystal growth from melt
Tensile strain
Electric power generation
Liquid phase epitaxy
Semiconductor materials
Stainless steel
Stacking faults
Elongation
Carrier concentration
Lasers
Grain boundaries
Heating
Fracture energy
Rapid quenching
Chemical analysis
Silica
Thermal conductivity
Energy gap
Sintering
Dimers
Band structure

Chemical Compounds

Molecular dynamics
Crystallization
Silicon
Computer simulation
Nucleation
Excimer lasers
Crystalline materials
Epitaxial growth
Cooling
Seebeck coefficient
Melting
Iron
Atoms
Temperature
Annealing
Amorphous silicon
Crystals
Defects
Thermal gradients
Single crystals
Stainless Steel
Structural properties
Glass
Liquids
Ductile fracture
Dynamic analysis
Crystal growth from melt
Tensile strain
Electric power generation
Liquid phase epitaxy
Semiconductor materials
Elongation
Silicon Dioxide
Thin films
Carrier concentration
Metals
Polysilicon
Heating
Grain boundaries
Fracture energy
Graphite
Rapid quenching
Chemical analysis
Thermal conductivity
Energy gap
Dimers
Carbon
Band structure

Physics & Astronomy

General

molecular dynamics
clathrates
excimer lasers
cooling
simulation
defects
Seebeck effect
crystals
voids
tensile tests
tensile deformation
thermoelectric materials
stainless steels
single crystals
thin films
interatomic forces
electric power
elongation
cells

Engineering

nucleation
laser annealing
melting
storage batteries
annealing
anodes
arc melting

Chemistry and Materials

silicon
crystallization
crystal growth
solid phases
epitaxy
Czochralski method
glass
liquid phase epitaxy
amorphous silicon
liquid-solid interfaces
liquids
lithium
iron
silicon dioxide
graphite
carbon

Physics

temperature gradients
atoms
temperature
heat transmission