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

Physics & Astronomy

Chemistry and Materials

liquids
microgravity
liquid metals
refractory metals
germanium
tin
silicon
aluminum oxides

General

liquid alloys
liquid phases
cells
shear
rockets
molecular dynamics
International Space Station
thermophysical properties
shoulders
clathrates
liquidus
simulation
emissivity
lasing
parallelepipeds
specifications
cooling
solubility
spectrometers
boxes
impurities

Physics

diffusion coefficient
temperature
neutron diffraction
neutrons
neutron scattering
coefficients
critical temperature

Engineering

magnetic suspension
electrostatics
electrical resistivity
x ray scattering
x rays
x ray sources
inelastic scattering
furnaces
diffractometers
scattering
semiconductor lasers
optical pyrometers
fabrication

Astronautics

sounding rockets

Engineering & Materials Science

Liquids
Microgravity
Electrostatics
Molten materials
Temperature
Molecular dynamics
Experiments
Barium alloys
Rockets
X rays
Germanium alloys
Computer simulation
Fabrication
Refractory metals
Atoms
Neutrons
Diffractometers
Glass ceramics
Substrates
Neutron diffraction
Neutron scattering
Liquid metals
Crystal growth
Zirconium
Dielectric properties
Tin
Single crystals
Semiconductor lasers
Spectrometers
Furnaces
Phase separation
Wavelength
Solubility
X ray diffraction
Diffraction
Crystallization
Gravitation
Impurities
Cooling
Specifications
Melting point
Pyrometers
Glass
Eutectics
Crystals
Alumina
Synchrotrons
Heating
Chemical analysis
Sounding rockets

Chemical Compounds

Liquids
Microgravity
Molten materials
Experiments
Molecular dynamics
Barium alloys
Temperature
Electrostatics
Noncrystalline solids
X rays
Germanium alloys
Impurities
Computer simulation
Fabrication
Atoms
Tin
Neutron scattering
Crystallization
Liquid metals
Density (specific gravity)
Dielectric properties
Semiconductor lasers
Electron gas
Furnaces
Phase separation
Solubility
X ray diffraction
Single crystals
Cooling
Specifications
Glass
Wavelength
Eutectics
Chemical analysis
Rockets
Sounding rockets
Nucleation
Substrates
Processing
Gravitation
Supercooling
Oxides
Melting point