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

Chemical Compounds

Cations
Carbon Monoxide
Oxygen
Ions
Molecules
Adsorption
Atoms
Mass spectrometry
Silver
Water
Anions
Raman scattering
Silicates
Minerals
Vacuum
Tantalum
Cerium
Aluminum Hydroxide
Chemical analysis
Electronegativity
Ice
X ray absorption spectroscopy
Nitridation
Fluids
Ethylene Glycol
Raman spectroscopy
Thermometers
Silicon oxides
Heat radiation
Liquids
Neutron diffraction
Gases
Nickel
Aluminum
Absorption spectroscopy
Ammonia
Carbon Dioxide
Freezing
Oxidation
Nitrides
Silicon Dioxide
Gold
Dimers
Hydrogen
Cooling
Temperature
Evaporation
Discrete Fourier transforms
Nitrogen
Carbon

Physics & Astronomy

Physics

cations
anions
reactivity
ions
x ray absorption
atoms
infrared absorption
valence
absorption spectra
neutrons
diffraction
infrared spectra

Chemistry and Materials

molecules
adsorption
water
ice
barium oxides
aluminum
oxygen
hydrogen
silicates
tantalum
silicon oxides
carbon monoxide
carbon dioxide
ammonia
chromium
diamonds
chemistry
oxidation
aluminum oxides
silver
dimers
gold

Aerospace Sciences

mass spectroscopy
absorption spectroscopy
Raman spectroscopy
x ray spectroscopy
Earth mantle

General

reaction products
inclusions
anvils
olivine
micrometers
flight time

Engineering

diffractometers
freezing
x rays
engineering

Aeronautics

flight paths

Engineering & Materials Science

Olivine
Mass spectrometry
Oxygen
Ions
Minerals
Hydrated alumina
Atoms
Chemical analysis
X ray absorption spectroscopy
Neutron powder diffraction
Oxides
Raman spectroscopy
Cerium
Barium
Absorption spectroscopy
Silicates
Carbon dioxide
Molecules
Negative ions
Positive ions
Silica
Rocks
Raman scattering
Aluminum
Adsorption
X rays
Flight paths
Carbon
Fluids
Water
Electric fields
Neutron diffraction
Isomers
Reaction products
Gases
Discrete Fourier transforms
Oxidation
Lasers
Molecular oxygen
Neutron beams
Hydration
Experiments
Hydrogenation
Neutron sources
Protons
Mass spectrometers
Electron diffraction
Crystal orientation
Calibration
Diffraction patterns