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

Chemical Compounds

Undercooling
Coercive force
Solidification
Metastable phases
Crystallization
Magnetic properties
Nucleation
Amorphous alloys
Rapid solidification
Aluminum
Cooling
Flow of gases
Gases
Temperature
Microstructure
Crystalline materials
Binary alloys
Anisotropy
Current density
Atoms
Magnetization
Crystal growth
Ceramic fibers
Quasicrystals
Die casting
Crystals
Crystallization kinetics
Aluminum Oxide
Single crystals
Quenching
Diaphragms
Air pollution
Chemical analysis
Boron
Liquid metals
Liquids
Powders
Electrolytes
Phase diagrams
Magnets
Containers
Growth kinetics
Molten materials
Chlorides
Aluminum alloys
Melting point
Energy conservation
Grain boundaries
Furnaces
Eutectics

Engineering & Materials Science

Undercooling
Coercive force
Solidification
Metastable phases
Magnetic properties
Crystallization
Nucleation
Amorphous alloys
Rapid solidification
Cooling
Flow of gases
Aluminum
Temperature
Crystal growth
Microstructure
Crystalline materials
Binary alloys
Anisotropy
Current density
Atoms
Gases
Magnetization
Aluminum chloride
Ceramic fibers
Quasicrystals
Die casting
Crystals
Crystallization kinetics
Single crystals
Quenching
Diaphragms
Air pollution
Chemical analysis
Liquid metals
Liquids
Phase diagrams
Magnets
Containers
Magnesium
Growth kinetics
Molten materials
Aluminum alloys
Melting point
Energy conservation
Grain boundaries
Furnaces
Eutectics
Cathodes
Alumina
Deposits

Physics & Astronomy

General

supercooling
solidification
coercivity
drop towers
jet flow
gas flow
cooling
dendrites
magnetization
microstructure
anisotropy
crystals
binary alloys
curves
kinetics
ribbons
stoichiometry
quenching
eutectics
magnets
free fall
single crystals
grain boundaries
phase diagrams
lattice parameters
heat measurement

Engineering

magnetic properties
levitation
gas jets
magnetic suspension
nucleation
x rays
heat treatment
moments
magnetic moments
containers

Chemistry and Materials

crystallization
boron

Aeronautics

rapid solidification

Physics

atoms
diffraction
temperature