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

Engineering & Materials Science

Crystallization
Crystals
Nucleation
Supersaturation
Polyelectrolytes
Crystal growth
Crystallizers
Polymorphism
Agglomeration
Hydrates
Ultrasonics
Acids
Phosphates
Supercooling
Irradiation
Recovery
Magnesium
Ions
Cooling
Phosphorus
Wastewater
Purification
Nitrates
Melting point
Carbonates
Heat storage
Potassium
Strontium
Nanoparticles
Seed
Salts
Calcium carbonate
Sodium
Particle size
Amino acids
Impurities
Particle size analysis
Fluidized beds
Drug products
Decontamination
Crystalline materials
Latent heat
Temperature
Arginine
Sodium borate

Chemical Compounds

Crystallization
Crystals
Nucleation
carbopol 940
Polyethyleneimine
Supersaturation
Polyelectrolytes
Polymorphism
Hydrates
Crystallizers
Agglomeration
Ultrasonics
Supercooling
Irradiation
Ions
Recovery
Cooling
Magnesium
Melting point
Heat storage
Calcium Carbonate
Salts
Metals
Nanoparticles
Seed
Wastewater
Sulfamerazine
Particle size analysis
Fluidized beds
Latent heat
Particle size
Phosphorus
Muramidase
Plutonium
Oxalic Acid
Sodium Acetate

Physics & Astronomy

Engineering

nucleation
decontamination
purification
irradiation

General

crystals
induction
aqueous solutions
ultrasonics
supercooling

Chemistry and Materials

crystallization
sulfates
nitrates
crystal growth
acetylsalicylic acid