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

Engineering & Materials Science

Heat transfer
Boiling liquids
Refrigerants
Heat flux
Heat transfer coefficients
Rapid quenching
Vapors
Wire
Condensation
Temperature
Thermal conductivity
Liquids
Cooling
Nucleate boiling
Tissue
Ice
Cells
Silicon
Experiments
Water
Electrodes
Sensors
Numerical analysis
Freezing
Graphene
Thermal diffusivity
Fluids
Evaporators
Fins (heat exchange)
Multichip modules
Heat conduction
Cell membranes
Natural convection
Cooling water
Geometry
Microscopes
Monolayers
Microgravity
Prandtl number
Contacts (fluid mechanics)
Mass transfer
Ethanol
Nusselt number
Denaturation
Liquid films
Vibrations (mechanical)
Quenching
Substrates
Tumors
Chlorofluorocarbons

Physics & Astronomy

Physics

heat transfer
heat transfer coefficients
heat flux
thermal conductivity
water temperature
thermal diffusivity
temperature

Engineering

boiling
film boiling
nucleate boiling
graphene
evaporators
freezing
metal spinning
electrodes
film condensation
heat pumps

General

refrigerants
tubes
fins
cooling
chips
bundles
cells
sensors
condensation
counterflow
ice formation
condensers
falling
free convection
freon
electric pulses
submerging
diffusivity
damage
vibration
biopolymer denaturation
working fluids
annular flow

Chemistry and Materials

wire
liquids
vapors
water
silicon
ice
dissolved gases
ethyl alcohol
chlorofluorocarbons

Mathematical and Computer Sciences

numerical analysis

Chemical Compounds

Boiling liquids
Heat transfer
Thermal conductivity
Graphite
Wire
Silicon
Refrigerants
Sensors
Temperature
Heat flux
Water
Rapid quenching
Monolayers
Heat transfer coefficients
Liquids
Cooling
Vapors
Ice
Nucleate boiling
Freezing
Numerical analysis
Gases
Electrodes
Thermal diffusivity
Tissue
norflurane
Thermal conductivity of liquids
Thermal conductivity of gases
Experiments
Cells
Dehydration
Fins (heat exchange)
Platinum
Substrates
Cell membranes
Mass transfer
Condensation
Microscopes
Denaturation
Natural convection
Nanopores
Gels
Chlorofluorocarbons
Parallel flow
Fluids
MEMS
Heat conduction
Multichip modules
Nanowires
Contacts (fluid mechanics)