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

Engineering & Materials Science

Methane
Ignition
Air
Hydrates
Internal combustion engines
Fuel burners
Combustors
Electric sparks
Flame synthesis
Phosphors
Temperature
Flammability
Gases
Yttrium oxide
Velocity measurement
Flow fields
Engines
Pistons
Permeation
Engine cylinders
Flow rate
Laminar boundary layer
Propane
Acoustics
Fluorescence
Boiling point
Liquid fuels
Pipe flow
Stabilization
Hysteresis
Ice
Membranes
Hydrogen
Heat transfer
Flow velocity
Heat losses
Rare earths
Lasers
Carbon dioxide
Photoluminescence
Acetone
Strain rate
Methanol
Electrostatics
Turbulence
Temperature measurement
Sand
Gels
Thermocouples
Fires

Physics & Astronomy

General

flames
premixed flames
equivalence
burners
temperature measurement
counterflow
hydrates
synthesis
combustion chambers
sprayers
diffusion flames
stagnation flow
curvature
low frequencies
wrinkling
vortex tubes
electrostatic probes
vapor phases

Chemistry and Materials

phosphors
methane
air
high temperature air
flammability
yttrium oxides
yttrium-aluminum garnet
rare earth elements
pyrolysis
methyl alcohol
gases

Physics

oscillations
flame temperature
photoluminescence
International System of Units
heat transfer
temperature
flow velocity
heat
flame propagation

Life Sciences

extinction

Engineering

engines
air jets
ignition

Chemical Compounds

Methane
Phosphors
Flame synthesis
Air
Hydrates
Gases
Fuel burners
Temperature
Carbon Monoxide
Ignition
Flammability
Combustors
Permeation
Photoluminescence
Hydrogen
Laminar boundary layer
Spray pyrolysis
Pipe flow
Rare earths
Membranes
Engines
Methanol
Oxygen
Heat transfer
Gels
Wall flow
Flow rate
Stabilization