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

Engineering & Materials Science

Coal
Coal combustion
Large eddy simulation
Soot
Fuel burners
Coal gasification
Gasification
Computer simulation
Gases
Laser induced breakdown spectroscopy
Furnaces
Lasers
Temperature
Coke ovens
Coal ash
Fly ash
Direct numerical simulation
Oxygen
Polycyclic aromatic hydrocarbons
Ashes
Slags
Radiation
Ignition
Numerical analysis
Carbon
Fuel systems
Power plants
Swirling flow
Molten materials
Experiments
Combustors
Chemical analysis
Heat transfer
Boiler control
Computational fluid dynamics
Electromagnetic wave attenuation
Scattering
Turbulent flow
Liquid films
Oxidation
Vortex flow
Laser diagnostics
Volume fraction
Carbon dioxide
Reaction rates
Reforming reactions
Atomic emission spectroscopy
Pyrolysis
Air
Laser produced plasmas

Chemical Compounds

Coal
Soot
Coal combustion
Large eddy simulation
Coal Ash
Gases
Laser induced breakdown spectroscopy
Coal gasification
Lasers
Coke ovens
Computer simulation
Polycyclic Aromatic Hydrocarbons
Fuel burners
Direct numerical simulation
Furnaces
Ashes
Gasification
Carbon Monoxide
Carbon
Temperature
Chemical analysis
Oxygen
Boiler control
Electromagnetic wave attenuation
Computational fluid dynamics
Ignition
Power plants
Carbon Dioxide
Radiation
Scattering
Turbulent flow
Hydrocarbons
Reforming reactions
Oxidation
Atomic emission spectroscopy
Laser produced plasmas
Volume fraction
Experiments
Reaction kinetics
Tars
Heat transfer
Hydrogen Sulfide

Physics & Astronomy

Aerospace Sciences

coal
laser-induced breakdown spectroscopy
rotating spheres

General

flames
sprayers
incandescence
large eddy simulation
counterflow
burners
simulation
entrainment
predictions
equivalence
radiation
Magnus effect
lasers
slags
horseshoe vortices
fuel sprays
vortices
diffusion flames
dissipation
turbulent jets

Physics

soot
strain rate

Engineering

Mie scattering
furnaces
coal gasification

Mathematical and Computer Sciences

Reynolds number

Chemistry and Materials

ashes
polycyclic aromatic hydrocarbons