Industrial

Combustion Systems
Nuclear Engineering
Industrial Thermal Engineering

Nature and Human Health
Technologies
Applications of inverse radiation analysis
Available data for molecules of practical interest
Combined heat transfer by radiation, conduction, and convection
Data for molecules of practical interest
Examples of CO2 and H2O
First approach engineering models and useful data
Gas total emissivities
Global models for gas radiation
Heat-shielding properties of quartz fibrous materials
Inverse design of enclosures with participating media and multimode heat transfer
Mean absorption coefficients (Planck, Rosseland)
Nonuniform absorption of thermal radiation in large semitransparent particles at arbitrary illumination of the polydisperse system
Numerical methods for inverse radiation problems
Overview of recent developments
Radiation in production of carbon fibers
Radiation transfer in combustion chambers
Radiation-turbulence interaction
Radiative exchange between an isothermal gas and surrounding walls
Radiative properties of gas bubbles in semi-transparent medium
Radiative properties of polydisperse systems of independent particles
Radiative properties of semi-transparent particles
Radiative properties of soot particles
Radiative properties of water droplets in near infrared
Radiative transfer in combustion phenomena affected by radiation
Radiative transfer in combustion systems
Radiative transfer in glass production
Radiative transfer in laminar flames
Radiative transfer in laser processing
Radiative transfer in turbulent flames
Radiative transfer in two-phase combustion
Radiative-conductive heat transfer in dispersed materials
Radiative-conductive heat transfer in foam insulations
Real gaseous spectra
Some applied problems of combined heat transfer
Spectral radiative properties of diesel fuel droplets
Spectroscopic databases

Rocket Engines and Aerospace Applications
Heat Exchangers
Solar Energy
Fuel Cells
Plasma Energy Conversion
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