As the next-generation oxy-fuel combustion technology for controlling CO2 emissions,
pressurized oxy-fuel combustion (POC) technology can further reduce system energy …

Oxygen-driven circulating fluidized bed combustion (oxy-CFB) has been suggested as a
potential technique for facilitating carbon capture in large-scale power generation. Precise …

Radiation heat transfer is important in spherical flame modeling, such as to determine the
flame speed. It is beneficial to use one-dimensional (1D) model to solve the three …

Gas radiation emission is important for particle heat transfer in combustion scenarios where
gas products are radiative participating media. However, it is usually neglected in particle …

The full-spectrum correlated-k-distribution (FSCK) look-up table previously developed by the
authors Wang et al.(2018) provides an efficient means for accurate calculations of radiative …

Radiative heat transfer in particulate systems is important in various applications. Radiation
distribution factor (RD) and its extension to continuum scale, radiation distribution function …

Radiative heat transfer is dominant in splash and dilution zones of the oxy-fuel combustion
pressurized circulating fluidized bed (PCFB). However, the particle radiation fields interact …

Emerging high-temperature applications require a deeper understanding of radiative heat
transfer in particulate systems, while existing theoretical tools are still limited in estimating …

Particle-packing structure will change near the wall due to wall confinement, which
complicates the radiative heat transfer process. Proper knowledge of radiative heat transfer …

The thermal radiation transfer was complex due to high pressure, complicated flue gas
components and abundant particles in the dilute phase region of oxy-fuel combustion …