Chemical energy carriers are crucial for addressing challenges that arise from time lag,
large distances, and temporal fluctuations in renewable energy production, which lead to …

Homogeneous ignition and the evolution of near-spherical volatile flames from coal and
biomass particles are investigated under laminar flow conditions experimentally with a …

The thermal behaviors of high-temperature particle (HTP) and low-temperature particle
(LTP) are investigated based on the bench-scale impinging entrained-flow coal-water slurry …

Oxygen-enriched air combustion of pulverized biomass fuel is an effective method to
improve char combustion and improve flame stability. Moreover, understanding the impact of …

The multiscale modeling of a reaction-transport process is an important issue in both
fundamental and applied studies. We introduced a reaction–diffusion–convection model to …

The combustion characteristics of single high-volatile bituminous (hvb) coal and walnut shell
biomass particles were experimentally investigated in a laminar flow reactor with well …

This work proposed a novel model to simultaneously reconstruct temperature distribution
and soot volume fraction field for two-dimensional thin-slice flames using the knowledge of …