A comprehensive review is presented on the interactive transport processes in the
gasification and combustion of a cloud of drops and solid particles. The review is divided …

A three-color ratio pyrometer has been developed to obtain surface temperatures and high-
temperature combustion rates of burning carbonaceous particles. The features and …

The Pittsburgh Research Laboratory of the National Institute for Occupational Safety and
Health (NIOSH) conducted a study of the explosibility of various metals and other elemental …

The rate of burning of small concentrations of fine graphite powder has been measured in a
flat, laminar weak methane-air flame at sub-atmospheric pressure. Measurements were …

A great deal of efforts has been exercised to date to accurately model the non-gray behavior
of the gases. Among others, the weighted sum of gray gases model (WSGGM), which …

In a large number of combustion systems the fuel is produced from a vaporizing spray or
from solid particles (in coal-pulverized flames). For instance, a very good review by Faeth …

This work pertains to the high-temperature combustion of pulverized coal chars under
oxygen-enriched atmospheres. Single char particles were burned in a drop-tube furnace …

This article reports local gas and particle temperature and radiant and total heat flux
measurements made in a 0.8-m-diameter cylindrical down-fired laboratory-scale factor fired …

This study utilizes an in situ optical method to determine the temperature, size, and velocity
of individual particles of burning pulverized fuels. Temperature-size and velocity-size …

A detailed reaction mechanism for converting fuel nitrogen to nitric oxide and molecular
nitrogen in gas flames is used to model nitrogen chemistry in fuel-rich coal-dust/oxidizer flat …