Initiation of Ignition of Highly Fuel Particles in The Flow of High Temperature Medium

An approximate analytical solution of ignition of the fuel porous particles has been brought. The impact of thermal radiation on the characteristics and conditions of the ignition has been considered. The verification of the solution has been obtained by comparing the calculated characteristics (delay time of ignition and the ignition temperature) with similar values obtained using the previously derived formulas

Effect of structural heterogeneity water-coal fuel conditions and characteristics of ignition

The problem of the particle ignition of coal-water fuel (CWF) with a joint course of the main processes of a thermal (thermal conductivity, evaporation, filtration heat and mass transfer, thermal decomposition of the organic part) has been solved. According to the results of numerical simulation ways of describing the extent of the influence of the thermophysical properties on the characteristics and conditions of ignition WCF have been set

Initiation of Ignition of Highly Fuel Particles in The Flow of High Temperature Medium

An approximate analytical solution of ignition of the fuel porous particles has been brought. The impact of thermal radiation on the characteristics and conditions of the ignition has been considered. The verification of the solution has been obtained by comparing the calculated characteristics (delay time of ignition and the ignition temperature) with similar values obtained using the previously derived formulas

Optimum conditions for heating of incompletely solidified ingots

Translated from Russian (Izv. Vyssh. Uchebn. Zaved., Chern. Metall. 1986 (3) p. 153-154)SIGLEAvailable from British Library Document Supply Centre- DSC:5828.4(M--36919)T / BLDSC - British Library Document Supply CentreGBUnited Kingdo