The distinctive feature of the model is the inclusion of all basic physicochemical processes occurring in moisture-containing fireproof materials during heating to high temperatures.
The results of numerical investigation of the model are in good agreement with the experimental data for a number of moisture-containing fireproof materials.
The suggested investigation procedure is used to determine the macrokinetics of heterogeneous oxidation of coked foam of SGK-1 fireproof coating in an oxygen-containing gas medium.
The structures of the solid state products formed by the partial combustion of Korean pine wood treated with fire-retardant FRW were analyzed by microscopic FTIR.
The adsorption isotherms of the product of transesterification of dimethyl methylphosphonate (ZG-2), used as fire retardant, from dilute solutions on viscose fiber were determined experimentally at various temperatures.