Mathematical modeling and algorithm for calculation of thermocatalytic process of producing nanomaterial

<p>At present, when constructing a mathematical description of the pyrolysis reactor, partial differential equations for components gas phase and catalyst are used. In well-known works on modeling pyrolysis, obtained models applicable only narrow range changes in process parameters, geometric dimensions considered constant. The article poses task creating complex model with additional terms, taking into account nonlinear effects, where apparatus operating characteristics vary over wide range. An analytical method has been developed implementation catalytic methane production nanomaterials continuous mode. equation gaseous initial boundary conditions third type is reduced to dimensionless form small value peclet criterion factor. It shown that laplace transform mainly suitable this case, which both solid-phase calculation periodic adequacy results known experimental data checked.</p>