The problem about thermal explosion of a plane reagent layer is analytically solved under the non-symmetric boundary conditions of the third kind. The critical Frank-Kamenetskij parameters are determined for general and particular cases. The calculation results are compared with published data. It is shown that the critical parameter values obtained by the direct and inverse methods do not coincide at small values of the Bio criterion and depend on the scale temperature
The paper deals with the effect of dimensionless non - Newtonian coefficient on the thermal stabilit...
The conditions for the onset of thermal runaway in reactors with small non uniformities is investiga...
International audienceIn this paper we investigate, numerically as well as analytically, the influen...
The problem about thermal explosion of a plane reagent layer is analytically solved under the non-sy...
The problem of the thermal explosion (TE) of an agent in the form of a plane layer between two plane...
Critical conditions of the thermal explosion of a hollow cylinder are investigated at asymmetric bou...
Analytical solutions for the strongly exothermic decomposition of combustible material are discussed...
We have analyzed the condition needed for thermal explosion to occur in a solid sample when the tem-...
Thermal stability of reacting masses, whose thermal conductivity is a function of temperature, is in...
Knowing the conditions for a system to undergo thermal explosion is of utmost importance for many ap...
Approximate expressions are obtained for the critical explosion parameter and critical temperature r...
This paper examine the steady-state solutions for the strongly exothermic decomposition of a combust...
An analytical study of thermal explosion on Newtonian and non-Newtonian fluid is carried out. Approx...
Ignition or thermal explosion in a body of reactive material, as described by a dimensionless reacti...
Thermal (or heat) explosion occurs in a reacting medium if the heat production due to an exothermic ...
The paper deals with the effect of dimensionless non - Newtonian coefficient on the thermal stabilit...
The conditions for the onset of thermal runaway in reactors with small non uniformities is investiga...
International audienceIn this paper we investigate, numerically as well as analytically, the influen...
The problem about thermal explosion of a plane reagent layer is analytically solved under the non-sy...
The problem of the thermal explosion (TE) of an agent in the form of a plane layer between two plane...
Critical conditions of the thermal explosion of a hollow cylinder are investigated at asymmetric bou...
Analytical solutions for the strongly exothermic decomposition of combustible material are discussed...
We have analyzed the condition needed for thermal explosion to occur in a solid sample when the tem-...
Thermal stability of reacting masses, whose thermal conductivity is a function of temperature, is in...
Knowing the conditions for a system to undergo thermal explosion is of utmost importance for many ap...
Approximate expressions are obtained for the critical explosion parameter and critical temperature r...
This paper examine the steady-state solutions for the strongly exothermic decomposition of a combust...
An analytical study of thermal explosion on Newtonian and non-Newtonian fluid is carried out. Approx...
Ignition or thermal explosion in a body of reactive material, as described by a dimensionless reacti...
Thermal (or heat) explosion occurs in a reacting medium if the heat production due to an exothermic ...
The paper deals with the effect of dimensionless non - Newtonian coefficient on the thermal stabilit...
The conditions for the onset of thermal runaway in reactors with small non uniformities is investiga...
International audienceIn this paper we investigate, numerically as well as analytically, the influen...