QUASI-STEADY CONVECTIVE BURNING OF LOW-POROSITY ENERGETIC MATERIALS

The results of theoretical simulation of quasisteady convective burnin g of energetic materials obtained by numerical and analytical methods are reviewed. The spatial structure of a convective burning wave, stab ilization mechanisms, characteristics of quasisteady convective burnin g, and factors enabling the convective burning velocity and intensity of chemical reactions in the combustion zone to efficiently influenced are discussed. The inhibiting effect of binder additives is analyzed. The calculation results are compared with the available experimental data.