Forecasting the characteristics of the explosives

Progress and performance of energetic materials: open dataset, tool, and implications for synthesis

“…Smirnov and Smirnov 78,91 performed the regression analysis on a dataset with 160 individual and composite energetic materials (the full dataset is not reported) and obtained the following formula:…”

“…Smirnov and Smirnov 78,91 performed the regression analysis on a dataset with 160 individual and composite energetic materials (the full dataset is not reported) and obtained the following formula: D = 0.481 ρ 0.607 (1000[ N ]/ M w ) 0.089 α 0.066 Q 0.221 cal N 0.19 g where the number of moles of gaseous products N g = 0.777 ρ −0.153 B 0.715 (1000Δ H 0 f /4.184/ M w + 1000) 0.1 ; the oxygen coefficient α = O]/(2[C] + 0.5([H] − [F] − [Cl])); Q cal [cal g −1 ] is the calorimetric heat of explosion.…”

“…Using regression analysis Smirnov and Smirnov 78,91 obtained the following equation for detonation pressure over a larger set of parameters: Zhou and Yu (ZY) 81 proposed an equation for detonation pressure with the gas coefficient G parameter (see the previous section for its denition):…”

“…Using regression analysis Smirnov and Smirnov 78,91 obtained the following equation for detonation pressure over a larger set of parameters: P CJ = 0.034 ρ 2.022 (1000[C]/ M w ) −0.0111 (1000[H]/ M w ) 0.00536 (1000[N]/ M w ) 0.149 Q 0.589 max N 0.26 g …”

“…Smirnov and Smirnov 78,91 suggested a regression equation for the calorimetric heat of detonation: Q cal = 4.261( Q max − 1000Δ H 0 f /4.184/ M w ) ρ 0.291 [C] −0.107 [H] −0.012 [N] 0.049 [O] 0.072 × (1000Δ H 0 f /4.184/ M w + 1000) −0.261 + 1000Δ H 0 f /4.184/ M w .…”