比较了用不同的撞击装置测试的炸药撞击感度和滑道试验的结果。试验结果表明，用１２型工具测试塑料粘结炸药的５０％爆炸特性落高以及用击柱、击柱套、底座组成的撞击装置测试以ＨＭＸ为基，含大量ＴＡＴＢ的炸药的爆炸概率，可预估这些炸药的滑道试验结果。

With the help of the condensed formula CaHbNcOd,formula mass(M), initial density (ρ), standard molar enthalpy offormation (ΔfHθm), specificheat capacity (Cp), autoignition temperature (Tig), critical temperature ofthermal explosion (Tb), detonation decomposition reaction equation, expressionsdescribing the number of moles of gaseous detonation products per gram ofexplosive (N), the average mass of these gases (Mg) and the chemical energy ofthe detonation reaction per gram of explosive (ie heat of detonation)(Qd=-ΔdHθm), Kamlet-Jacobs equations ofcalculating the detonation velocity (D) and detonation pressure (P), andformulae of calculating the standard internal energy of formation Δ_fE_θ,ignition enthalpy(Hi), detonation reaction energy ΔdUθm, polytropic exponent k and particle velocity of detonationproducts (up,d), the values of the parameters Qd, ΔfEθ, Hig, ΔdUθm, D, P, k and up,d of evaluating the energy and damage effect ofexplosives were obtained.