硝酸铵基混合炸药的自燃自爆问题，是硫化矿及高温条件下爆破安全问题的关键所在。
The spontaneous combustion and explosion of AN-based explosives lies the crux of safety problem of in the presence of sulphidic minerals and high ambient temperature.
选用PETN炸药为主体炸药、室温硫化甲基硅橡胶为粘接剂，研制出了一种挠性混合炸药。
A flexible explosive is developed in the present paper using explosive PETN as the base explosive and methyl silicone rubber as a bonder, which is cured at room temperature.
为了解DADE以及含DADE的混合炸药的安全性能，用显微镜研究了DADE混合炸药降感机理。
To examine the safety of DADE and composite explosives with DADE, the mechanism of decreasing the sensitivity of mixed explosives with DADE is studied by means of a microscope.
比较了利用人工神经网络(ANN)和混合物密度计算公式对一种聚合物粘结炸药(PBX)的装药密度计算的结果。
The densities of a kind of Polymer Bonded Explosive (PBX) which were calculated using artificial neural network (ANN) and density equation for mixture have been compared.
采用凝胶渗透色谱（GPC）和X射线光电子能谱（XPS）研究了TATB炸药在AS／F2314两种组分的聚合物混合溶液的吸附行为。
The adsorption behave of TATB in the two-component polymer solution of AS and F2314 have been explored by means of Gel Permeation Chromatography(GPC) and X-ray Photoelectron Spectroscopy (XPS).
该配方采用TATB和RDX的混合物作主体炸药，EVA和F26的共混物作粘结剂，通过慢速烤燃和小隔板试验确定了组分配比。
Mix of TATB and RDX is used as main explosive, and mixture of EVA and F26 as polymer binder. Through slow cook-off tests and small scale gap tests, the composition proportion has been determined.
该配方采用TATB和RDX的混合物作主体炸药，EVA和F26的共混物作粘结剂，通过慢速烤燃和小隔板试验确定了组分配比。
Mix of TATB and RDX is used as main explosive, and mixture of EVA and F26 as polymer binder. Through slow cook-off tests and small scale gap tests, the composition proportion has been determined.
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