由于立式混合机的密闭性及混合过程中推进剂药浆的不均匀性，NEPE推进剂在混合过程中存在燃烧转爆轰的可能性。
NEPE propellant slurry has the possibility of deflagration to detonation transition, because the vertical mixer is hermetic and the propellant slurry is inhomogeneous in the mixing process.
结果表明，随着测试半径增大，爆轰到达时间分散性明显增加，爆轰波阵面的倾角也增大。
The results indicate that the dispersivity of the shock arriving times and the obliquity of the shock wave front are obviously increased with increasing the radius of test.
本文尝试使用爆轰法纳米金刚石为原料，通过对其进行解团聚、有机物分子表面修饰以制备分散性良好的荧光碳纳米颗粒。
In this thesis, we try to use detonation diamonds to prepare fluorescent carbon nanoparticles by deagglomeration and surface modification.
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