We have studied the spectrum and kinetics of optical emission accompanying the explosive decomposition of silver azide crystals initiated by a nanosecond electron beam (0.25 MeV, 20 ns, 0.1-2 kA/cm(2)). The emission kinetics reveals a component observed during the initiating pulse action, whose spectrum coincides with the spectrum of preexplosive luminescence observed in the subsequent stages of the initiation reaction. It is shown that the explosive decomposition reaction is initiated directly during the electron beam action and has a nonmonotonic kinetics. (C) 2004 MAIK "Nauka / Interperiodica".
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机译：我们已经研究了由纳秒电子束（0.25 MeV，20 ns，0.1-2 kA / cm（2））引发的叠氮化银晶体爆炸分解伴随的光发射光谱和动力学。发射动力学揭示了在引发脉冲作用期间观察到的组分，其光谱与在引发反应的后续阶段中观察到的爆炸前发光的光谱重合。结果表明，爆炸分解反应是在电子束作用期间直接引发的，具有非单调动力学。 （C）2004 MAIK“ Nauka / Interperiodica”。
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