The effect of gamma radiation on the phenomenon of 90% and 98% hydrogen peroxide decomposition is described. Oxygen is the main gaseous product of radiolysis. A study conducted with the intention of using HTP as rocket - propellant. The results obtained by the gravimetric method (dose range from 500 Gy to 5 kGy) and by gas chromatography (dose range from 20 Gy to 5 kGy) were compared. Dependencies of the amount of postradiation oxygen released as a function of dose size are presented. Gas chromatography using a packed column and a thermal conductivity detector is a convenient method for testing the stability of HTP-based rocket - propellant.

中文翻译：

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高测试过氧化物（HTP）的辐射稳定性

描述了伽马辐射对90％和98％的过氧化氢分解现象的影响。氧气是放射分解的主要气体产物。为了将HTP用作火箭推进剂而进行了一项研究。比较了通过重量分析法（剂量范围从500 Gy至5 kGy）和通过气相色谱法（剂量范围从20 Gy至5 kGy）获得的结果。呈现了释放的放射后氧气量与剂量大小之间的关系。使用填充柱和热导检测器的气相色谱法是测试基于HTP的火箭推进剂稳定性的便捷方法。