It is shown that MgF 2 and YAG:Ce ceramics is synthesized with a high rate from the charge with low bulk density irradiated by powerful flux of electrons with energy of 1.4 MeV. High efficiency of synthesis is caused by the formation of radiolysis products stimulating solid- and gas-phase reactions in the charge upon exposure to powerful radiation fluxes.

中文翻译：

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暴露于强大的高能电子通量时形成发光的高温陶瓷

结果表明，MgF 2 和YAG:Ce陶瓷是由能量为1.4 MeV的强大电子通量辐照的低体积密度电荷以高速率合成的。合成的高效率是由辐射分解产物的形成引起的，这些产物在暴露于强大的辐射通量时会刺激装料中的固相和气相反应。