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Historic landmarks in radiation chemistry since early observations by Marie Sktodowska-Curie and Pierre Curie

机译:自Marie Sklodowska-Curie和Pierre Curie的早期观测以来,辐射化学的历史里程碑

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摘要

The origin of the radiation chemistry history is contemporary with the X-rays and uranic rays discoveries. The complexity of the phenomena induced by the radiation effects, which involve electrons, ions and free radicals and a specific spatial distribution of the energy deposit along the tracks, was progressively understood, particularly when pulse radiolysis and time-resolved detection permitted to observe the short-lived transient species and to explain the chemical or biochemical mechanims. This short review summarizes the most important landmarks of the concepts and their applications.
机译:放射化学历史的起源是X射线和天王星射线的发现。人们逐渐了解了辐射效应引起的现象的复杂性,其中涉及电子,离子和自由基以及沿轨道的能量沉积的特定空间分布,特别是当脉冲辐射分解和时间分辨检测允许观察到短时时。活的瞬态物种,并解释其化学或生化机理。这篇简短的评论总结了这些概念及其应用的最重要的里程碑。

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