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Electron capture at low velocity in the collision of Ar~(17+) ions with atoms, clusters and solids

机译:电子捕获在Ar〜(17+)离子的碰撞中的低速速度,用原子,簇和固体

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Absolute x-ray emission has been measured when Ar~(17+) ions at 255 keV collide either with atomic gaseous targets of Ar or N_2, with Ar clusters or with thin carbon foils. Preliminary results show a strong decrease of the x-ray signal with the backing pressure of the cluster supersonic jet compared to ion-atom interaction. This effect is a clear signature of slow highly charged ions interacting with clusters. Additionally, high resolution x-ray technique gives us access to the charge state distribution of the emitting ions.
机译:当Ar〜(17+)离子以255keV以Ar或N_2的原子气体靶标碰撞时,已经测量了绝对的X射线发射,用AR簇或薄碳箔。与离子原子相互作用相比,初步结果表明X射线信号具有簇超声波射流的背衬压力的强度降低。这种效果是与簇相互作用的慢速带电离子的明显签名。另外,高分辨率X射线技术使我们可以访问发射离子的电荷状态分布。

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