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Projectile fragmentation of silicon ions at 490 A MeV

机译:490 A MeV下硅离子的弹丸碎裂

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Fragmentation cross sections are essential input parameters for propagation calculations which describe the effect of shielding against cosmic ray heavy nuclei by the walls of spacecraft or planetary habitat. Cross sections for the breakup of different elements are needed for different types of target material and for a wide range of energy. For this purpose, we have extended our studies of projectile fragmentation. By using stacks containing CR-39 track detectors and targets ranging from CH2 to Pb we have measured total and elemental fragmentation cross sections for fragments with charges Z(F) > 5, for silicon projectiles with energies of 490 A MeV, These new data sets allow us to improve our knowledge about the target and energy dependence of fragmentation cross sections. (C) 2001 Elsevier Science Ltd. All rights reserved. [References: 9]
机译:碎片横截面是传播计算的基本输入参数,描述了航天器或行星栖息地的壁对宇宙射线重核的屏蔽作用。对于不同类型的目标材料和广泛的能量,需要使用横截面来分解不同的元素。为此,我们扩展了弹丸破碎的研究。通过使用包含CR-39轨道探测器和CH2至Pb范围内目标的电池堆,我们测量了电荷Z(F)> 5的碎片的总碎裂和元素碎裂截面,能量为490 A MeV的硅弹,这些新数据集使我们能够提高对碎裂截面的目标和能量依赖性的了解。 (C)2001 Elsevier ScienceLtd。保留所有权利。 [参考:9]

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