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Electromagnetic Dissociation of Relativistic Weakly Bound Nuclei under Channeling in Crystals

机译:晶体窜射下相对论弱结合的电磁解离

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摘要

We present the theoretical model and results of computer simulations of electromagnetic dissociation (EMD) of relativistic deuterons under channeling conditions in a crystal. The computer code is based on the binary collision model and involves the impact-parameter dependent probability of deuteron EMD in collision with a separate crystal atom. The numerical results are presented for EMD of (100-5000) MeV/nucleon deuterons channeled in a tungsten crystal. Possible applications and future developments are discussed.
机译:我们在晶体中信道条件下提供了相对论氘核电磁解离(EMD)的计算机模拟的理论模型和结果。计算机代码基于二进制碰撞模型,并且涉及氘代EMD与单独的晶体原子碰撞的冲击参数依赖性概率。在钨晶体中出现(100-5000)eMD(100-5000)MEV / Nucleon氘核的数值结果。讨论了可能的应用和未来的发展。

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