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首页> 外文期刊>Computer physics communications >Parallel code NSBC: Simulations of relativistic nuclei scattering by a bent crystal
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Parallel code NSBC: Simulations of relativistic nuclei scattering by a bent crystal

机译：并行代码NSBC：相对论原子弯曲晶体的散射模拟

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摘要

The presented program was designed to simulate the passage of relativistic nuclei through a bent crystal. Namely, the input data is related to a nuclei beam. The nuclei move into the crystal under planar channeling and quasichanneling conditions. The program realizes the numerical algorithm to evaluate the trajectory of nucleus in the bent crystal. The program output is formed by the projectile motion data including the angular distribution of nuclei behind the crystal. The program could be useful to simulate the particle tracking at the accelerator facilities used the crystal collimation systems. The code has been written on C++ and designed for the multiprocessor systems (clusters).
机译：提出的程序旨在模拟相对论核通过弯曲晶体的通道。即，输入数据与核束有关。在平面沟道和准沟道条件下，原子核进入晶体。该程序实现了数值算法来评估弯曲晶体中核的轨迹。程序输出由包含晶体后面原子核角度分布的弹丸运动数据形成。该程序对于在使用晶体准直系统的加速器设备上模拟粒子跟踪很有用。该代码已用C ++编写，并且是为多处理器系统（集群）设计的。

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