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The particle's trajectory - Implementation

机译:粒子的轨迹 - 实施

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摘要

The paper addresses the application of the mathematical definition of a particle's trajectory in different scientific fields and using various approaches. After the introductory definition of the concept of a particle's trajectory, it go on to provide a definition of the concepts necessary for the understanding of the issues in question: the concept of mathematical chaos (especially the Poincare section in the context of which the dynamic trajectory is explained) and the Monte Carlo method employed for the estimation of nuclear radiation shields during a nuclear shielding simulation. Finally, an example is given which defines the concept of a wave particle's trajectory and the method of ship manoeuvring along a trajectory.
机译:本文解决了不同科学领域的粒子轨迹的数学定义和使用各种方法的应用。在介绍概念的介绍定义之后,它继续了解了解所讨论的问题所需的概念:数学混乱的概念(特别是庞纳罗部分在动态轨迹的上下文中被解释)和用于估计核屏蔽模拟期间核辐射屏蔽的蒙特卡罗方法。最后,给出了一个示例,其定义了波粒子轨迹的概念和沿轨迹操纵的船舶操纵方法。

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