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Time Delay, Deflection Angle and the Possible Origin of the Highest Energy Cosmic Rays

机译:时间延迟,偏转角和最高能量宇宙射线的可能起源

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Time delays of Cosmic Rays (CRs) have been the subject of many researches in different fields. Cosmicrays with the highest energies propagate in their paths with small deflections relative to the straight line propagationof light. The supposed structure of magnetic fields: galactic, intergalactic and the large scale cluster magnetic fields,has an important role on the deflection angles and the time delays of the highest energy particles. In the present workusing a simulation based on Auger events and suggestions about magnetic fields, discuss about the range of deflectionangles and the resulted time delays which is important on identifying the origin of CR particles.
机译:宇宙射线(CR)的时间延迟已成为不同领域中许多研究的主题。相对于光的直线传播,具有最高能量的宇宙射线在其路径中以较小的偏转传播。假定的磁场结构:银河系,银河系和大型团簇磁场,对最高能量粒子的偏转角和时间延迟具有重要作用。在当前的工作中,使用基于俄歇事件的模拟和有关磁场的建议,讨论了偏转角的范围和所产生的时延,这对于识别CR粒子的起源很重要。

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