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Constrained Simulations of the Magnetic Field in the Local Supercluster and the Propagation of UHECR

机译:局部超集团中磁场的约束仿真和uhecr的传播

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Magnetic fields (MF) in the Local Supercluster (LSC) of galaxies may have profound consequences for the propagation of Ultra High Energy Cosmic Rays (UHECR).Faraday rotations measurements provide some informations about MF in compact clusters.However,very few is known about less dense regions and about the global structure of MF in the LSC.In order to get a better knowledge of these fields we are performing constrained magnetohydrodynamical simulations of the LSC magnetic field.We will present the results of our simulation and discuss their implications for the angular distribution of expected UHECR deflections.
机译:磁场(MF)在星系的局部超级集团(LSC)中可能对超高能宇宙射线(UHECR)的传播产生深远的后果.Faraday旋转测量在紧凑簇中提供了一些关于MF的信息。但是,很少有人知道较少的区域和关于LSC中的MF的全局结构。为了获得更好的了解这些领域,我们正在执行LSC磁场的约束磁性流体动力学模拟。我们将展示我们的模拟结果并讨论其对其的影响预期uhecre偏转的角分布。

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