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Reconstruction of the Direction of True Anisotropy of Cosmic Rays at Energy of about 100 TeV

机译:约100 TeV能量的宇宙线真实各向异性方向的重建。

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Bas Based on experimental data of the Baksan Air Shower Array (BASA) for the period 1994 ed – 2006 we have derived the true declination of cosmic ray anisotropy with effective energy about 100 TeV. The method used for this is a modification of the method suggested b by us in 2005 and based on the analysis of zero harmonic of intensity in the y sidereal time. The CR anisotropy declination turned out to be about 60 degrees. Thus, our previously published data, according to which the anisotropy vector lies in the galactic p plane, is confirmed. In this case the correction of the a lane, am- mplitude of the first harmonic in sidereal time reduced to the equator by the cosine of the true declination gives for the plitude total amplitude of the anisotropy vector a value of 0.16%.
机译:Bas根据1994年至2006年Baksan空气淋浴阵列(BASA)的实验数据,我们得出了有效能量约为100 TeV的宇宙射线各向异性的真实偏角。用于此的方法是对我们在2005年建议b的方法的修改,该方法基于y实时的强度零谐波分析。 CR各向异性偏角约为60度。因此,证实了我们先前发表的数据,据此各向异性矢量位于银河系p平面中。在这种情况下,通过校正的正弦余弦减小到赤道的横向,一次谐波的车道,一次谐波的幅值校正,使得各向异性矢量的幅值总幅值为0.16%。

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