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This paper is focused on showing that the fully differential cross section ofionization during a collision of a proton and an antiproton with a hydrogenatom is directly expressed by the wave function in the coordinaterepresentation. Wave function is converted from impact parameter representationto momentum transfer representation. In this case, the calculated wave functioncorresponds at a certain projectile angle of scattering. The squarerepresentation of this wave function module shows how the angular distributionof ionized electrons varies over time. The ionized electron's flow is directlyvisible from the image. In addition, the direct differentiation of the fullydifferential ionization cross section by the wave function is shown to beconsistent with the effective time determined by the ionization amplitude,which is the traditional method.

Direct determination of the fully differential cross section of the ionization by the wave function in the coordinate representation