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The effect of a dynamic inner heliosheath thickness on cosmic-ray modulation
(IOP Publishing, 2015)
The time-dependent modulation of galactic cosmic rays in the heliosphere is studied over different polarity cycles by
computing 2.5 GV proton intensities using a two-dimensional, time-dependent modulationmodel. By ...
Modelling anomalous cosmic ray oxygen in the heliosheath
(EDP Sciences, 2010)
This paper discusses a numerical modulation model to describe anomalous cosmic ray acceleration and transport in the heliosheath, the portion of the heliosphere between the termination shock and the heliopause. The model ...
Ionization rates in the heliosheath and in astrosheaths: spatial dependence and dynamical relevance
(EDP Sciences, 2014)
Context. In the heliosphere, especially in the inner heliosheath, mass-, momentum-, and energy-loading induced by the ionization of
neutral interstellar species plays an important, but for some species, especially helium, ...
The heliospheric transport and modulation of multiple charged anomalous oxygen revisited
(EDP Sciences, 2010)
Context. Since the crossings of the solar wind termination shock by the Voyager 1 and 2 spacecraft, much speculation has surrounded the acceleration mechanism and region where the anomalous cosmic ray component is accelerated. ...
Origin of the differential fluxes of low-energy electrons in the inner heliosheath
(IOP, 2017)
The study addresses the question of the origin of low-energy electrons measured by Voyager 1 in the multi-keV
range in the inner heliosheath. It intends to demonstrate that the observed keV-fluxes of electrons are ...