Abstract: Jovian electrons in Earth orbit can be regarded as probes of the inner heliosphere. They readily penetrate into the inner heliosphere in periods of the optimum magnetic connection between Earth and Jupiter. Such a penetration is also occasionally observed at seemingly unfavourable Earth–Jupiter dispositions. This phenomenon can be explained by the occurrence of long-living magnetic traps extending from the Sun to Jupiter and rotating along with the Sun
Jovian charged particle environment that has long served as a reference for missions to Jupiter. How...
Experiments aboard the Ulysses spacecraft discovered quasi-periodic bursts of relativistic electrons...
Jupiter has the most complex and energetic radiation belts in our Solar System and one of the most c...
Abstract: Since the Pioneer 10/11 mission, Jupiter is known as a source of MeV electrons in the inne...
Abstract: The electron intensities in the energy range from a few hundred keV to a few tens of MeV i...
Jupiter’s magnetosphere acts as a point source of near-relativistic electrons within the heliosphere...
Jupiter’s magnetosphere acts as a point source of near-relativistic electrons within the heliosphere...
Context. Jovian electrons serve an important role in test-particle distribution in the inner heliosp...
Abstract: The COSPIN/KET experiment on board the Ulysses spacecraft has been observing the flux of 3...
Abstract: The propagation and modulation of electrons in the heliosphere play an important role in i...
The propagation of Jovian electrons in interplanetary space was modelled by solving the relevant tra...
Context. Since the Pioneer 10 flyby of Jupiter it has become well known that electrons of Jovian ori...
Abstract: The onset of solar cycle 24 was expected to start at the end of 2008, following the famili...
The Voyager 2 encounter has enhanced our understanding of earlier results and provided measurements ...
A large flux of > 100 MeV electrons were registered in the inner radiation belt on low-altitude s...
Jovian charged particle environment that has long served as a reference for missions to Jupiter. How...
Experiments aboard the Ulysses spacecraft discovered quasi-periodic bursts of relativistic electrons...
Jupiter has the most complex and energetic radiation belts in our Solar System and one of the most c...
Abstract: Since the Pioneer 10/11 mission, Jupiter is known as a source of MeV electrons in the inne...
Abstract: The electron intensities in the energy range from a few hundred keV to a few tens of MeV i...
Jupiter’s magnetosphere acts as a point source of near-relativistic electrons within the heliosphere...
Jupiter’s magnetosphere acts as a point source of near-relativistic electrons within the heliosphere...
Context. Jovian electrons serve an important role in test-particle distribution in the inner heliosp...
Abstract: The COSPIN/KET experiment on board the Ulysses spacecraft has been observing the flux of 3...
Abstract: The propagation and modulation of electrons in the heliosphere play an important role in i...
The propagation of Jovian electrons in interplanetary space was modelled by solving the relevant tra...
Context. Since the Pioneer 10 flyby of Jupiter it has become well known that electrons of Jovian ori...
Abstract: The onset of solar cycle 24 was expected to start at the end of 2008, following the famili...
The Voyager 2 encounter has enhanced our understanding of earlier results and provided measurements ...
A large flux of > 100 MeV electrons were registered in the inner radiation belt on low-altitude s...
Jovian charged particle environment that has long served as a reference for missions to Jupiter. How...
Experiments aboard the Ulysses spacecraft discovered quasi-periodic bursts of relativistic electrons...
Jupiter has the most complex and energetic radiation belts in our Solar System and one of the most c...