Recurrent low energy ( ≳0.5 MeV) proton flux enhancements, reliable indicators of corotating plasma interaction regions in interplanetary space, have been observed on the Voyager 1 and 2 and Pioneer 11 spacecraft in the heliographic latitude range 2°S to 23°N and the heliocentric radial range 11 to 20 AU. After a period of rather high correlation between fluxes at different latitudes in early 1983, distinct differences develop. The evolution of the fluxes appears to be related to the temporal and latitudinal dynamics of solar coronal holes, suggesting that information about the latitudinal structure of solar wind stream sources propagates to these distances
The properties of the large-scale global merged interaction region (GMIR) generated by the intense s...
Gold and Venkatesan report observations of periods during 1974-1976 when extended regions of heliolo...
Since early 2007, significant particle enhancements due to corotating interaction regions (CIRs) hav...
Recurrent low energy ( ≳0.5 MeV) proton flux enhancements, reliable indicators of corotating plasma ...
Recurrent low energy (greater than or = to 0.5 MeV) proton flux enhancements, reliable indicators of...
From December 1975 to June 1976 we observed an evolving recurrent proton enhancement with IMP 7/8 ...
Energetic particle observations in the outer heliosphere (approx 12 A. U.) by the LECP instruments o...
The radial gradient of long-lived, corotating energetic particle streams was measured using observat...
The relation of the coronal magnetic field structure to the distribution of approximately 1 MeV prot...
Voyager 1 has entered regions of different propagation conditions for energetic cosmic rays in the o...
Protons associated with centers of solar activity and propagation in interplanetary magnetic field r...
Voyager 1 has entered regions of different propagation conditions for energetic cosmic rays in the o...
International audienceUlysses, launched in October 1990, began its second out-of-ecliptic orbit in D...
Pioneer 10, 11 observations of the solar wind and magnetic field between 1 and 20 AU are reviewed. S...
International audienceThe variation of the peak intensity of energetic ions accelerated at CIR relat...
The properties of the large-scale global merged interaction region (GMIR) generated by the intense s...
Gold and Venkatesan report observations of periods during 1974-1976 when extended regions of heliolo...
Since early 2007, significant particle enhancements due to corotating interaction regions (CIRs) hav...
Recurrent low energy ( ≳0.5 MeV) proton flux enhancements, reliable indicators of corotating plasma ...
Recurrent low energy (greater than or = to 0.5 MeV) proton flux enhancements, reliable indicators of...
From December 1975 to June 1976 we observed an evolving recurrent proton enhancement with IMP 7/8 ...
Energetic particle observations in the outer heliosphere (approx 12 A. U.) by the LECP instruments o...
The radial gradient of long-lived, corotating energetic particle streams was measured using observat...
The relation of the coronal magnetic field structure to the distribution of approximately 1 MeV prot...
Voyager 1 has entered regions of different propagation conditions for energetic cosmic rays in the o...
Protons associated with centers of solar activity and propagation in interplanetary magnetic field r...
Voyager 1 has entered regions of different propagation conditions for energetic cosmic rays in the o...
International audienceUlysses, launched in October 1990, began its second out-of-ecliptic orbit in D...
Pioneer 10, 11 observations of the solar wind and magnetic field between 1 and 20 AU are reviewed. S...
International audienceThe variation of the peak intensity of energetic ions accelerated at CIR relat...
The properties of the large-scale global merged interaction region (GMIR) generated by the intense s...
Gold and Venkatesan report observations of periods during 1974-1976 when extended regions of heliolo...
Since early 2007, significant particle enhancements due to corotating interaction regions (CIRs) hav...