Observations of solar energetic particles (SEP) from 22 solar flares in the 1977 to 1982 time period are reported. SEP abundances were obtained for all elements with 3 approximately less than Z approximately less than 30 except Li, Be, B, F, Sc, v, Co and Cu for which upper limits were obtained. Statistically meaningful abundances of several rare elements (P, Cl, K, Ti, and Mn) were determined for the first time, and the average abundance of the more abundant elements were determined with improved precision
Solar energetic particle (SEP) elemental abundance data from the cosmic ray subsystem (CRS) aboard t...
Solar energetic particle (SEP) elemental abundance data from the Cosmic Ray Subsystem (CRS) aboard ...
From a turbulent history, the study of the abundances of elements in solar energetic particles (SEPs...
Observations of solar energetic particles (SEPs) from 22 solar flares in the 1977-1982 time period a...
Using data from the Cosmic Ray Subsystem aboard the Voyager 1 and 2 spacecraft (Stone et al., 1977),...
Although solar energetic particle (SEP) abundances vary from event to event, it has been shown that ...
Although solar energetic particle (SEP) abundances vary from event to event, it has been shown that ...
Although solar energetic particle (SEP) abundances vary from event to event, it has been shown that ...
The Low Energy Telescopes on the Voyager spacecraft are used to measure the elemental composition (2...
Recent studies have shown that there are well defined average abundances of heavy (Z≳2) solar energe...
The Low Energy Telescopes on the Voyager spacecraft are used to measure the elemental composition (2...
It is found for four major solar-flare events that the average solar energetic particle (SEP) abunda...
We find that the ionic charge-to-mass ratio (Q/M) is the principal organizing parameter for the frac...
We find that the ionic charge-to-mass ratio (Q/M) is the principal organizing parameter for the frac...
The elemental composition of energetic nuclei from seven major solar flare events were measured wit ...
Solar energetic particle (SEP) elemental abundance data from the cosmic ray subsystem (CRS) aboard t...
Solar energetic particle (SEP) elemental abundance data from the Cosmic Ray Subsystem (CRS) aboard ...
From a turbulent history, the study of the abundances of elements in solar energetic particles (SEPs...
Observations of solar energetic particles (SEPs) from 22 solar flares in the 1977-1982 time period a...
Using data from the Cosmic Ray Subsystem aboard the Voyager 1 and 2 spacecraft (Stone et al., 1977),...
Although solar energetic particle (SEP) abundances vary from event to event, it has been shown that ...
Although solar energetic particle (SEP) abundances vary from event to event, it has been shown that ...
Although solar energetic particle (SEP) abundances vary from event to event, it has been shown that ...
The Low Energy Telescopes on the Voyager spacecraft are used to measure the elemental composition (2...
Recent studies have shown that there are well defined average abundances of heavy (Z≳2) solar energe...
The Low Energy Telescopes on the Voyager spacecraft are used to measure the elemental composition (2...
It is found for four major solar-flare events that the average solar energetic particle (SEP) abunda...
We find that the ionic charge-to-mass ratio (Q/M) is the principal organizing parameter for the frac...
We find that the ionic charge-to-mass ratio (Q/M) is the principal organizing parameter for the frac...
The elemental composition of energetic nuclei from seven major solar flare events were measured wit ...
Solar energetic particle (SEP) elemental abundance data from the cosmic ray subsystem (CRS) aboard t...
Solar energetic particle (SEP) elemental abundance data from the Cosmic Ray Subsystem (CRS) aboard ...
From a turbulent history, the study of the abundances of elements in solar energetic particles (SEPs...