The composition of energetic solar particles is reviewed for all solar events in which measurements on helium and heavier nuclei have been made simultaneously in the same detector during a given particle event. For nuclei of equal charge-to-mass ratio, the relative abundances have been the same within uncertainties in every measurement, and consistent with spectroscopic photospheric estimates. Iron has a slightly different charge-to-mass ratio but is still of considerable interest. An observation of the Fe/O in the January 24, 1971 solar event has provided a second determination of this value
Studies of the charge composition of two solar gamma ray/neutron-flare events reveal a striking enri...
Energetic helium and heavy nuclei (Z ≥ 3) were detected in the July 18, 1961, solar particle e...
Nike-Apache rockets used to study charged particles emitted during solar flare event on 2 Sep 196
19-24Present state of our knowledge on the composition of energetic solar particles is reviewed with...
The general features of the solar particle composition now seem to be clear. The two most abundant c...
Measurements of the flux of helium nuclei in the 24 January 1971 event and of helium and (C,N,O) nuc...
Observations of the proton, helium, (C, N, O) and Fe-group nuclei fluxes made during the large 4 Aug...
The abundance of Fe-group nuclei in the energetic solar particles was measured twice in the 24 Janua...
Nuclear composition for several multicharged nuclei and energy spectra for hydrogen, helium, and med...
The elemental composition of energetic nuclei from seven major solar flare events were measured wit ...
Observations of helium and heavier particles with energies below about 10 to 20 MeV/nucleon are disc...
A study of the composition and energy spectra of solar cosmic rays from the Nov. 12, 1960 solar flar...
It is found for four major solar-flare events that the average solar energetic particle (SEP) abunda...
An approach to measuring charged spectra of solar cosmic rays is considered. These observations were...
The composition and energy spectra of solar cosmic rays from the No-vember 12, 1960, solar flare wer...
Studies of the charge composition of two solar gamma ray/neutron-flare events reveal a striking enri...
Energetic helium and heavy nuclei (Z ≥ 3) were detected in the July 18, 1961, solar particle e...
Nike-Apache rockets used to study charged particles emitted during solar flare event on 2 Sep 196
19-24Present state of our knowledge on the composition of energetic solar particles is reviewed with...
The general features of the solar particle composition now seem to be clear. The two most abundant c...
Measurements of the flux of helium nuclei in the 24 January 1971 event and of helium and (C,N,O) nuc...
Observations of the proton, helium, (C, N, O) and Fe-group nuclei fluxes made during the large 4 Aug...
The abundance of Fe-group nuclei in the energetic solar particles was measured twice in the 24 Janua...
Nuclear composition for several multicharged nuclei and energy spectra for hydrogen, helium, and med...
The elemental composition of energetic nuclei from seven major solar flare events were measured wit ...
Observations of helium and heavier particles with energies below about 10 to 20 MeV/nucleon are disc...
A study of the composition and energy spectra of solar cosmic rays from the Nov. 12, 1960 solar flar...
It is found for four major solar-flare events that the average solar energetic particle (SEP) abunda...
An approach to measuring charged spectra of solar cosmic rays is considered. These observations were...
The composition and energy spectra of solar cosmic rays from the No-vember 12, 1960, solar flare wer...
Studies of the charge composition of two solar gamma ray/neutron-flare events reveal a striking enri...
Energetic helium and heavy nuclei (Z ≥ 3) were detected in the July 18, 1961, solar particle e...
Nike-Apache rockets used to study charged particles emitted during solar flare event on 2 Sep 196