Ionization states of 16 individual anomalous cosmic ray events have been determined in the anuradha cosmic ray experiment conducted onboard Spacelab-3. The geomagnetic field was used as a rigidity filter for the energetic charged particles, and the upper limit on their ionization states is obtained by using the relation Z <= M.p.c/R/sub c/. Out of 16 events, 11 are found to be singly ionized and the other five events are consistent with their being in singly ionized states. The singly ionized nature of the anomalous cosmic ray particles suggests neutrals in the local interstellar space as their source
We have used data from the Cosmic Ray Subsystem on the Voyager spacecraft to measure the spectra of ...
After critically reviewing observational results obtained by astronomical spacecraft in the interpla...
We have used data from the Cosmic Ray Subsystem on the Voyager spacecraft to measure the spectra of ...
Ionization states of 16 individual anomalous cosmic ray events have been determined in the anuradha...
Ionization states of 16 individual anomalous cosmic ray events have been determined in the anuradha...
Ionization states of 16 individual anomalous cosmic ray events have been determined in the anuradha...
Ionization states of 16 individual anomalous cosmic ray events have been determined in the anuradha...
IONS (ANURADHA), the experimental payload designed specifically to determine the ionization states, ...
We report preliminary results from the Joint Study of the Charge State of the Anomalous Component, ...
An Indian experiment in spacelab-3 has been designed to perform the measurements of ionization state...
During April 29 to May 6, 1985, the Spacelab-3 mission of NASA was in orbit carrying among others, t...
We report the first results on the determination of the ionization states of oxygen ions in the anom...
We use instrumentation on SAMPEX and the Earth’s field as a magnetic filter, to obtain a “pure” samp...
We use instrumentation on SAMPEX and the Earth's field as a magnetic rigidity filter in a “double sp...
We use instrumentation on SAMPEX and the Earth's field as a magnetic rigidity filter in a “double sp...
We have used data from the Cosmic Ray Subsystem on the Voyager spacecraft to measure the spectra of ...
After critically reviewing observational results obtained by astronomical spacecraft in the interpla...
We have used data from the Cosmic Ray Subsystem on the Voyager spacecraft to measure the spectra of ...
Ionization states of 16 individual anomalous cosmic ray events have been determined in the anuradha...
Ionization states of 16 individual anomalous cosmic ray events have been determined in the anuradha...
Ionization states of 16 individual anomalous cosmic ray events have been determined in the anuradha...
Ionization states of 16 individual anomalous cosmic ray events have been determined in the anuradha...
IONS (ANURADHA), the experimental payload designed specifically to determine the ionization states, ...
We report preliminary results from the Joint Study of the Charge State of the Anomalous Component, ...
An Indian experiment in spacelab-3 has been designed to perform the measurements of ionization state...
During April 29 to May 6, 1985, the Spacelab-3 mission of NASA was in orbit carrying among others, t...
We report the first results on the determination of the ionization states of oxygen ions in the anom...
We use instrumentation on SAMPEX and the Earth’s field as a magnetic filter, to obtain a “pure” samp...
We use instrumentation on SAMPEX and the Earth's field as a magnetic rigidity filter in a “double sp...
We use instrumentation on SAMPEX and the Earth's field as a magnetic rigidity filter in a “double sp...
We have used data from the Cosmic Ray Subsystem on the Voyager spacecraft to measure the spectra of ...
After critically reviewing observational results obtained by astronomical spacecraft in the interpla...
We have used data from the Cosmic Ray Subsystem on the Voyager spacecraft to measure the spectra of ...