The mean isotopic composition was measured of even-charge cosmic ray elements with 14 equal to or less than 26 near 0.8 GeV/N using a balloon-borne ionization-chamber/Cerenkov-counter detector system. The experimental method makes use of the geomagnetic field as a magnetic spectrometer. Results indicate that the most abundant isotopes at the cosmic ray source are Si-28, S-32, and Ca-40, like the solar system; but Fe-54, unlike the solar system
The individual isotopes of galactic cosmic ray Ne, Mg, and Si at 100 MeV/nucleon were clearly resolv...
We describe a new instrument to be flown on ISEE-C which is optimized to measure the isotopic compos...
The isotopic composition of cosmic rays is studied in order to develop the relationship between cosm...
We present a new measurement of the isotopic composition of cosmic ray iron in the energy interval ...
We present a new measurement of the isotopic composition of cosmic ray iron in the energy interval ...
We present a new measurement of the isotopic composition of cosmic ray iron in the energy interval ...
Isotope measurements of cosmic ray nuclei beyond the Fe peak are considered, using the charge region...
Results obtained from a high altitude balloon flight from Thompson, Canada in August, 1973 are repor...
Isotope measurements of cosmic ray nuclei beyond the Fe peak are considered, using the charge region...
Isotope measurements of cosmic ray nuclei beyond the Fe peak are considered, using the charge region...
Galactic cosmic rays represent a directly accessible sample of matter that originates outside the so...
During three balloon flights of a 1 sq m sr ionization chamber/Cerenkov counter detector system, mea...
The isotopic and chemical composition of primary cosmic-ray nuclei of a given magnetic rigidity does...
Measurements of the relative abundances of elements and their isotopes in galactic cosmic rays, whic...
Measurements of the relative abundances of elements and their isotopes in galactic cosmic rays, whic...
The individual isotopes of galactic cosmic ray Ne, Mg, and Si at 100 MeV/nucleon were clearly resolv...
We describe a new instrument to be flown on ISEE-C which is optimized to measure the isotopic compos...
The isotopic composition of cosmic rays is studied in order to develop the relationship between cosm...
We present a new measurement of the isotopic composition of cosmic ray iron in the energy interval ...
We present a new measurement of the isotopic composition of cosmic ray iron in the energy interval ...
We present a new measurement of the isotopic composition of cosmic ray iron in the energy interval ...
Isotope measurements of cosmic ray nuclei beyond the Fe peak are considered, using the charge region...
Results obtained from a high altitude balloon flight from Thompson, Canada in August, 1973 are repor...
Isotope measurements of cosmic ray nuclei beyond the Fe peak are considered, using the charge region...
Isotope measurements of cosmic ray nuclei beyond the Fe peak are considered, using the charge region...
Galactic cosmic rays represent a directly accessible sample of matter that originates outside the so...
During three balloon flights of a 1 sq m sr ionization chamber/Cerenkov counter detector system, mea...
The isotopic and chemical composition of primary cosmic-ray nuclei of a given magnetic rigidity does...
Measurements of the relative abundances of elements and their isotopes in galactic cosmic rays, whic...
Measurements of the relative abundances of elements and their isotopes in galactic cosmic rays, whic...
The individual isotopes of galactic cosmic ray Ne, Mg, and Si at 100 MeV/nucleon were clearly resolv...
We describe a new instrument to be flown on ISEE-C which is optimized to measure the isotopic compos...
The isotopic composition of cosmic rays is studied in order to develop the relationship between cosm...