MeV. The High-Energy Proton Alpha Telescope (HEPAT), which had a 48° viewingcone, viewed in the anti-Earth direction and measured protons in four energy
MeV. The High-Energy Proton Alpha Telescope (HEPAT), which had a 48° viewingcone, viewed in the anti-Earth direction and measured protons in four energy
MeV. The High-Energy Proton Alpha Telescope (HEPAT), which had a 48° viewingcone, viewed in the anti-Earth direction and measured protons in four energy
as detectors with the fixed-voltage analyzers. The telescopes had a viewingcone with a 40° half-angle, oriented at about 20° to the spin axis. This experiment
MeV. The High-Energy Proton Alpha Telescope (HEPAT), which had a 48° viewingcone, viewed in the anti-Earth direction and measured protons in four energy
MeV. The High-Energy Proton Alpha Telescope (HEPAT), which had a 48° viewingcone, viewed in the anti-Earth direction and measured protons in four energy
MeV. The High-Energy Proton Alpha Telescope (HEPAT), which had a 48° viewingcone, viewed in the anti-Earth direction and measured protons in four energy
MeV. The High-Energy Proton Alpha Telescope (HEPAT), which had a 48° viewingcone, viewed in the anti-Earth direction and measured protons in four energy
MeV. The High-Energy Proton Alpha Telescope (HEPAT), which had a 48° viewingcone, viewed in the anti-Earth direction and measured protons in four energy
as detectors with the fixed-voltage analyzers. The telescopes had a viewingcone with a 40° half-angle, oriented at about 20° to the spin axis. The objective