DESMO, a simulated balloon experiment, could measure the deuteron-to-proton ratio in cosmic rays from 10 to 100 GeV per nucleon with 5-8% statistical precision using multiple scattering and Cherenkov ring imaging.
In this case Equation B1 predicts much higher displacements, so the need for relatively high values of L P P Tis less stringent
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A novel experimental approach to uncover the nature of cosmic-ray Deuterium
DESMO, a simulated balloon experiment, could measure the deuteron-to-proton ratio in cosmic rays from 10 to 100 GeV per nucleon with 5-8% statistical precision using multiple scattering and Cherenkov ring imaging.