Radiation Research · 1984 · 47 citations · 6 references
MedicineNuclear MedicineRadiologyMedical PhysicsRadiation DetectionRadiation PhysicsRadiation TherapyRelative Biological EffectivenessBeam Delivery SystemsBiomedical Applications
A calculation of the energy lost by antiprotons stopping in water shows that the radiation transferred is localized within 1 mm of the stopping point. This "focusing" of the radiation is mainly due to heavily ionizing particles emitted from the nuclei on which the annihilation takes place. At present antiproton beams for medical purposes may not be cost effective compared to other charged particle beams, but the sharpness of their radiation transfer combined with antiprotonic radiography are highly attractive and unique features that may invite special applications.
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O. Chamberlain, Emilio Segrè, C. Wiegand et al. · Physical Review · 1955 · 331 citations
Antiproton Interactions in Hydrogen and Carbon below 200 Mev
L. Agnew, T. Elioff, W. B. Fowler et al. · Physical Review · 1960 · 81 citations · Full text
Antiproton-Nucleon Annihilation Process. II
O. Chamberlain, Gerson Goldhaber, L. Jauneau et al. · Physical Review · 1959 · 44 citations · Full text