Data about antiprotons slowing down in gaseous targets at very low energies (E < 1 keV) show that the stopping power in D-2 is lower than in H-2; the right way to explain this behavior seems to be through a nuclear stopping power derived from the classical Rutherford formula.
Experimental antiproton nuclear stopping power in H-2 and D-2
BALESTRA, Ferruccio;BOTTA, Elena;BRESSANI, Tullio;BUSSA, Maria Pia;BUSSO, Luigi;COSTA, Sergio;FERRERO, Livio;GARFAGNINI, Raffaello;GRASSO, Antonino;MARCELLO, Simonetta;PANZIERI, Daniele;
1996-01-01
Abstract
Data about antiprotons slowing down in gaseous targets at very low energies (E < 1 keV) show that the stopping power in D-2 is lower than in H-2; the right way to explain this behavior seems to be through a nuclear stopping power derived from the classical Rutherford formula.
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