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- W2002903498 abstract "Born-approximation calculations of various inelastic-scattering cross sections for collisions between ${mathrm{U}}^{q+}$ ($q=1, 2, mathrm{and} 4$) ions and Li atoms and ions are presented. The energies considered are in the 10-100-MeV/amu regime, with an emphasis on providing results useful in assessing the importance of various phenomena in heavy-ion, inertial-confinement-fusion reactor concepts for the case of ${mathrm{U}}^{1+}$ beams of 10-20 GeV. Estimates of the ${mathrm{U}}^{q+}$ electron-loss cross sections are given for collisions with lithium in all charge states; order-of-magnitude differences between Li atoms and ions are predicted. Calculations of the cross sections for the ionization of Li atoms and ions due to the impact of fast ${mathrm{U}}^{q+}$ ions are also given. The lithium discrete-state and ionization contributions to the sum-rule asymptotic cross sections are computed for the cases of ${mathrm{Li}}^{0}$ and ${mathrm{Li}}^{2+}$. Ionization is the dominate contributor (> 50%) for these collisions, in contrast to the case of proton impact at similar speeds (ensuremath{lesssim} 10% for ${mathrm{Li}}^{0}$). We also estimate the mean energies of the electrons produced in these ionizing collisions and obtain results more than an order of magnitude larger than in the case of proton impact." @default.
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- W2002903498 date "1981-05-01" @default.
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- W2002903498 title "Born cross sections for fast, low-charge-state uranium ions colliding with lithium atoms and ions" @default.
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- W2002903498 doi "https://doi.org/10.1103/physreva.23.2220" @default.
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