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• W2100693536 abstract "We present theoretical calculations of the energy-loss straggling of C, Al, Si, and Cu targets for H, He, and Li ions in the range of intermediate to high energies $(0.01--10phantom{rule{0.3em}{0ex}}mathrm{MeV}∕mathrm{u})$. These calculations have been done by employing the dielectric formalism and by considering the different equilibrium charge states of the swift ion inside the solid as a function of its energy. Two different models are used: the Mermin energy-loss functions combined with generalized oscillator strengths (MELF-GOS) and the shellwise application of the local plasma approximation (SLPA). The MELF-GOS describes the target outer-electron excitations through a fitting to experimental data in the optical limit, employing a linear combination of Mermin-type energy-loss functions; the excitations of the inner-shell electrons are taken into account by means of generalized oscillator strengths. The SLPA employs a free-electron-gas model for the target valence electrons and the local density approximation for each shell of target electrons separately by using Hartree-Fock atomic wave functions. The results of the energy-loss straggling obtained by the two independent models show good agreement with the available experimental data. The calculated energy-loss straggling tends at high energies to the Bohr value and takes values below it at intermediate energies. The Bethe-Livingston shoulder (or overshooting) at intermediate energies does not appear in the present calculations. We find that the energy-loss straggling normalized to ${Z}_{mathrm{P}}^{2}$ is almost independent of the ion atomic number ${Z}_{mathrm{P}}$; therefore, the results for H, He, and Li projectiles in each target can be approximated by a universal curve at high energies." @default.
• W2100693536 created "2016-06-24" @default.
• W2100693536 creator A5039017805 @default.
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• W2100693536 date "2007-02-20" @default.
• W2100693536 modified "2023-10-17" @default.
• W2100693536 title "Calculation of energy-loss straggling of C, Al, Si, and Cu for fast H, He, and Li ions" @default.
• W2100693536 cites W1569119986 @default.
• W2100693536 cites W1967550416 @default.
• W2100693536 cites W1970550038 @default.
• W2100693536 cites W1971616175 @default.
• W2100693536 cites W1975767641 @default.
• W2100693536 cites W1977870949 @default.
• W2100693536 cites W1979154525 @default.
• W2100693536 cites W1979338450 @default.
• W2100693536 cites W1981955796 @default.
• W2100693536 cites W1981990999 @default.
• W2100693536 cites W1983280777 @default.
• W2100693536 cites W1984135284 @default.
• W2100693536 cites W1986830104 @default.
• W2100693536 cites W1991523126 @default.
• W2100693536 cites W1992556179 @default.
• W2100693536 cites W1992767013 @default.
• W2100693536 cites W1994840884 @default.
• W2100693536 cites W1999600357 @default.
• W2100693536 cites W2002536112 @default.
• W2100693536 cites W2005604837 @default.
• W2100693536 cites W2007314570 @default.
• W2100693536 cites W2012653250 @default.
• W2100693536 cites W2012697741 @default.
• W2100693536 cites W2012885343 @default.
• W2100693536 cites W2013835667 @default.
• W2100693536 cites W2014800590 @default.
• W2100693536 cites W2015542541 @default.
• W2100693536 cites W2015632640 @default.
• W2100693536 cites W2023087001 @default.
• W2100693536 cites W2027450875 @default.
• W2100693536 cites W2027844971 @default.
• W2100693536 cites W2028446392 @default.
• W2100693536 cites W2030598974 @default.
• W2100693536 cites W2033786254 @default.
• W2100693536 cites W2039070160 @default.
• W2100693536 cites W2042984132 @default.
• W2100693536 cites W2044465063 @default.
• W2100693536 cites W2049424181 @default.
• W2100693536 cites W2052077571 @default.
• W2100693536 cites W2055398511 @default.
• W2100693536 cites W2056275106 @default.
• W2100693536 cites W2058573948 @default.
• W2100693536 cites W2058765688 @default.
• W2100693536 cites W2058932596 @default.
• W2100693536 cites W2060782788 @default.
• W2100693536 cites W2062000856 @default.
• W2100693536 cites W2062474122 @default.
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• W2100693536 cites W2066373962 @default.
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• W2100693536 cites W2073656937 @default.
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• W2100693536 cites W2081516517 @default.
• W2100693536 cites W2081587848 @default.
• W2100693536 cites W2087599743 @default.
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• W2100693536 doi "https://doi.org/10.1103/physreva.75.022903" @default.
• W2100693536 hasPublicationYear "2007" @default.
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