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• W2011265430 abstract "The $M$-shell ionization in high-$Z$ atoms by ${text{O}}^{q+}$ ions have been studied systematically in the energy range of 8.0--35.2 MeV in order to verify the available theoretical approaches describing the $M$-shell ionization by charged particles in asymmetric collisions. The measured $M$ x-ray spectra were analyzed taking into account the effects of x-ray line shifting and broadening caused by the multiple ionization in the $M$ and $N$ shells. The $M$-subshell ionization cross sections, derived by using the $M$-shell decay rates modified for the multiple ionization effects, have been compared with the theoretical predictions based on the plane-wave Born approximation (PWBA), the semiclassical approximation (SCA), and the binary-encounter approximation (BEA). In the PWBA approach two theoretical calculations were considered: the energy-loss Coulomb deflection perturbed stationary state relativistic (ECPSSR) theory and its recent modification called the energy-loss Coulomb deflection united and separated atoms relativistic (ECUSAR) theory, which corrects a description of the electron binding effect to account for the united and separated atoms (USA) electron binding energy limits. In the SCA calculations performed with relativistic hydrogenic wave functions the binding effect was included in the limiting cases of separated-atom (SA) and united-atom (UA) limits. The measured $M$-subshell ionization cross sections are the best reproduced by the SCA-UA calculations, with exception of the ${M}_{2,3}(3p)$-subshell cross sections which are strongly enhanced and cannot be reproduced by the discussed calculations." @default.
• W2011265430 created "2016-06-24" @default.
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• W2011265430 creator A5074396190 @default.
• W2011265430 date "2009-03-19" @default.
• W2011265430 modified "2023-10-18" @default.
• W2011265430 title "X-ray study of<mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML display=inline><mml:mi>M</mml:mi></mml:math>-shell ionization of heavy atoms by 8.0–35.2-MeV<mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML display=inline><mml:mrow><mml:msup><mml:mtext>O</mml:mtext><mml:mrow><mml:mi>q</mml:mi><mml:mo>+</mml:mo></mml:mrow></mml:msup></mml:mrow></mml:math>ions: The role of the multiple-ionization effects" @default.
• W2011265430 cites W1964537904 @default.
• W2011265430 cites W1965054653 @default.
• W2011265430 cites W1965260586 @default.
• W2011265430 cites W1965317415 @default.
• W2011265430 cites W1966092962 @default.
• W2011265430 cites W1966126209 @default.
• W2011265430 cites W1966271765 @default.
• W2011265430 cites W1967441889 @default.
• W2011265430 cites W1969722669 @default.
• W2011265430 cites W1969937474 @default.
• W2011265430 cites W1973147282 @default.
• W2011265430 cites W1976976612 @default.
• W2011265430 cites W1977718274 @default.
• W2011265430 cites W1978115423 @default.
• W2011265430 cites W1982222245 @default.
• W2011265430 cites W1983892970 @default.
• W2011265430 cites W1984643199 @default.
• W2011265430 cites W1988720103 @default.
• W2011265430 cites W1990615114 @default.
• W2011265430 cites W1991069008 @default.
• W2011265430 cites W1991401333 @default.
• W2011265430 cites W1993590538 @default.
• W2011265430 cites W1994720936 @default.
• W2011265430 cites W1998719212 @default.
• W2011265430 cites W2005554095 @default.
• W2011265430 cites W2008611535 @default.
• W2011265430 cites W2010092222 @default.
• W2011265430 cites W2012351157 @default.
• W2011265430 cites W2013921352 @default.
• W2011265430 cites W2016044014 @default.
• W2011265430 cites W2022186844 @default.
• W2011265430 cites W2023348561 @default.
• W2011265430 cites W2024061329 @default.
• W2011265430 cites W2029685717 @default.
• W2011265430 cites W2035878180 @default.
• W2011265430 cites W2036583983 @default.
• W2011265430 cites W2036937934 @default.
• W2011265430 cites W2037159597 @default.
• W2011265430 cites W2039505328 @default.
• W2011265430 cites W2042037070 @default.
• W2011265430 cites W2043873450 @default.
• W2011265430 cites W2046080280 @default.
• W2011265430 cites W2046390330 @default.
• W2011265430 cites W2047495514 @default.
• W2011265430 cites W2048717754 @default.
• W2011265430 cites W2050757226 @default.
• W2011265430 cites W2052003473 @default.
• W2011265430 cites W2055835510 @default.
• W2011265430 cites W2060035261 @default.
• W2011265430 cites W2062250938 @default.
• W2011265430 cites W2064820591 @default.
• W2011265430 cites W2064855124 @default.
• W2011265430 cites W2065536774 @default.
• W2011265430 cites W2067015464 @default.
• W2011265430 cites W2070933373 @default.
• W2011265430 cites W2073228788 @default.
• W2011265430 cites W2074183271 @default.
• W2011265430 cites W2074598511 @default.
• W2011265430 cites W2079407712 @default.
• W2011265430 cites W2083912804 @default.
• W2011265430 cites W2088577460 @default.
• W2011265430 cites W2089338339 @default.
• W2011265430 cites W2091675558 @default.
• W2011265430 cites W2094338158 @default.
• W2011265430 cites W2094470125 @default.
• W2011265430 cites W2110641502 @default.
• W2011265430 cites W2131684591 @default.
• W2011265430 cites W2145041743 @default.
• W2011265430 cites W2151752974 @default.
• W2011265430 cites W2334991058 @default.
• W2011265430 cites W3207118305 @default.
• W2011265430 cites W4241654342 @default.
• W2011265430 doi "https://doi.org/10.1103/physreva.79.032710" @default.
• W2011265430 hasPublicationYear "2009" @default.
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