References
S. Hultberg et al.:Ark. f. Fys.,9, 245 (1955);13, 117 (1958);14, 565 (1959);Nucl. Phys.,4, 120 (1657);10, 118 (1959);E. P. Grigoryev andA. V. Zolotavin:Żurn. Ėksp. Teor. Fiz.,36, 393 (1959);W. Titus:Phys. Rev.,115, 351 (1959).
New theoretical results have been obtained also for theL shell, that is: the relativistic differential and total cross sections for lowZ (M. Gavrila: to be published); the extreme relativistic total cross sections, exact inZ (R. H. Pratt: to be published).
M. Gavrila:Phys. Rev.,113, 514 (1959), hereafter referred to as (G).
H. Banerjee:Nuovo Cimento,10, 863 (1958), hereafter referred to as (B);11, 220 (1959).
The same method has been used previously in an unpublished work byF. G. Nagasaka (Ph. D. Thesis, University of Notre Dame, 1955) with similar results.
F. Sauter andH. Wüster:Zeits. f. Phys.,141, 83 (1955).
K. Mc Voy:Phys. Rev.,108, 365 (1958);U. Fano, K. Mc Voy andJ. Albers: to be published.
M. Gavrila:Nuovo Cimento,9, 327 (1958).R. H. Pratt:Ph. D. Thesis, University of Chicago (1959) (to be published); this contains an extensive comparison of various results obtained for the high energy limit.
SeeF. Sauter:Ann. d. Phys.,11, 454 (1931); also reference (6).
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Gavrila, M. On the relativisticK-shell photoeffect. Nuovo Cim 15, 691–694 (1960). https://doi.org/10.1007/BF02724999
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DOI: https://doi.org/10.1007/BF02724999