Börje I. Persson
California Institute of Technology
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Publication
Featured researches published by Börje I. Persson.
Nuclear Instruments and Methods | 1969
D. Agresti; Michael F. Bent; Börje I. Persson
Abstract The features of a program to analyze spectra are described. The program is fast, can easily be extended, and has been successfully used to fit a large variety of spectra. Complementary spectra can be analyzed in a single least-squares procedure.
Physical Review C | 1972
Börje I. Persson; S. E. Koonin
The continuous spectrum of photons accompanying the electron-capture transition from
Physical Review C | 1972
Börje I. Persson; S. E. Koonin
^{7}\mathrm{Be}
Physical Review C | 1972
Börje I. Persson; S. E. Koonin
to the first excited state in
Computer Physics Communications | 1969
Michael F. Bent; Börje I. Persson; David G. Agresti
^{7}\mathrm{Li}
Physical Review C | 1971
Michael F. Bent; D.D. Cook; Börje I. Persson
has been measured in coincidence with the nuclear
Physical Review C | 1971
Michael F. Bent; D.D. Cook; Börje I. Persson
\ensuremath{\gamma}
Physical Review C | 1972
S. E. Koonin; Börje I. Persson
rays from the deexcitation of this state. The end-point energy of the photon spectrum was determined to be 388 \ifmmode\pm\else\textpm\fi{} 8 keV, in good agreement with accepted mass differences. The probability of
Physical Review C | 1972
S. E. Koonin; Börje I. Persson
1s+2s
Physical Review C | 1972
Börje I. Persson; S. E. Koonin
radiative capture giving a photon energy greater than 50 keV per nuclear
