Matches in SemOpenAlex for { <https://semopenalex.org/work/W2522041978> ?p ?o ?g. }
- W2522041978 abstract "Subthreshold pions and so-called hard photons are two important channels for producing less than 1 GeV $gamma$-rays and $e^pm$ pairs from nuclear collisions with energy per nucleon below the $pi$-meson production threshold. I use publicly available experimental data to parametrize these two channels' $gamma$-ray and $e^pm$ production cross sections and extend the pion contribution to these particles spectra at higher energies using their corresponding spectra from $pp$ interactions. These parametrizations are valid for collision energy $T_pleq 100$ A GeV and agree reasonably well with the available experimental data. The new parametrizations allow, for the first time, accurate studies of astrophysical $gamma$-rays below 1 GeV." @default.
- W2522041978 created "2016-09-30" @default.
- W2522041978 creator A5027297672 @default.
- W2522041978 date "2016-12-06" @default.
- W2522041978 modified "2023-09-26" @default.
- W2522041978 title "Parametrization of the nucleus-nucleus <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:mi>γ</mml:mi></mml:math> -ray production cross sections below 100 GeV/nucleon: Subthreshold pions and hard photons" @default.
- W2522041978 cites W1545855179 @default.
- W2522041978 cites W1652733374 @default.
- W2522041978 cites W1656271734 @default.
- W2522041978 cites W167550807 @default.
- W2522041978 cites W1924078135 @default.
- W2522041978 cites W1965850221 @default.
- W2522041978 cites W1968059978 @default.
- W2522041978 cites W1969247749 @default.
- W2522041978 cites W1973459087 @default.
- W2522041978 cites W1975381802 @default.
- W2522041978 cites W1981941743 @default.
- W2522041978 cites W1983753344 @default.
- W2522041978 cites W1986476576 @default.
- W2522041978 cites W1987516011 @default.
- W2522041978 cites W1993444109 @default.
- W2522041978 cites W1993601582 @default.
- W2522041978 cites W1995323823 @default.
- W2522041978 cites W2000319688 @default.
- W2522041978 cites W2000587856 @default.
- W2522041978 cites W2005264738 @default.
- W2522041978 cites W2005303712 @default.
- W2522041978 cites W2005400798 @default.
- W2522041978 cites W2005444197 @default.
- W2522041978 cites W2008884705 @default.
- W2522041978 cites W2013869232 @default.
- W2522041978 cites W2016635255 @default.
- W2522041978 cites W2018981757 @default.
- W2522041978 cites W2021404419 @default.
- W2522041978 cites W2022839608 @default.
- W2522041978 cites W2027034034 @default.
- W2522041978 cites W2032819796 @default.
- W2522041978 cites W2038493563 @default.
- W2522041978 cites W2039042510 @default.
- W2522041978 cites W2039668708 @default.
- W2522041978 cites W2045387076 @default.
- W2522041978 cites W2045642460 @default.
- W2522041978 cites W2050861637 @default.
- W2522041978 cites W2051106717 @default.
- W2522041978 cites W2055111217 @default.
- W2522041978 cites W2056072704 @default.
- W2522041978 cites W2057691013 @default.
- W2522041978 cites W2058736519 @default.
- W2522041978 cites W2059052912 @default.
- W2522041978 cites W2061157400 @default.
- W2522041978 cites W2062307521 @default.
- W2522041978 cites W2067847839 @default.
- W2522041978 cites W2070647802 @default.
- W2522041978 cites W2070791702 @default.
- W2522041978 cites W2072908016 @default.
- W2522041978 cites W2072910260 @default.
- W2522041978 cites W2073478427 @default.
- W2522041978 cites W2073803139 @default.
- W2522041978 cites W2080016924 @default.
- W2522041978 cites W2080290808 @default.
- W2522041978 cites W2080369525 @default.
- W2522041978 cites W2080553352 @default.
- W2522041978 cites W2081240568 @default.
- W2522041978 cites W2086640436 @default.
- W2522041978 cites W2087587576 @default.
- W2522041978 cites W2089844239 @default.
- W2522041978 cites W2092411596 @default.
- W2522041978 cites W2093454915 @default.
- W2522041978 cites W2093887493 @default.
- W2522041978 cites W2094211884 @default.
- W2522041978 cites W2094538824 @default.
- W2522041978 cites W2096875721 @default.
- W2522041978 cites W2101152638 @default.
- W2522041978 cites W2110504808 @default.
- W2522041978 cites W2111463459 @default.
- W2522041978 cites W2114707604 @default.
- W2522041978 cites W2116537006 @default.
- W2522041978 cites W2124958341 @default.
- W2522041978 cites W2128158076 @default.
- W2522041978 cites W2128881154 @default.
- W2522041978 cites W2138067682 @default.
- W2522041978 cites W2143463950 @default.
- W2522041978 cites W2165789777 @default.
- W2522041978 cites W2167009363 @default.
- W2522041978 cites W2169862982 @default.
- W2522041978 cites W2172093786 @default.
- W2522041978 cites W2273289140 @default.
- W2522041978 cites W2324414576 @default.
- W2522041978 cites W2521883297 @default.
- W2522041978 cites W2580973258 @default.
- W2522041978 cites W2912235045 @default.
- W2522041978 cites W3086923498 @default.
- W2522041978 cites W3102341755 @default.
- W2522041978 cites W3124241842 @default.
- W2522041978 cites W3125562454 @default.
- W2522041978 cites W4253805118 @default.
- W2522041978 cites W54294077 @default.
- W2522041978 doi "https://doi.org/10.1103/physrevc.94.064603" @default.
- W2522041978 hasPublicationYear "2016" @default.
- W2522041978 type Work @default.