bass_bfus, bass_sfus, bass_bc, bass_bi, bass_rc - Return Bass fusion barrier, cross-section, Coulomb barrier, interaction barrier and radius.
#include <bass.h>
double bass_bfus(int zp, int ap, int zt, int at, int L, double *rfus);
double bass_sfus(int zp, int ap, int zt, int at, double elab, int L, double *lfus);
double bass_bc(int zp, int ap, int zt, int at);
double bass_bi(int zp, int ap, int zt, int at);
double bass_rc(int ap, int at);
Link with -lnuclib.
The bass_bfus() function returns the Bass fusion barrier height in units of MeV. The bass_sfus() returns the Bass fusion cross-section in units of mb. The bass_bc(), bass_bi() and bass_rc() functions return the Coulomb barrier and interaction barrier in MeV and the Coulomb radius in fm, respectively.
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zp ap |
Atomic and mass numbers of projectile | ||
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zt at |
Atomic and mass numbers of target | ||
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elab |
Kinetic energy of projectile in laboratory system in MeV. | ||
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L |
Angular momentum of nucleus in units of h-bar. | ||
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rfus |
Fusion radius in units of fm. Returned via a pointer. | ||
|
lfus |
Fusion angular momentum in units of h-bar. Returned via a pointer. |
The functions bass_bfus(), bass_lfus(), bass_bc(), bass_bi() and bass_rc() return the values described.
R. Bass, "Nuclear Reactions with Heavy Ions".
This manual page was written by Ricardo Yanez.
Report bugs to <ricardo.yanez@calel.org>.
Copyright © 2005-2017 Ricardo Yanez.
This is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2, or (at your option) any later version.