def decay(what, halflife, *modes):
what.decays = ratedDecay(
what, halflife, *[(m[0], m[1] * eV) + tuple(m[2:]) for m in modes])
.63 * second,
# NAS gives 9.4 MeV beta- followed by 1.98 MeV gamma
# 100% beta- 9.6; 100% 1.982; 72% gamma .82; 72% gamma 1.65
(1, 9.6e6, electron, Isotope(8, 10).atom.nucleus))
decay(
Isotope(8, 5).atom.nucleus,
8.7e-3 * second,
# NAS gives beta+ always followed by 6.97 MeV proton
# beta+ 16.7; 12% p
(.88, 16.7e6, positron, Isotope(7, 6).atom.nucleus),
(.12, 16.7e6, positron, proton, Isotope(6, 6).atom.nucleus))
decay(
Isotope(8, 6).atom.nucleus,
70.6 * second,
# 1% beta+ 4.12; 99% beta+ 1.81; 99% gamma 2.313
(.01, 4.12e6, positron, Isotope(7, 7).atom.nucleus),
(.99, 1.81e6, photon(2.313e6), positron, Isotope(7, 7).atom.nucleus))
decay(
Isotope(8, 7).atom.nucleus, 122.1 * second,
(1, 1.73e6, positron, Isotope(7, 8).atom.nucleus))
# NAS has more data ...
what = Isotope(110, 159).atom.nucleus
what.decays = ratedDecay(what, .27 * milli * second,
(1, None, alpha, Isotope(108, 157).atom.nucleus))
del what, Isotope, alpha, eV, Photon, proton, neutron, electron, positron, \
ratedDecay, decay, photon, second, minute, day, year, milli
(.68, 10.42e6 -6.13e6, electron, photon(6.13e6), Isotope(8, 8).atom.nucleus))
decay(Isotope(7, 10).atom.nucleus, 4.17 * second,
# NAS gives 8.68 MeV beta-, followed 95% of the time by 1.21 MeV neutron
# 2% beta- 8.7; 50% beta- 3.3; 95% n; 3% gamma .871 ???
(.02, 8.68e6, electron, Isotope(8, 9).atom.nucleus),
(.5, 3.3e6, electron, neutron, Isotope(8, 8).atom.nucleus))
decay(Isotope(7, 11).atom.nucleus, .63 * second,
# NAS gives 9.4 MeV beta- followed by 1.98 MeV gamma
# 100% beta- 9.6; 100% 1.982; 72% gamma .82; 72% gamma 1.65
(1, 9.6e6, electron, Isotope(8, 10).atom.nucleus))
decay(Isotope(8, 5).atom.nucleus, 8.7e-3 * second,
# NAS gives beta+ always followed by 6.97 MeV proton
# beta+ 16.7; 12% p
(.88, 16.7e6, positron, Isotope(7, 6).atom.nucleus),
(.12, 16.7e6, positron, proton, Isotope(6, 6).atom.nucleus))
decay(Isotope(8, 6).atom.nucleus, 70.6 * second,
# 1% beta+ 4.12; 99% beta+ 1.81; 99% gamma 2.313
(.01, 4.12e6, positron, Isotope(7, 7).atom.nucleus),
(.99, 1.81e6, photon(2.313e6), positron, Isotope(7, 7).atom.nucleus))
decay(Isotope(8, 7).atom.nucleus, 122.1 * second,
(1, 1.73e6, positron, Isotope(7, 8).atom.nucleus))
# NAS has more data ...
what = Isotope(110, 159).atom.nucleus
what.decays = ratedDecay(what, .27 * milli * second,
(1, None, alpha, Isotope(108, 157).atom.nucleus))
del what, Isotope, alpha, eV, Photon, proton, neutron, electron, positron, \
ratedDecay, decay, photon, second, minute, day, year, milli
def decay(what, halflife, *modes):
what.decays = ratedDecay(what, halflife,
*[(m[0], m[1] * eV) + tuple(m[2:]) for m in modes])
def decay(what, halflife, *modes):
what.decays = ratedDecay(what, halflife,
*map(lambda m: (m[0], m[1] * eV) + tuple(m[2:]), modes))
