Radioactive Decay data LBNL Isotopes Project - LUNDS Universitet WWW Table of Radioactive Isotopes http://ie.lbl.gov/toi/nuclide.asp?iZA=270056 ! Co-56 %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Si-32' iz=14 iz_parent=0 ia=32 ia_parent=0 rw7=0.119d-04 rw7_parent=0.d0 ibeta=-1 ! 1 for positron beta or EC and -1 for electron beta. qval= .2245 qvalerr=.0022 qval_atomic=0.0d0 ! From browne1986, but changed to MeV here. None it seems. qval_beta=.0691 ! From online. betamax=.2245 ! From online. ! betafrac=0. ! This is really an output. ! t_half= 54787.5d0 ! From online: 150 years. t_halferr= 3652.5 ! From online: 10 years. t_half_parent=0.d0 / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! Si-32 decay is all to ground state: no gamma-rays, X-rays, or atomic electrons. ! In beta- decay, there may be no big need for X-rays or atomic electrons since ! the atom needs to just lose an outer electron to be neutral. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 0. 0. 100. 0. 0. 0. 100. 0. 8.2 0. xray=0.0166 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! X-ray lines in KeV and percent (browne1986). No X-rays online either. / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='P-32' iz=15 iz_parent=14 ia=32 ia_parent=32 rw7=0.231d-06 rw7_parent=0.119d-04 ibeta=-1 ! 1 for positron beta or EC and -1 for electron beta. qval= 1.71066 qvalerr=.00021 qval_atomic=0.0d0 ! From browne1986, but changed to MeV here. None it seems. qval_beta=.6963 ! From online. betamax=1.71066 ! From online. ! betafrac=0. ! This is really an output. ! t_half= 14.262 ! From online: it's in days there. t_halferr= .014 ! From online: it's in days there. t_half_parent=54787.5d0 ! From online: 150 years. / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! P-32 decay is all to ground state: no gamma-rays, X-rays, or atomic electrons ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 0. 0. 100. 0. 0. 0. 100. 0. 7.9 0. xray=1.18 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! X-ray lines in KeV and percent (browne1986). No X-rays online either. / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Sc-44' iz=21 iz_parent=22 ia=44 ia_parent=44 rw7=0.178d-08 rw7_parent=0.181d-04 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval= 3.6533 qvalerr=.0019 qval_atomic=0.00094 ! From browne1986, but changed to MeV here. qval_beta=.5972 ! From online. betamax=1.4742 ! From online. betafrac=0.9434 ! This is really an output. ! t_half= 0.163625 ! From online: 3.927 hours. t_halferr=3.3333335E-4 t_half_parent=23010.75 / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 1157.047 0. 94.34 0. 4.605 0. 98.945 0. 5.30 0. 2656.50 0. 0. 0. 1.04 0. 1.04 0. 5.15 0. 3301.3 0. 0. 0. 0.010 0. 0.010 0. 6.27 0. xray=1.11 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 0.377 0.00015 ! X-ray lines in KeV and percent (browne1986). ! 3.688 0.0251 ! 3.692 0.0501 ! 4.013 0.0078 0.350 0.00087 ! 22 Ca Lb1 ! X-rays online. 0.412 0.00026 ! 8 Ca Lb4 0.412 0.00041 ! 12 Ca Lb3 3.600 5.1E-08 ! 3 Ca Ka3 3.688 0.259 ! 13 Ca Ka2 3.692 0.517 ! 25 Ca Ka1 4.013 0.0272 ! 13 Ca Kb3 4.013 0.054 ! 3 Ca Kb1 4.038 8.6E-10 ! 5 Ca Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Ti-44' iz=22 iz_parent=0 ia=44 ia_parent=0 rw7=0.181d-04 rw7_parent=0.d0 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval=.2675 qvalerr=.0019 qval_atomic=0.0109 ! From browne1986. qval_beta=.0 ! No beta from browne1986 and online. betamax=0. ! betafrac=.0 ! t_half= 23010.75 ! From online: 63 +/-3 years. t_halferr=1095.75 t_half_parent=0. / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 67.875 0. 0. 0. 0.7 0. 0.7 0. 9.0 0. 146.212 0. 0. 0. 99.3 0. 99.3 0. 6.41 0. xray=0.00101 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 0.348 0.029 ! X-ray lines in KeV and percent (browne1986). ! 0.353 0.021 ! 0.396 0.031 ! 0.428 0.040 ! 4.086 5.6 ! 4.091 11.1 ! 4.461 1.81 0.348 0.029 ! 8 Sc Ll 0.353 0.021 ! 5 Sc Lh 0.396 0.0031 ! 8 Sc La2 0.396 0.028 ! 7 Sc La1 0.400 0.022 ! 5 Sc Lb1 0.402 0.0019 ! 5 Sc Lb6 0.468 0.0064 ! 19 Sc Lb4 0.468 0.010 ! 3 Sc Lb3 3.992 1.63E-06 ! 9 Sc Ka3 4.086 5.8 ! 3 Sc Ka2 4.091 11.6 ! 6 Sc Ka1 4.461 0.64 ! 3 Sc Kb3 4.461 1.25 ! 6 Sc Kb1 4.486 4.3E-05 ! 3 Sc Kb5 4.493 1.93E-08 ! 12 Sc Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Mn-53' iz=25 iz_parent=26 ia=53 ia_parent=53 rw7=0.144d-03 rw7_parent=0.440d-03 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval= .5970 ! From online converted to MeV here. qvalerr=.0004 qval_atomic=0.0032 ! From browne1986. qval_beta=.0 ! No beta from browne1986 and online. betamax=0. ! betafrac=.0 ! t_half= 1.366035E+9 ! From online: 3.74e+6 years. t_halferr=14610000.0 t_half_parent=5.909722381167942E-3 / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! All decay is to the ground state. No gamma-rays except from annihilation. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 0. 0. 0. 0. 100. 0. 100. 0. 12.9 0. xray=0.051 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). 0.500 0.033 ! X-ray lines in KeV and percent (browne1986). No online X-rays 0.510 0.024 0.572 0.20 0.592 0.16 5.405 7.4 5.415 14.6 5.947 2.47 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Fe-53' iz=26 iz_parent=0 ia=53 ia_parent=0 rw7=0.440d-03 rw7_parent=0.d0 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval= 3.7424 ! From online converted to MeV here. qvalerr=.0017 qval_atomic=0.000354 ! From browne1986. Yes, it's sub-keV. qval_beta=1.0998 ! beta+ from browne1986 and online. betamax=2.7204 ! ! betafrac=.0 ! This is actually an output, and so isn't known in this file. ! t_half= 5.909722381167942d-3 ! From online: 8.51 minutes. t_halferr= 1.3888888578448031d-5 t_half_parent=0.d0 / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 0. 0. 55. 0. .67 0. 55.67 0. 5.186 0. 377.89 0. 41. 0. .86 0. 41.86 0. 5.094 0. 1621.20 0. .97 0. .053 0. 1.023 0. 5.6 0. 2273.77 0. .070 0. .317 0. .387 0. 4.9 0. 2686.5 0. .0 0. .10 0. .10 0. 5.1 0. 2946.9 0. .0 0. .05 0. .05 0. 5.1 0. 3127.1 0. .0 0. .14 0. .14 0. 4.5 0. 3248.9 0. .0 0. .04 0. .04 0. 4.8 0. xray=2.9 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 5.888 .237 ! X-ray lines in KeV and percent (browne1986). ! 5.899 .468 ! 6.490 .083 0.556 0.00084 ! 22 Mn Ll ! From online. 0.568 0.00057 ! 14 Mn Lh 0.637 0.00065 ! 16 Mn La2 0.637 0.0058 ! 15 Mn La1 0.640 5.1E-05 ! 13 Mn Lb6 0.648 0.0044 ! 11 Mn Lb1 0.720 0.00025 ! 8 Mn Lb4 0.720 0.00039 ! 12 Mn Lb3 5.770 1.60E-07 ! 9 Mn Ka3 5.888 0.197 ! 10 Mn Ka2 5.899 0.391 ! 19 Mn Ka1 6.490 0.0233 ! 12 Mn Kb3 6.490 0.0458 ! 23 Mn Kb1 6.536 2.07E-05 ! 13 Mn Kb5 6.539 1.97E-09 ! 12 Mn Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Fe-55' iz=26 iz_parent=27 ia=55 ia_parent=55 rw7=0.155d-02 rw7_parent=0.459d-02 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval= .23138 qvalerr=.00010 qval_atomic=0.0038 ! From browne1986, but changed to MeV here. qval_beta=0. ! From online. No beta decay at all. betamax=0. ! From online. betafrac=0. ! This is really an output. ! t_half= 997.1 ! From online: 2.73 years t_halferr=11. t_half_parent=0.7304 / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 0. 0. 0. 0. 100. 0. 100. 0. 60.0 0. 125.949 0. 0. 0. 1.3e-7 0. 1.3e-7 0. 14.15 0. xray=0.0041 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 0.556 0.037 ! X-ray lines in KeV and percent (browne1986). ! 0.568 0.025 ! 0.637 0.22 ! 5.888 8.2 ! 5.899 16.2 ! 6.490 2.86 0.556 0.037 ! 10 Mn Ll ! From online. 0.568 0.025 ! 6 Mn Lh 0.637 0.028 ! 7 Mn La2 0.637 0.25 ! 6 Mn La1 0.640 0.0022 ! 6 Mn Lb6 0.648 0.19 ! 5 Mn Lb1 0.720 0.011 ! 3 Mn Lb4 0.720 0.017 ! 5 Mn Lb3 5.770 6.9E-06 ! 4 Mn Ka3 5.888 8.5 ! 4 Mn Ka2 5.899 16.9 ! 8 Mn Ka1 6.490 1.01 ! 5 Mn Kb3 6.490 1.98 ! 10 Mn Kb1 6.536 0.00089 ! 5 Mn Kb5 6.539 8.5E-08 ! 5 Mn Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Fe-60' ! Fe-60 always goes to a metastable Co-60 which beta- decays directly ! 0.24 % of the time. I assume that this is unimportant for my interests ! and I can always assume gamma-ray decay to the Co-60 ground state. iz=26 iz_parent=0 ia=60 ia_parent=0 rw7=0.882d-04 rw7_parent=0.d0 ibeta=-1 ! 1 for positron beta or EC and -1 for electron beta. qval= .237d0 ! From online. qvalerr=.003d0 qval_atomic=0.0d0 ! From browne1986, but changed to MeV here. Maybe beta- emitters don't have atomic much. qval_beta=.0503d0 ! From online. betamax=0.1784d0 ! From online. betafrac=0. ! This is really an output. ! t_half= 547875000.0 ! From online: 1.5d+6 years t_halferr=109575000.0 t_half_parent=0.d0 / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 58.59 0. 100. 0. 0. 0. 100. 0. 12.1 0. xray=0.0096 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! none. ! X-ray lines in KeV and percent (browne1986). 0.678 0.040 ! 11 Co Ll ! online 0.693 0.025 ! 6 Co Lh 0.776 0.042 ! 11 Co La2 0.776 0.38 ! 10 Co La1 0.779 0.0020 ! 5 Co Lb6 0.791 0.28 ! 7 Co Lb1 0.866 0.014 ! 4 Co Lb4 0.866 0.021 ! 6 Co Lb3 6.783 1.21E-05 ! 6 Co Ka3 6.915 9.3 ! 4 Co Ka2 6.930 18.3 ! 8 Co Ka1 7.649 1.12 ! 5 Co Kb3 7.649 2.20 ! 10 Co Kb1 7.706 0.00156 ! 9 Co Kb5 7.709 1.55E-07 ! 9 Co Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Co-55' iz=27 iz_parent=0 ia=55 ia_parent=0 rw7=0.459d-02 rw7_parent=0. ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval= 3.4513 qvalerr=.0004 qval_atomic=0.0016 ! From browne1986, but changed to MeV here. qval_beta=.4311 ! From online. betamax=1.4980 ! From online. betafrac=0. ! This is really an output. ! t_half= 0.7304167 ! From online: 17.53 hours. t_halferr=1.25d-3 t_half_parent=0.d0 / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 931.29 0. 46. 0. 5.6 0. 51.6 0. 6.25 0. 1316.54 0. 4.26 0. 1.34 0. 5.6 0. 6.724 0. 1408.45 0. 25.6 0. 10.7 0. 36.3 0. 5.785 0. 2144.0 0. .0149 0. .54 0. .5549 0. 6.69 0. 2211.87 0. .0178 0. 1.85 0. 1.8678 0. 6.11 0. 2301.06 0. .0039 0. 3.4 0. 3.439 0. 5.78 0. 2577.7 0. .0 0. .043 0. .043 0. 7.44 0. 2872.3 0. .0 0. .018 0. .18 0. 6.456 0. 2938.9 0. .0 0. .10 0. .10 0. 6.60 0. 3108.7 0. .0 0. .38 0. .38 0. 5.67 0. xray=1.14 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 0.615 0.010 ! X-ray lines in KeV and percent (browne1986). ! 0.628 0.0065 ! 0.705 0.088 ! 0.726 0.068 ! 6.391 2.23 ! 6.404 4.41 ! 7.058 0.79 0.615 0.010 ! 3 Fe Ll ! From online. 0.628 0.0065 ! 16 Fe Lh 0.705 0.0088 ! 22 Fe La2 0.705 0.079 ! 20 Fe La1 0.708 0.00053 ! 14 Fe Lb6 0.717 0.059 ! 15 Fe Lb1 0.792 0.0032 ! 10 Fe Lb4 0.792 0.0048 ! 15 Fe Lb3 6.266 2.38E-06 ! 15 Fe Ka3 6.391 2.32 ! 13 Fe Ka2 6.404 4.6 ! 3 Fe Ka1 7.058 0.280 ! 16 Fe Kb3 7.058 0.55 ! 3 Fe Kb1 7.108 0.000290 ! 19 Fe Kb5 7.112 3.10E-08 ! 21 Fe Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Co-56' iz=27 iz_parent=28 ia=56 ia_parent=56 rw7=.626d-4 rw7_parent=.627d0 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval=4.5661 ! The last digit is not online, but it's in browne1986 and huo1992. qvalerr=.002 qval_atomic=0.0036 ! From browne1986. qval_beta=0.1261 ! From beta spectrum button. This averaged over all decays not just those ! that emit a betaav particle. betamax=1.4589 ! From beta spectrum button. betafrac=.1901708 ! From huo1992, but on the web too. Only the first ! three digits are significant. ! t_half=77.27 t_halferr=.03 t_half_parent=6.077 / ¶m2 ! The table below is from huo1992. It's ! on the web, but not the errors. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 2085.076 7 18.1 9 2.41 12 20.5 10 8.626 22 2959.923 9 0.017 6 0.046 15 0.063 20 9.97 14 3122.927 7 0.90 5 7.8 4 8.72 42 7.642 21 3369.74 5 8.d-5 6 0.021 14 0. 0. 10.1 3 3445.306 10 0. 0. 21.9 4 0. 0. 6.974 8 3856.449 7 0. 0. 16.7 4 16.7 4 6.692 11 4048.826 12 0. 0. 3.80 8 0. 0. 7.057 10 4100.307 8 0. 0. 12.54 17 0. 0. 6.446 7 4119.870 10 0. 0. 11.58 18 0. 0. 6.443 8 4298.039 9 0. 0. 3.7 4 0. 0. 6.49 5 4394.83 6 0. 0. 0.234 9 0. 0. 7.285 20 4447.6 4 0. 0. 0.015 2 0. 0. 8.14 6 4458.532 11 0. 0. 0.235 14 0. 0. 6.86 4 xray=0.44 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 0.615 0.031 ! X-ray lines in KeV and percent (browne1986). ! 0.628 0.021 ! 0.705 0.29 ! 0.726 0.22 ! 6.391 7.3 ! 6.404 14.4 ! 7.058 2.58 0.615 0.032 ! 9 Fe Ll ! From online. 0.628 0.021 ! 5 Fe Lh 0.705 0.029 ! 7 Fe La2 0.705 0.26 ! 7 Fe La1 0.708 0.0017 ! 4 Fe Lb6 0.717 0.19 ! 5 Fe Lb1 0.792 0.010 ! 3 Fe Lb4 0.792 0.016 ! 5 Fe Lb3 6.266 7.8E-06 ! 4 Fe Ka3 6.391 7.6 ! 4 Fe Ka2 6.404 15.1 ! 7 Fe Ka1 7.058 0.92 ! 5 Fe Kb3 7.058 1.80 ! 9 Fe Kb1 7.108 0.00096 ! 6 Fe Kb5 7.112 1.02E-07 ! 6 Fe Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Co-57' iz=27 iz_parent=28 ia=57 ia_parent=57 rw7=0.903d-03 rw7_parent=0.216d-01 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval=0.8360 qvalerr=.0004 qval_atomic=0.0176 ! From browne1986. qval_beta=0. ! No beta emission. betamax=0. ! No beta emission. betafrac=.0 ! No beta emission. ! t_half=271.79 t_halferr=.09 t_half_parent=1.4833 ! Last digit probably not significant. / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 136.759 0. 0. 0. 99.8 0. 99.8 0. 6.450 0. 706.416 0. 0. 0. .183 0. .183 0. 7.68 0. xray=0.082 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 0.615 0.071 ! X-ray lines in KeV and percent (browne1986). ! 0.628 0.048 ! 0.705 0.65 ! 0.726 0.50 ! 6.391 16.4 ! 6.404 32.5 ! 7.058 5.8 0.615 0.068 ! 18 Fe Ll ! From online. 0.628 0.046 ! 12 Fe Lh 0.705 0.062 ! 16 Fe La2 0.705 0.56 ! 14 Fe La1 0.708 0.0038 ! 10 Fe Lb6 0.717 0.42 ! 11 Fe Lb1 0.792 0.022 ! 7 Fe Lb4 0.792 0.034 ! 10 Fe Lb3 6.266 1.69E-05 ! 9 Fe Ka3 6.391 16.4 ! 8 Fe Ka2 6.404 32.6 ! 16 Fe Ka1 7.058 1.99 ! 10 Fe Kb3 7.058 3.88 ! 19 Fe Kb1 7.108 0.00206 ! 12 Fe Kb5 7.112 2.20E-07 ! 13 Fe Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Co-60' iz=27 iz_parent=26 ia=60 ia_parent=60 rw7=0.494d-08 rw7_parent=0.882d-04 ibeta=-1 ! 1 for positron beta or EC and -1 for electron beta. qval= 2.8239 qvalerr=.0005 qval_atomic=0.d0 ! From browne1986. qval_beta=.0965 ! beta emission. betamax=1.4914 ! beta emission. betafrac=.0 ! Really an output. ! t_half=1925.3788408041 t_halferr=0.18262500867422204 t_half_parent=547875000.0 ! / ¶m2 ! The table is from online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 1332.518 0. 0.057 0. 0. 0. 0.057 0. 15.03 0. 2158.64 0. 0.022 0. 0. 0. 0.022 0. 12.9 0. 2505.766 0. 99.925 0. 0. 0. 99.925 0. 7.5099 0. xray=0.082 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! none. ! X-ray lines in KeV and percent (browne1986). 0.743 1.3E-05 ! 3 Ni Ll ! From online. For Co-60. 0.760 7.5E-06 ! 19 Ni Lh 0.851 1.5E-04 ! 4 Ni La1 0.851 1.6E-05 ! 4 Ni La2 0.855 6.4E-07 ! 16 Ni Lb6 0.868 9.8E-05 ! 25 Ni Lb1 0.940 4.8E-06 ! 14 Ni Lb4 0.940 7.2E-06 ! 22 Ni Lb3 7.325 5.6E-09 ! 3 Ni Ka3 7.461 0.00343 ! 15 Ni Ka2 7.478 0.0067 ! 3 Ni Ka1 8.265 0.000413 ! 19 Ni Kb3 8.265 0.00081 ! 4 Ni Kb1 8.329 7.4E-07 ! 4 Ni Kb5 8.333 6.8E-11 ! 4 Ni Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Ni-56' ia=56 iz=28 iz_parent=0 ia_parent=0 rw7=0.627d+0 rw7_parent=0.d0 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval=2.135d0 qvalerr=.011d0 qval_atomic=0.0069d0 ! In MeV note. qval_beta=0.d0 ! Only upper limits on beta emission. betamax=0.d0 ! Only upper limits on beta emission. betafrac=.0d0 ! From huo1992, but on the web too. t_half=6.077d0 t_halferr=.012d0 t_half_parent=0.d0 / ¶m2 ! This table is from huo1992. There is only one level without just an upper limit. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 1720.18 4 0. 0. 100. 0. 0. 0. 4.4 0. xray=0.018 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 0.678 0.042 ! X-ray lines in KeV and percent (browne1986). ! 0.693 0.027 ! 0.776 0.44 ! 0.799 0.34 ! 6.915 10.1 ! 6.930 19.8 ! 7.649 3.60 0.678 0.042 ! 11 Co Ll ! From online. 0.693 0.027 ! 7 Co Lh 0.776 0.045 ! 11 Co La2 0.776 0.40 ! 10 Co La1 0.779 0.0022 ! 6 Co Lb6 0.791 0.30 ! 8 Co Lb1 0.866 0.015 ! 5 Co Lb4 0.866 0.023 ! 7 Co Lb3 6.783 1.37E-05 ! 7 Co Ka3 6.915 10.6 ! 5 Co Ka2 6.930 20.7 ! 10 Co Ka1 7.649 1.27 ! 6 Co Kb3 7.649 2.49 ! 12 Co Kb1 7.706 0.00176 ! 11 Co Kb5 7.709 1.75E-07 ! 11 Co Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Ni-57' iz=28 iz_parent=0 ia=57 ia_parent=0 rw7=0.216d-01 rw7_parent=0.d0 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval=3.264 qvalerr=.0003 qval_atomic=0.0044 ! From browne1986. qval_beta=.1547 ! From online. betamax=.8643 ! From online. betafrac=.43584 ! From bhat1992. Probably only the first 3 digits are significant. ! t_half= 1.4833332 ! Only the first 4 data points are significant. t_halferr=.0025 t_half_parent=0. / ¶m2 ! The table is from Bhat1992. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 1377.65 0. 35.3 13. 29.2 11. 64.5 0. 5.64 2. 1504.81 0. 7.04 22. 10.0 3. 18.04 0. 6.05 1. 1757.58 0. 0.80 4. 4.86 18. 5.66 0. 6.22 2. 1919.55 0. 0.444 20. 11.9 4. 12.344 0. 5.74 2. 2133.08 0. 0. 0. 0.0340 19. 0.0340 19. 8.13 2. 2730.91 0. 0. 0. 0.0199 7. 0.0199 7. 7.70 2 2804.27 0. 0. 0. 0.291 8. 0.291 8. 6.41 1. 3108.12 0. 0. 0. 0.060 3. 0.060 3. 6.13 3. 3177.41 0. 0. 0. 0.0208 11. 0.0208 11. 6.06 4. xray=0.91 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 0.678 0.025 ! X-ray lines in KeV and percent (browne1986). ! 0.693 0.016 ! 0.776 0.27 ! 0.799 0.20 ! 6.915 6.1 ! 6.930 12.0 ! 7.649 2.17 0.678 0.024 ! 6 Co Ll ! From online. 0.693 0.015 ! 4 Co Lh 0.776 0.025 ! 6 Co La2 0.776 0.22 ! 6 Co La1 0.779 0.0012 ! 3 Co Lb6 0.791 0.17 ! 4 Co Lb1 0.866 0.0084 ! 25 Co Lb4 0.866 0.013 ! 4 Co Lb3 6.783 7.7E-06 ! 4 Co Ka3 6.915 5.9 ! 3 Co Ka2 6.930 11.6 ! 6 Co Ka1 7.649 0.71 ! 4 Co Kb3 7.649 1.39 ! 7 Co Kb1 7.706 0.00098 ! 6 Co Kb5 7.709 9.8E-08 ! 6 Co Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Ni-59' iz=28 iz_parent=29 ia=59 ia_parent=59 rw7=0.305d-03 rw7_parent=0.341d-03 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval= 1.0725d0 qvalerr=.0006d0 qval_atomic=0.0041d0 ! From browne1986. ! qval_beta=1.d-8 ! From online, but very approximate. Mostly EC. qval_beta=0.d0 ! From online, but very approximate. Mostly EC. betamax=.0505d0 ! From online. betafrac=.0 ! This is an output that should be about 3.7e-7. Computes to 1.6e-6. ! ! But the numbers going in don't have enough significant digits. ! t_half=27759000.0d0 ! Only the first 4 data points are significant. This 7.6d+4 years. t_halferr= 1826250.0d0 t_half_parent=9.432870370370371d-4 / ¶m2 ! The online. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 0.d0 0. 0. 0. 100. 0. 100.0d0 0. 11.d0 0. ! 0.d0 0. 3.7d-5 0. 99.999963d0 0. 100.0d0 0. 11.d0 0. xray=0.30d0 100.d0 ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 0.678d0 0.042d0 ! X-ray lines in KeV and percent (browne1986). ! 0.693d0 0.027d0 ! 0.776d0 0.44d0 ! 6.915d0 0.33d0 ! 6.930d0 19.6d0 ! 7.649d0 3.56d0 0.678 0.042 ! 11 Co Ll ! From online. 0.693 0.027 ! 7 Co Lh 0.776 0.044 ! 11 Co La2 0.776 0.40 ! 10 Co La1 0.779 0.0021 ! 5 Co Lb6 0.791 0.29 ! 7 Co Lb1 0.866 0.015 ! 5 Co Lb4 0.866 0.023 ! 7 Co Lb3 6.783 1.35E-05 ! 7 Co Ka3 6.915 10.4 ! 5 Co Ka2 6.930 20.4 ! 10 Co Ka1 7.649 1.25 ! 6 Co Kb3 7.649 2.45 ! 12 Co Kb1 7.706 0.00173 ! 10 Co Kb5 7.709 1.72E-07 ! 10 Co Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% ¶m aanuclide='Cu-59' iz=29 iz_parent=0 ia=59 ia_parent=0 rw7=0.341d-03 rw7_parent=0.d0 ibeta=1 ! 1 for positron beta or EC and -1 for electron beta. qval= 4.7996 qvalerr=.0009 qval_atomic=0.254 ! From browne1986. qval_beta=1.4880 ! From online. betamax=3.7776 ! From online. betafrac=.0d0 ! Really an output. ! t_half= 9.432870370370371d-4 ! Only the first 3 digit points are significant. 81.5 seconds t_halferr=5.787037037037037d-6 t_half_parent=0.d0 / ¶m2 ! The table is from Bhat1992. There are no online errors. ! So I set those to zero. ! The errors are are in the last digit places. ! Thus 20.5 10 is 20.5 +/- 1.0. ! ! E (kev) beta % EC % beta+EC % log(ft) elevel= 0. 0. 57.5 0. .556 0. 58.056 0. 5.031 0. 339.421 0. 5.89 0. .0755 0. 5.9655 0. 5.834 0. 464.976 0. 3.35 0. .0480 0. 3.3980 0. 6.01 0. 877.947 0. 8.6 0. .184 0. 8.784 0. 5.335 0. 1188.792 0. 0.110 0. .0033 0. 0.1133 0. 7.01 0. 1301.409 0. 18.9 0. .652 0. 19.552 0. 4.687 0. 1679.704 0. 1.61 0. 1.88 0. 3.49 0. 5.439 0. 1734.722 0. 1.88 0. .117 0. 1.997 0. 5.319 0. 2414.970 0. 0.201 0. .044 0. 0.245 0. 5.52 0. 2681.4 0. 0.026 0. .0116 0. 0.0376 0. 6.00 0. xray=4.6 100. ! X-ray internal bremstrahlung (IB) in KeV and percent (browne1986). ! 7.461 0.197 ! X-ray lines in KeV and percent (browne1986). ! 7.478 0.387 ! 8.265 0.070 0.743 0.00080 ! 21 Ni Ll ! From online. 0.760 0.00046 ! 12 Ni Lh 0.851 0.00099 ! 25 Ni La2 0.851 0.0089 ! 23 Ni La1 0.855 3.9E-05 ! 10 Ni Lb6 0.868 0.0060 ! 15 Ni Lb1 0.940 0.00031 ! 9 Ni Lb4 0.940 0.00047 ! 14 Ni Lb3 7.325 3.36E-07 ! 19 Ni Ka3 7.461 0.206 ! 11 Ni Ka2 7.478 0.404 ! 21 Ni Ka1 8.265 0.0248 ! 13 Ni Kb3 8.265 0.049 ! 3 Ni Kb1 8.329 4.4E-05 ! 3 Ni Kb5 8.333 4.1E-09 ! 3 Ni Kb4 / %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%