180HG 180TL EC DECAY (1.09 S) 2011EL07 15NDS 201506
180HG H TYP=FUL$AUT=E.A. MCCUTCHAN$CIT=NDS 126, 151 (2015)$CUT=1-Feb-2015$
180HG c 2011El07: {+180}Tl activity produced from spallation of UC{-x} with
180HG2c E(p)=1.4 GeV and separated with resonant laser ionization technique
180HG3c and the High Resolution Separator. Measured E|g, I|g, |g|g, E(ce),
180HG4c I(ce) using a Miniball cluster detector (consisting of three HPGe
180HG5c crystals) and two Si detectors.
180HG c Other: 2013El08, deduced asymmetric fission of excited levels
180HG2c populated in {+180}Tl decay.
180HG c The decay scheme is most likely incomplete, as the highest observed
180HG2c level is at only |?2.5 MeV compared with the large Q value for the
180HG3c decay (10.99 MeV). A total energy release of 9.6 MeV {I3} is
180HG4c calculated for this decay scheme using the RADLST code, compared with
180HG5c the effective Q value of 10.3 keV {I4}.
180HG cL E$From a least-squares fit to E|g by evaluator.
180HG cL J$From the Adopted Levels
180HG cG E$Uncertainties taken as 0.2 keV for I|g>1.5% and 0.5 keV for
180HG2cG I|g|<1.5% from a general statement by 2011El07.
180HG cG RI$Intensities relative to I|g(434|g)=100; values do not include a
180HG2cG correction for summing.
180HG cG M$From the Adopted Gammas
180HG cE TI$From an intensity balance at each level. Feedings are considered
180HG2cE to be upper limits given the large Q value of the decay (10.99 MeV)
180HG3cE and the highest observed level at only |?2.5 MeV.
180HG D CC$FROM BrIcc v2.3a (30-Jun-2013) 2008Ki07, "Frozen Orbitals" appr.
180TL P 0.0 (5-) 1.09 S 1 10990 60
180HG N 0.778 20 0.778 20 0.94 4 1.064
180HG cN NR,NT$From |SI(|g+c.e.)(to g.s.)=94 {I4}. Direct feeding of the
180HG2cN ground state is not expected (|DJ=5).
180HG L 0.0 0+
180HG L 419.7 4 0+
180HG G 421 20 E0 1.04 5
180HG cG $ce(K)/ce(tot)=0.85 {I18}
180HG cG TI$from |SI(|g+c.e.) feeding the 420 level. Direct feeding of J|p=0+
180HG2cG is not expected.
180HG cG E$from Si spectrum gated on 272|g and 671|g
180HG L 434.13 15 2+
180HG G 434.0 2 100 3 E2 0.0383
180HGS G KC=0.0266 4$LC=0.00887 13$MC=0.00220 3$NC=0.000548 8$OC=9.68E-5 14$
180HGS G PC=3.51E-6 5
180HG L 601.47 15 2+
180HG G 167.0 2 3.3 2 E0(+M1+E2) 3.5 4 15 1
180HGX G K/T=0.39 17$L/T=0.13 4$M/T=0.033 11$N/T=0.008 3$O/T=0.0015 5$
180HGX G P/T=5.E-5 5
180HGS G KC=0.9 7$LC=0.31 6$MC=0.076 18$NC=0.019 5$OC=0.0034 6$PC=0.00012 9
180HG cG CC$deduced from I(|g+ce)
180HG cG TI$from |g|g coincidence spectrum gated on 622|g which populates the
180HG2cG 602 level.
180HG G 181.8 5 0.16 1 [E2] 0.545 10
180HGS G KC=0.213 4$LC=0.249 5$MC=0.0646 12$NC=0.0160 3$OC=0.00270 5$
180HGS G PC=2.66E-5 5
180HG cG RI$determined from |g spectrum gated on K electron of 421|g
180HG G 601.6 2 24.3 12 E2 0.01748
180HGS G KC=0.01317 19$LC=0.00328 5$MC=0.000796 12$NC=0.000199 3$OC=3.58E-5 5$
180HGS G PC=1.748E-6 25
180HG L 706.01 18 4+
180HG G 104.7 5 1.4 4 [E2] 4.57 12
180HGS G KC=0.597 9$LC=2.97 8$MC=0.778 21$NC=0.193 6$OC=0.0320 9$
180HGS G PC=0.0001041 20
180HG cG RI$calculated from I|g(272|g), the relative branching ratio of the
180HG2cG 272|g (89%) and 105|g (11%) determined from |g|g coincidences, and
180HG3cG |a(E2)=4.575 for the 105|g
180HG G 272.0 2 54 3 E2 0.1433
180HGS G KC=0.0800 12$LC=0.0476 7$MC=0.01213 18$NC=0.00302 5$OC=0.000518 8$
180HGS G PC=1.021E-5 15
180HG E 21 4 2.3 4 5.2 23 4
180HGS E EAV=4276 29$CK=0.0806 14$CL=0.01386 23$CM+=0.00444 8
180HG L 1031.82 24 6+
180HG G 325.8 2 15.3 10 E2 0.0836
180HGS G KC=0.0517 8$LC=0.0240 4$MC=0.00607 9$NC=0.001511 22$OC=0.000262 4$
180HGS G PC=6.71E-6 10
180HG E 8.7 101.1 1 5.5 9.8 11
180HGS E EAV=4120 29$CK=0.0882 15$CL=0.0152 3$CM+=0.00485 9
180HG L 1091.4 4 (2+,1)
180HG G 657.3 5 1.0 2
180HG G 671.6 5 0.79 4
180HG cG RI$determined from conversion electron spectrum.
180HG L 1203.87 23
180HG G 498.1 5 1.3 2
180HG G 602.4 5 1.5 2
180HG G 769.7 2 3.5 2
180HG E 4.1 4 0.52 5 5.8 4.6 4
180HGS E EAV=4037 29$CK=0.0925 16$CL=0.0159 3$CM+=0.00509 9
180HG L 1223.60 19 (3-,4+)
180HG G 517.4 2 3.4 4
180HG G 622.0 2 18.5 9
180HG G 789.4 10.4 12
180HG E 7.6 140.98 185.5 8.6 16
180HGS E EAV=4028 29$CK=0.0931 16$CL=0.0160 3$CM+=0.00512 9
180HG L 1399.20 19 (3-)
180HG G 692.9 2 2.4 2 [E1] 0.00459
180HGS G KC=0.00383 6$LC=0.000587 9$MC=0.0001349 19$NC=3.37E-5 5$OC=6.30E-6 9$
180HGS G PC=4.58E-7 7
180HG G 797.7 2 4.5 17 [E1] 0.00350
180HGS G KC=0.00292 4$LC=0.000444 7$MC=0.0001019 15$NC=2.54E-5 4$OC=4.77E-6 7$
180HGS G PC=3.52E-7 5
180HG L 1468.62 18 (3-,4+)
180HG G 867.1 2 1.9 2
180HG G 1034.6 2 7.5 8
180HG L 1504.1 3 (6+)
180HG G 472.5 5 1.1 2
180HG G 798.0 2 5.1 18 (E2) 0.00950
180HGS G KC=0.00747 11$LC=0.001551 22$MC=0.000370 6$NC=9.25E-5 13$
180HGS G OC=1.695E-5 24$PC=9.87E-7 14
180HG E 4.0 120.57 175.7 4.6 14
180HGS E EAV=3894 29$CK=0.1008 18$CL=0.0173 3$CM+=0.00555 10
180HG L 1663.0 5
180HG G 1228.9 5 0.8 2
180HG E 0.50 130.075 196.6 0.58 15
180HGS E EAV=3818 29$CK=0.1056 19$CL=0.0182 4$CM+=0.00582 11
180HG L 1797.26 19 5(-)
180HG G 328.6 2 2.7 17
180HG G 398.2 2 2.9 2 E2 0.0480
180HGS G KC=0.0324 5$LC=0.01182 17$MC=0.00295 5$NC=0.000735 11$OC=0.0001290 19$
180HGS G PC=4.25E-6 6
180HG G 573.4 2 1.6 2
180HG G 765.4 5 1.5 1 [E1] 0.00379
180HGS G KC=0.00316 5$LC=0.000481 7$MC=0.0001106 16$NC=2.76E-5 4$OC=5.17E-6 8$
180HGS G PC=3.80E-7 6
180HG G 1091.2 2 2.3 1 [E1] 0.00197
180HGS G KC=0.001650 24$LC=0.000246 4$MC=5.63E-5 8$NC=1.405E-5 20$OC=2.65E-6 4$
180HGS G PC=2.00E-7 3
180HG E 5.2 110.81 185.5 6.0 13
180HGS E EAV=3755 29$CK=0.1098 20$CL=0.0189 4$CM+=0.00605 11
180HG L 1840.2 5
180HG G 1134.2 5 1.1 1
180HG E 0.69 8 0.11 1 6.4 0.80 9
180HGS E EAV=3734 29$CK=0.1112 20$CL=0.0191 4$CM+=0.00613 11
180HG L 2021.90 20
180HG G 553.0 2 2.9 4
180HG G 798.1 2 9.2 6
180HG G 1316.5 2 3.9 2
180HG E 6.5 9 1.1 1 5.4 7.6 10
180HGS E EAV=3648 29$CK=0.1174 22$CL=0.0202 4$CM+=0.00647 12
180HG L 2348.56 19 (4,5-)
180HG G 326.8 2 5.6 9
180HG G 551.1 2 3.0 4
180HG G 880.3 2 5.0 4
180HG G 948.9 2 3.5 11
180HG G 1125.1 2 9.7 5
180HG E 16.5 133.12 254.9 19.6 15
180HGS E EAV=3493 29$CK=0.1297 25$CL=0.0223 5$CM+=0.00715 14
180HG L 2487.5 3
180HG G 1455.4 5 0.6 1
180HG G 1781.5 2 1.6 3
180HG E 1.3 3 0.27 5 6.0 1.6 3
180HGS E EAV=3427 29$CK=0.135 3$CL=0.0233 5$CM+=0.00747 15