180HF 180HF IT DECAY (5.53 H) 1961ED01,1970RE08,1971GU0215NDS 201506
180HF H TYP=FUL$AUT=E.A. MCCUTCHAN$CIT=NDS 126, 151 (2015)$CUT=1-Feb-2015$
180HF cG E$Weighted average of data from 1961Ed01, 1970Re08, 1971Gu02, and
180HF2cG 1972GeZG. Individual values are included in the comments.
180HF cG RI$Weighted average of data from 1961Ed01, 1970Re08, 1971Ja21,
180HF2cG 1971Gu02, and 1972GeZG. Individual values are included in the
180HF3cG comments.
180HF cG M$From ce measurements as provided in the comments.
180HF cL E$From a least-squares fit to E|g, by evaluator.
180HF cL J$From the Adopted Levels.
180HF cL E(A)$K|p=0+ g.s.-rotational band
180HF cL E(B)$K|p=8- bandhead
180HF D MODIFIED BY E. BROWNE (OCTOBER 21, 1992)
180HF D CC$FROM BrIcc v2.3a (30-Jun-2013) 2008Ki07, "Frozen Orbitals" appr.
180HF P 1141.729 21 8- 5.53 H 2
180HF N 0.944 9 0.997 1
180HF cN NR$From decay scheme using %|b{+-}=0.3 {I1} (1992Ke04), and
180HF2cN I(|g+ce)(332.3|g)=99.7% {I1}.
180HF PN 3
180HF L 0.0 0+ STABLE A
180HF L 93.325 12 2+ 1.524 NS 10 A
180HF2 L G=+0.305 14 (1996Al20)
180HF cL T$weighted average of 1.40 ns {I10} (1955Su64), 1.48 ns {I5}
180HF2cL (1960De18), 1.53 ns {I6} (1961Bo25), 1.50 ns {I4} (1962Fo05), 1.53 ns
180HF3cL {I5} (1963Li04), and 1.528 ns {I10}; all from |g|g(t) or |g-x-ray(t).
180HF G 93.324 15 17.5 5 E2 4.63
180HFS G KC=1.081 16$LC=2.70 4$MC=0.675 10$NC=0.1562 22$OC=0.0197 3$
180HFS G PC=6.96E-5 10
180HF cG E$weighted average of 93.33 {I2} (1961Ed01), 93.332 {I6} (1970Re08),
180HF2cG 93.263 {I15} (1971Gu02), and 93.328 {I15} (1972GeZG).
180HF cG RI$weighted average of 17.6 {I4} (1961Ed01), 18.0 {I5} (1970Re08),
180HF2cG 19.5 {I17} (1971Gu02), and 15.5 {I8} (1972GeZG).
180HF cG $|a(exp)=4.77 {I6} (1986BeZE), 4.91 {I23} (1967Ne07), 5.14 {I24}
180HF2cG (1961Ed01). ce(K)/ce(L1)+ce(L2)/ce(L3)/ce(M)+ce(N)+ce(O) exp: 205
180HF3cG {I12}/343 {I17}/239 {I13}/169 {I12} s (1961Ed01). Others: 1967Sc19,
180HF4cG 1968Gv01, 1968El02, 1970Gv01, 1972Dr02.
180HF L 308.751 14 4+ 71 PS 10 A
180HF2 L G=+0.36 4 (1996Al20)
180HF cL J$A{-2}=0.093 {I7} and A{-4}=0.014 {I9} from |g|g(|q) for the
180HF2cL 215|g-93|g cascade are consistent with J=4 if 215|g and 93|g are E2
180HF3cL (1961Bo25,1975Gr18). Other: 1962Ko15.
180HF cL T$weighted average of 60 ps {I17} (1958Su54) and 75 ps {I10}
180HF2cL (1963Li04), both from centroid shift measurements.
180HF G 215.426 13 86.7 20 E2 0.225
180HFS G KC=0.1361 19$LC=0.0676 10$MC=0.01653 24$NC=0.00385 6$OC=0.000509 8$
180HFS G PC=9.07E-6 13
180HF cG E$weighted average of 215.25 {I13} (1961Ed01), 215.251 {I13}
180HF2cG (1970Re08), 215.241 {I15} (1971Gu02), and 215.243 {I15} (1972GeZG).
180HF cG RI$weighted average of 88.2 {I25} (1961Ed01), 86.5 {I20} (1970Re08),
180HF2cG 85.9 {I25} (1971Gu02), and 86.2 {I25} (1972GeZG).
180HF cG $|a(K)exp=0.123 {I9} (1961Ed01); ce(L1)/ce(L3) exp: 0.73 {I5},
180HF2cG ce(L2)/ce(L3) exp: 1.52 {I10} (1968Gv01).
180HF L 641.026 18 6+ A
180HF2 L G=+0.34 7 (1996Al20)
180HF cL J$A{-2}=0.09 {I1} and A{-4}=0.006 {I10} from |g|g(|q) from the
180HF2cL 332|g-215|g cascade are consistent with J=6 if 332|g and 215|g are E2
180HF3cL (1961Bo25,1975Gr18).
180HF G 332.274 15 100.0 25 E2 0.0586
180HFS G KC=0.0418 6$LC=0.01286 18$MC=0.00308 5$NC=0.000721 10$OC=9.90E-5 14$
180HFS G PC=3.04E-6 5
180HF cG E$weighted average of 332.5 {I3} (1961Ed01), 332.307 {I36}
180HF2cG (1970Re08), 332.272 {I15} (1971Gu02), and 332.269 {I18} (1972GeZG).
180HF cG RI$weighted average of 100 {I4} (1961Ed01), 100.0 {I25} (1970Re08),
180HF2cG 100 {I4} (1971Gu02), and 100.0 {I25} (1972GeZG).
180HF cG $|a(K)exp=0.038 {I3} (1961Ed01). ce(L1)/ce(L3) exp: 1.8 {I1},
180HF2cG ce(L2)/ce(L3) exp: 1.6 {I1} (1968Gv01,1975Gr18).
180HF L 1084.183 21 8+ A
180HF cL J$A{-2}=0.091 {I5} and A{-4}=0.010 {I7} from |g|g(|q) for the
180HF2cL 443|g-332|g cascade are consistent with J=8 if 443|g and 332|g are E2
180HF3cL (1962Ko15,1975Gr18).
180HF G 443.162 15 86.8 25 E2 0.0264
180HFS G KC=0.0201 3$LC=0.00486 7$MC=0.001146 16$NC=0.000269 4$OC=3.80E-5 6$
180HFS G PC=1.518E-6 22
180HF cG E$weighted average of 443.8 {I6} (1961Ed01), 443.181 {I55}
180HF2cG (1970Re08), 443.168 {I15} (1971Gu02), and 443.149 {I20} (1972GeZG).
180HF cG RI$weighted average of 86.6 {I46} (1961Ed01), 90.4 {I30} (1970Re08),
180HF2cG 84.8 {I25} (1971Gu02), and 86.4 {I25} (1972GeZG).
180HF cG $|a(K)exp=0.0189 {I17} (1961Ed01). ce(L1)/ce(L3) exp: 3.0,
180HF2cG ce(L2)/ce(L3) exp: 1.9 s (1968Gv01,1975Gr18).
180HF L 1141.729 21 8- 5.53 H 2 B
180HF2 L %B-=0.3 1$%IT=99.7 1 (1992KE04)
180HF cL T$weighted average of 5.5 h {I1} (1951Bu50), 5.5 h {I1} (1963Ra14),
180HF2cL 5.519 h {I4} (1980Ho17), 5.40 h {I5} (2003Al36), and 5.540 h {I3}
180HF3cL (2006Vo12). A 0.4% uncertainty was added in quadrature to latter
180HF4cL three values to incorporate systematic errors. Other: 2001Al23,
180HF5cL reported variation in T{-1/2} with temperature which was not
180HF6cL confirmed in 2003Al36 by same authors.
180HF cL J$A{-2}=0.154 {I15}, A{-2}=0.162 {I15}, A{-2}=0.165 {I15}, A{-2}=0.14
180HF2cL {I4} for the 57|g-443|g, 57|g-332|g, 57|g-215|g, and 57|g-93|g
180HF3cL cascades, respectively, are consistent with J=8 if |d(57|g)<0.1
180HF4cL (1960De22,1975Gr18).
180HF cL $Parity mixing with 1084-keV (J|p=8+) level was reported by 1966Bl12,
180HF2cL 1966Bo12, 1972JeZZ, 1973Sc25, 1972Ku23, 1972Li11, 1972Kr06, 1975Ch16,
180HF3cL 2007St20.
180HF cL $Configuration=|p7/2[404]~#|p9/2[514]
180HF G 57.538 17 51.0 10 E1 0.652 25
180HFS G LC=0.230 4$MC=0.0523 8$NC=0.01207 17$OC=0.001638 23$PC=6.68E-5 10
180HF cG E$weighted average of 57.54 {I1} (1961Ed01), 57.549 {I5} (1970Re08),
180HF2cG 57.442 {I15} (1971Gu02), and 57.44 {I5} (1972GeZG).
180HF cG RI$weighted average of 51.3 {I12} (1961Ed01), 51.3 {I20} (1970Re08),
180HF2cG and 47.5 {I34} (1971Gu02).
180HF cG $|a=0.75 {I3} from intensity balance at 1084 level.
180HF cG CC$experimental value (1986BeZE).
180HF cG M$K-forbidden E1 transition. Multipolarity from ce(L1)/ce(L2) exp=4.02
180HF2cG {I18}, ce(L1)/ce(L3) exp=4.49 {I9}, ce(L2)/ce(L3) exp=1.16 {I3},
180HF3cG ce(M1)/ce(M2) exp=3.79 {I15}, ce(M2)/ce(M3) exp=1.28 {I6},
180HF4cG ce(N1)/ce(N2) exp=4.1 {I5}, ce(N1)/ce(N3) exp=6.7 {I13},
180HF5cG ce(N2)/ce(N3) exp=1.6 {I4}, weighted averages from 1967Gi11, 1967Sc19,
180HF6cG 1970Gv01, 1972Dr02, and 1981Fr05. Penetration parameters are
180HF7cG |l(1)=7.0 {I7} and |l(2)=0, from ce(L1)/ce(L3) exp: 4.49 {I20},
180HF8cG ce(L2)/ce(L3) exp: 1.16 {I5}, and |a(L3)exp=0.061 {I4} (1981Fr05).
180HF9cG |d(M2/E1)=-0.009 {I+65-85}, |d(E3/E1)=0.013 {I20} (1972Kr06),
180HFacG |g(|q,H,t). Other: 1961Ed01.
180HF G 500.697 15 15.1 4 M2+E3 -5.3 2 0.0610
180HFS G KC=0.0406 6$LC=0.01555 22$MC=0.00379 6$NC=0.000892 13$OC=0.0001228 18$
180HFS G PC=3.67E-6 6
180HF cG E$weighted average of 500.714 {I66} (1970Re08), 500.702 {I15}
180HF2cG (1971Gu02), and 500.680 {I25} (1972GeZG).
180HF cG RI$weighted average of 13.6 {I12} (1970Re08), 15.7 {I14} (1971Gu02),
180HF2cG 15.1 {I8} (1972GeZG), and 15.2 {I4} (1971Ja21). Value from 1971Ja21
180HF3cG is deduced by the evaluator using their measured ratio
180HF4cG I|g(443|g)/I|g(501|g)=5.70 {I15} and I|g(443|g)=86.8 {I25}.
180HF cG $|a(K)exp=0.0383 {I12}, |a(L)exp=0.0168 {I11} (1967Gi11).
180HF2cG ce(L1)/ce(L3) exp: 3.0 {I3}, ce(L2)/ce(L3) exp: 3.0 {I3} (1968Gv01).
180HF3cG Others: 1961Ed01, 1967Sc19, 1990Mi25.
180HF cG MR$-5.3 {I4} from |g|g(|q) in 1961Bo25 and -5.3 {I3} from |g
180HF2cG anisotropy in 1971Kr18. Also 1962Ko15. Penetration parameter |l=-40
180HF3cG {I8} from ce(K)/ce(L1)/ce(L2)/ce(L3) exp: 0.043 {I3}/0.0072
180HF4cG {I5}/0.0072 {I5}/0.0023 {I2} consistent with |d=5.4 (1977Se10).
180HF5cG Penetration parameter |l=-44 {I6} from |a(K)exp=0.0463 {I12},
180HF6cG ce(K)/ce(L) exp=2.65 {I10}, ce(L1)/ce(L2) exp=1.00 {I4},
180HF7cG ce(L1)/ce(L3) exp=3.0 {I2}, and |d=-5.5 {I2} (1990Mi25,1990MiZP).