170YB 170LU EC DECAY 1990ABZT,1972CA21,1970DZ1118NDS 201811
170YB H TYP=FUL$AUT=C.M. Baglin{+1}, E.A. McCutchan{+2}, S. Basunia{+1$
170YB2 H CIT=NDS 153, 1 (2018)$CUT=1-Oct-2018$
170YB c {+170}Lu sources produced, typically, by {+169}Tm(|a,3n) and
170YBxc {+181}Ta(p,X).
170YB c 1993Ku09: measured I|g, Ice, I(internal e{++}e{+-} pairs) in vicinity
170YB2c of 2820 keV; set upper limit of 2|*10{+-8} e/{+170}Lu decay for a
170YB3c postulated 2820-keV M0 transition (1988Gr29) connecting the 2819.6
170YB4c level to the 0+ g.s.
170YB c 1990AbZT: measured ce spectra for E=100-600 keV using a 0.06%
170YB2c resolution |b spectrometer; deduced mult for 13 transitions based
170YB3c on unenumerated |a(K)exp values.
170YB c 1980Bu28: measured I(ce) for 84-keV transition, deduced subshell
170YB2c ratios for this 2+ to 0+ transition.
170YB c 1972Ca21: measured E|g, I|g, |g|g-coin and ce(K). Much better
170YB2c resolution than that of 1971Bo09.
170YB c 1971Bo09: measured E|g, I|g, |g|g-coin, cece-coin and ce|g-coin.
170YB2c Deduced |a(K)exp using ce data from 1968Ba54. See also 1969Bo10 and
170YBxc 1968Ba54.
170YB c 1970Dz11, 1973TeZT: measured I(ce) in complex segments of ce spectrum
170YB2c with greater precision than 1968Ba54 and, in some cases, resolved peaks
170YB3c which were complex in 1968Ba54. 1973TeZT also assign to {+170}Lu
170YB4c 14 transitions reported in 1972Dz02 to belong to decays of {+169}Lu or
170YB5c {+170}Lu or {+172}Lu.
170YB c Others: 1960Dz02, 1960Ha18, 1969PaZR.
170YB c The adopted decay scheme is that of 1972Ca21 with the
170YB2c addition of a very large number of placements shown in the evaluation
170YB3c by 1988DzZW and a much smaller number of placements proposed in
170YB4c 1990Gr19. Additional 0+ levels tentatively proposed by 1990Gr19
170YB5c at 1770.0, 2147.8 and 2177.9 have not been included; in each case,
170YB6c the transition to the 0+ g.s. had been observed in the |g spectrum so
170YB7c 1990Gr19 assumed it formed a doublet with the required E0 transition,
170YB8c and most or all of the other deexciting transitions had alternative
170YB9c placements. Interpretation of this decay is greatly complicated by
170YBAc the large number of transitions (many of them multiply-placed) and
170YBBc the inability of |a(K)exp data for singly-placed transitions to
170YBCc differentiate between M2 and E0+M1+E2 transitions.
170YB cG Total unplaced I|g is |? 3%.
170YB cG {U|a(K)exp Data}:
170YB cG $Large ammount of data are from 1972Ca21, or from a combination of I|g
170YB2cG from 1972Ca21 and I(ce) from 1973TeZT, 1972Dz02, 1970Dz11 or 1968Ba54,
170YB3cG as noted for each datum (I(ce) from 1960Ha18 lack uncertainty
170YB4cG estimates and appear to be insufficiently reliable to be useful).
170YB3cG Due to the complexity of the spectrum, 1972Ca21 limited their use of
170YB4cG ce data to peaks which are well defined and for which the intensity
170YB5cG uncertainty is |<10%. Since |DI|g values for the relevant peaks do not
170YB6cG exceed 10%, the uncertainty in these measured |a(K)exp can be assumed
170YB7cG to be |<15%. 1972Ca21 used the 193, 1139, 1144.6, 1145.9, 1396 and
170YB8cG 1535 E2 transitions and the 1280 and 1365 E1 transitions for |a(K)exp
170YB9cG normalization. |a(K)exp values deduced by the evaluator from I|g of
170YBBcG 1972Ca21 and I(ce) of 1970Dz11 or 1968Ba54 agree well with those
170YBCcG deduced by 1972Ca21 for E below |?1600. However, at higher energies,
170YBDcG |a(K)exp values from 1972Ca21 tend to fall increasingly far below data
170YBEcG from other sources and theory (by as much as a factor of 2); since I|g
170YBFcG from 1972Ca21 and 1971Bo09 remain consistent, the high-energy I(ce)
170YBGcG normalization in 1972Ca21 may be at fault. For E>1600, |a(K)exp is
170YBHcG based on I(ce) from sources other than 1972Ca21 when possible.
170YB cG Additional |a(K)exp values for many transitions are deduced
170YB2cG in 1988DzZW, an evaluation of {+170}Lu |e decay data. Since these are
170YB3cG based on ce measurements other than those of 1972Ca21 and appear to be
170YB4cG deduced from literature which is not readily accessible, the evaluator
170YB5cG quotes those |a(K)exp values also and attributes them to 1988DzZW
170YB6cG (except when adequate values can be deduced using I(ce(K)) in
170YB7cG 1968Ba54, 1970Dz11, 1972Dz02 or 1973TeZT). Note that 1988DzZW
170YB8cG normalized their |a(K)exp values using 985|g, 1512|g, 2126|g, 2364|g,
170YB9cG 2496|g, 2748|g, 2783|g, 2940|g and 2966|g, all of which feed the 0+
170YBAcG g.s.; this leads to |a(K)exp values that are 10% lower than ones
170YBBcG deduced using 1972Ca21's normalization, but the evaluator has not
170YBCcG adjusted |a(K)exp from 1988DzZW accordingly since the statistical
170YBxcG uncertainties are usually the more significant ones.
170YB cG E From 1972Ca21, except as noted.
170YB cG RI Relative photon intensities, normalized so I|g(1365|g)=10000.
170YB2cG The data are taken from 1972Ca21; data from 1971Bo09 are in
170YB3cG satisfactory agreement with these.
170YB cG M From |a(K)exp, except as noted.
170YB2cG However, see general comment
170YB2cG above concerning |a(K)exp data.
170YB cG E(A),RI(A)$Member of multiplet unresolved in singles. E from
170YB2cG authors' level energy difference; I|g from |g|g coin data (1972Ca21).
170YB cG M(B) From L3:M1:M2:M3:(M4+M5):N1:N2:N3:O1:(O2+O3)=4.00 {I6}:
170YB2cG 0.0731 {I6}:0.970 {I7}:1.0:0.0204 {I4}:0.0163 {I11}:0.229 {I3}:0.236
170YB3cG {I3}:0.0093 {I8}: 0.0558 {I18} (1980Bu28). Other conversion
170YB4cG coefficient data: 1977Ka30, 1969Bo10, 1960Ha18. |a(K)exp>0.65 from
170YBxcG adopted I|g and I(ce(K)) in 1960Ha18.
170YB cG E(D) Placement from 1988DzZW.
170YB cG E(G) Placement from 1990Gr19.
170YB cG E(X) Postulated to be an M0 transition (1988Gr29) connecting the
170YB2cG 2819.6 level to the 0+ g.s. Not observed by 1993Ku09 in ce spectrum
170YB3cG (<2|*10{+-8} electrons per {+170}Lu decay) or in internal pair
170YB4cG spectrum. Evaluator considers there to be insufficient evidence to
170YB5cG place this transition as suggested by 1988Gr29 and 1990Gr19; in fact,
170YB6cG its very existence in {+170}Yb |e decay seems questionable.
170YB cG E(Y) Quoted from 1988DzZW; observed in ce spectrum only.
170YB cL E From least-squares fit to E|g, omitting data for
170YB2cL multiply-placed transitions and data for which authors did not
170YB3cL report the uncertainty.
170YB cL J From Adopted Levels.
170YB cL T From |g|g(t) (1959Si74).
170YB cL E(Z) Possible doublet; see comment in Adopted Levels.
170LU P 0.0 0+ 2.012 D 30 3458 17
170YB N 0.000447 180.00046218 1. 1.
170YB cN NR from I(|b{++} to g.s.)/I(84 ce)=0.0041 {I8} (1965Ha30),
170YB2cN |b{++}/|e(g.s.) theory, |a(84)=6.28 and |S(I(|g+ce) to g.s.).
170YB3cN Uncertainty does not include possible contributions from unplaced
170YBxcN |g-rays.
170YB PN 3
170YB G 223.40 1545.0 15M1 0.351
170YB4 G EKC=0.332 (1972Ca21)$
170YBS G KC=0.294 5$LC=0.0444 7$MC=0.00993 14$NC+=0.00268 4
170YBS G NC=0.00233 4$OC=0.000334 5$PC=1.78E-5 3
170YB G 275.40 2010.0 10
170YB G 295.15 2010.0 10 M1 0.1644
170YBS G KC=0.1379 20$LC=0.0207 3$MC=0.00462 7$NC+=0.001249 18
170YBS G NC=0.001086 16$OC=0.0001554 22$PC=8.33E-6 12
170YB cG 4 placements possible based on E|g (1972Ca21); mult=M1 from
170YB2cG ce data of 1990AbZT, inconsistent with placements from 1364 and 2957
170YB3cG levels in 1988DzZW.
170YB G 297.70 208.5 10
170YB G 328.5 E0+M1+E2
170YB cG E,M$from 1990AbZT.
170YB G 407.55 2020.0 10
170YB4 G EKC=0.072 14 (1988DzZW)$
170YB G 461.20 1527 4 M1 0.0505
170YB4 G EKC=0.050 (1972Ca21)$EKC=0.064 19 (1988DzZW)
170YBS G KC=0.0424 6$LC=0.00628 9$MC=0.001401 20$NC+=0.000379 6
170YBS G NC=0.000329 5$OC=4.72E-5 7$PC=2.54E-6 4
170YB G 480.50 1544.0 20
170YB4 G EKC=0.049 13 (1988DzZW)
170YB G 486.80 1542.0 20 M1 0.0439
170YB4 G EKC=0.034 13 (1988DzZW)
170YBS G KC=0.0369 6$LC=0.00545 8$MC=0.001216 17$NC+=0.000329 5
170YBS G NC=0.000286 4$OC=4.09E-5 6$PC=2.21E-6 3
170YB G 524.3 3 Y
170YB G 525.05 1525 3 M1 0.0361
170YB4 G EKC=0.036 13 (1988DzZW)$
170YBS G KC=0.0304 5$LC=0.00447 7$MC=0.000998 14$NC+=0.000270 4
170YBS G NC=0.000234 4$OC=3.36E-5 5$PC=1.82E-6 3
170YB G 542.84 17 Y
170YB G 558.90 1535 4 E1
170YB4 G EKC=0.0080 (1972Ca21)$ EKC=0.0028 13 (1988DzZW)$
170YBS G CC=0.00476 7$KC=0.00403 6$LC=0.000571 8$MC=0.0001266 18$NC+=3.39E-5 5
170YBS G NC=2.96E-5 5$OC=4.17E-6 6$PC=2.13E-7 3
170YB G 563.00 1596 3 E2(+M1) 0.022 9
170YB4 G EKC LE 0.021 (1972Ca21)$EKC=0.016 7 (1988DzZW)
170YBS G KC=0.018 8$LC=0.0029 9$MC=0.00066 18$NC+=0.00018 5
170YBS G NC=0.00015 5$OC=2.1E-5 7$PC=1.1E-6 5
170YB G 571.48 16 Y
170YB G 582.3 4 Y
170YB G 584.35 1526.5 15
170YB4 G EKC=0.041 21 (1988DzZW)
170YB G 585.80 1534.0 20 (M1) 0.0273
170YB4 G EKC=0.032 16 (1988DzZW)
170YBS G KC=0.0230 4$LC=0.00337 5$MC=0.000751 11$NC+=0.000203 3
170YBS G NC=0.0001764 25$OC=2.53E-5 4$PC=1.369E-6 20
170YB G 655.10 2022.5 10
170YB4 G EKC=0.016 12 (1988DzZW)
170YB G 707.10 15300 10
170YB4 G EKC=0.0045 18 (1988DzZW)$
170YB cG |a(K)exp=0.0027, mult=E1 for doublet (1972Ca21).
170YB G 785.75 2062 7 M1 0.01300
170YB4 G EKC=0.015 5 (1988DzZW)
170YBS G KC=0.01096 16$LC=0.001592 23$MC=0.000355 5$NC+=9.59E-5 14
170YBS G NC=8.33E-5 12$OC=1.196E-5 17$PC=6.50E-7 10
170YB G 787.60 15120 8 (M1) 0.01293
170YB4 G EKC=0.019 4 (1988DzZW)
170YBS G KC=0.01090 16$LC=0.001583 23$MC=0.000353 5$NC+=9.53E-5 14
170YBS G NC=8.28E-5 12$OC=1.189E-5 17$PC=6.46E-7 9
170YB G 815.70 2052.0 25
170YB4 G EKC=0.006 5 (1988DzZW)
170YB cG E$may deexcite 3179 and/or 3314 level.
170YB G 952.55 2593 5 M1+E0+E2
170YB cG |a=0.0061 {I20}, |a(K)=0.0051 {I17} if mult=M1.
170YB cG |a(K)exp=0.033 {I16} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 973.4 3 Y
170YB G 1031.3 7 Y
170YB G 1124.7 3 85.0 25
170YB4 G EKC=0.0076 26 (1988DzZW)
170YB G 1180.8 3 25.0 25
170YB4 G EKC=0.019 10 (1988DzZW)
170YB G 1203.0 3 45.0 25
170YB4 G EKC LT 0.006 (1988DzZW)
170YB G 1256.69 20 Y
170YB G 1370.4 3 52.0 25
170YB4 G EKC LT 0.004 (1988DzZW)
170YB G 1385.5 3 100 5
170YB4 G EKC=0.005 3 (1988DzZW)
170YB G 1393.2 7 Y
170YB G 1445.1 3 80 4
170YB4 G EKC LT 0.0036 (1988DzZW)
170YB G 1490.5 3 53 3
170YB4 G EKC LT 0.005 (1988DzZW)
170YB G 1492.1 6 Y
170YB G 1560.3 3 28.5 25
170YB4 G EKC LT 0.005 (1988DzZW)
170YB G 1588.5 6 Y
170YB G 1687.9 4 50 5
170YB4 G EKC=0.0029 10 (1988DzZW)
170YB G 1709.9 7 Y
170YB G 1723.8 3 60 4
170YB4 G EKC=0.0036 7 (1988DzZW)
170YB cG E$may deexcite 2947 and/or 3149 level.
170YB G 1830.1 5 43 4
170YB4 G EKC=0.0030 9 (1988DzZW)
170YB G 1843.3 3 260 30 E1
170YB4 G EKC=0.00038 11 (1988DzZW)
170YBS G CC=0.000964 14$KC=0.000442 7$LC=5.92E-5 9$MC=1.305E-5 19$NC+=0.000450 7
170YBS G NC=3.06E-6 5$OC=4.39E-7 7$PC=2.40E-8 4$IPC=0.000446 7
170YB G 1870.8 3 130 15
170YB4 G EKC=0.0010 4 (1988DzZW)
170YB G 1874.8 5 61 3
170YB4 G EKC=0.0011 4 (1988DzZW)
170YB G 1974.0 3 120 4 M1+E0+E2
170YB cG |a(K)exp=0.0035 {I6} (1972Ca21, I|g; 1973TeZT, I(ce)).
170YB G 2025.8 3 125 5 E1
170YBS G CC=0.001023 15$KC=0.000380 6$LC=5.07E-5 7$MC=1.117E-5 16$NC+=0.000581 9
170YBS G NC=2.62E-6 4$OC=3.76E-7 6$PC=2.06E-8 3$IPC=0.000578 8
170YB4 G EKC LT 0.00034 (1988DzZW)
170YB G 2094.5 5 62 3
170YB4 G EKC=0.0018 9 (1988DzZW)
170YB G 2148.5 5 75.0 25 M1+E2+E0
170YB4 G EKC=0.0112 7 (1988DzZW)
170YB G 2165.7 5 29.0 15
170YB4 G EKC=0.0012 4 (1988DzZW)
170YB G 2178.0 5 42.0 20
170YB4 G EKC=0.0022 7 (1988DzZW)
170YB G 2223.9 5 35 4
170YB4 G EKC=0.0010 4 (1988DzZW)
170YB G 2255.4 6 17.5 15
170YB4 G EKC=0.0021 10 (1988DzZW)
170YB G 2257.4 4 70.0 25
170YB4 G EKC=0.00087 21 (1988DzZW)
170YB G 2263.0 4 Y
170YB G 2266.8 5 36.0 20
170YB4 G EKC=0.0013 5 (1988DzZW)
170YB G 2284.2 5 32 10
170YB4 G EKC=0.0012 6 (1988DzZW)
170YB G 2308.3 8 Y
170YB G 2325.0 4 70 5
170YB4 G EKC=0.0006 4 (1988DzZW)
170YB G 2330.6 6 13.0 15
170YB4 G EKC LT 0.0017 (1988DzZW)
170YB G 2333.9 5 24.0 20
170YB4 G EKC LT 0.0009 (1988DzZW)
170YB G 2398.1 3 100 20
170YB4 G EKC=0.00047 25 (1988DzZW)
170YB G 2419.9 5 43 7
170YB4 G EKC LT 0.00065 (1988DzZW)
170YB G 2424.4 3 270 10 M1
170YB cG |a(K)exp=0.00111 {I15} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YBS G CC=0.001475 21$KC=0.000736 11$LC=0.0001032 15$MC=2.29E-5 4$NC+=0.000612
170YBS G NC=5.37E-6 8$OC=7.74E-7 11$PC=4.28E-8 6$IPC=0.000606 9
170YB G 2459.9 5 27.0 25
170YB4 G EKC LT 0.0019 (1988DzZW)
170YB G 2534.0 6 18 6
170YB4 G EKC LT 0.0005 (1988DzZW)
170YB G 2542.8 6 25.0 25
170YB4 G EKC=0.00065 23 (1988DzZW)
170YB G 2546.1 6 15.0 15
170YB4 G EKC=0.0018 9 (1988DzZW)
170YB G 2558.0 5 80 5
170YB4 G EKC=0.0012 5 (1988DzZW)
170YB G 2561.1 6 30 3 E1
170YB4 G EKC LT 0.00024 (1988DzZW)
170YBS G CC=0.001235 18$KC=0.000262 4$LC=3.48E-5 5$MC=7.67E-6 11$NC+=0.000930 13
170YBS G NC=1.80E-6 3$OC=2.58E-7 4$PC=1.427E-8 20$IPC=0.000928 13
170YB G 2575.3 7 60 30
170YB4 G EKC LT 0.0011 (1988DzZW)
170YB G 2589.3 8 Y
170YB G 2599.0 5 70 7 (E1)
170YB cG |a(K)exp=0.00031 {I16} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YBS G CC=0.001251 18$KC=0.000257 4$LC=3.40E-5 5$MC=7.49E-6 11$NC+=0.000953 14
170YBS G NC=1.756E-6 25$OC=2.52E-7 4$PC=1.395E-8 20$IPC=0.000951 14
170YB G 2637.0 6 19.0 20
170YB4 G EKC LT 0.0016 (1988DzZW)
170YB G 2642.1 4 190 10
170YB4 G EKC=0.00057 15 (1988DzZW)
170YB G 2652.0 4 45 5
170YB4 G EKC=0.0018 5 (1988DzZW)
170YB G 2653.0 6 80 8 E1
170YB4 G EKC LT 0.00030 (1988DzZW)
170YBS G CC=0.001275 18$KC=0.000249 4$LC=3.30E-5 5$MC=7.25E-6 11$NC+=0.000986 14
170YBS G NC=1.700E-6 24$OC=2.45E-7 4$PC=1.352E-8 19$IPC=0.000985 14
170YB G 2677.3 7 15.0 15
170YB4 G EKC LT 0.0020 (1988DzZW)
170YB G 2680.3 7 17.0 17
170YB4 G EKC LT 0.0018 (1988DzZW)
170YB G 2718.3 6 35 4
170YB4 G EKC LT 0.0014 (1988DzZW)
170YB G 2720.9 5 95 5 E1
170YB4 G EKC LT 0.00030 (1988DzZW)
170YBS G CC=0.001305 19$KC=0.000239 4$LC=3.17E-5 5$MC=6.97E-6 10$NC+=0.001027 15
170YBS G NC=1.634E-6 23$OC=2.35E-7 4$PC=1.300E-8 19$IPC=0.001025 15
170YB G 2726.6 6 25.0 25
170YB4 G EKC LT 0.0013 (1988DzZW)
170YB G 2729.3 7 20.0 20
170YB4 G EKC LT 0.0008 (1988DzZW)
170YB G 2737.2 4 125 20
170YB4 G EKC=0.00054 18 (1988DzZW)
170YB G 2793.1 7 26.0 25
170YB cG |a(K)exp|?0.0012 (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 2802.7 8 Y
170YB G 2805.0 6 65.0 25 (E1)
170YB4 G EKC LE 0.00015 (1988DzZW)
170YBS G CC=0.001340 19$KC=0.000228 4$LC=3.02E-5 5$MC=6.65E-6 10$NC+=0.001074 15
170YBS G NC=1.559E-6 22$OC=2.24E-7 4$PC=1.241E-8 18$IPC=0.001073 15
170YB G 2813.7 6 45 5
170YB cG |a(K)exp=0.0010 {I5} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 2819.9 9 Y
170YBF G FLAG=X
170YB cG I(ce(K))/I(1450ce(K))=0.00025 {I15} (1988DzZW), but see
170YB2cG additional comment on this transition.
170YB G 2823.4 7 Y
170YB G 2849.5 3 460 40 E1
170YBS G CC=0.001356 19$KC=0.000223 4$LC=2.95E-5 5$MC=6.49E-6 9$NC+=0.001097 16
170YBS G NC=1.522E-6 22$OC=2.19E-7 3$PC=1.212E-8 17$IPC=0.001095 16
170YB cG |a(K)exp=0.00029 {I6} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other: |a(K)exp=0.00027 (1972Ca21)
170YB G 2897.6 5 100 7
170YB4 G EKC LT 0.00033 (1988DzZW)
170YB G 2953.1 5 75 15
170YB4 G EKC=0.0006 4 (1988DzZW)
170YB G 2973.8 8 Y
170YB G 3018.5 6 32 3
170YB4 G EKC LT 0.0006 (1988DzZW)
170YB G 3036.9 3 460 20 E1
170YB4 G EKC=0.00014 4 (1988DzZW)
170YBS G CC=0.001427 20$KC=0.000202 3$LC=2.68E-5 4$MC=5.89E-6 9$NC+=0.001192 17
170YBS G NC=1.380E-6 20$OC=1.99E-7 3$PC=1.101E-8 16$IPC=0.001190 17
170YB G 3053.1 3 240 20
170YB4 G EKC=0.00037 8 (1988DzZW)
170YB G 3157.0 8 9.0 10
170YB4 G EKC LT 0.0005 (1988DzZW)
170YB G 3255.9 7 30 3 M1,E2
170YB4 G EKC=0.00042 7 (1988DzZW)
170YBS G CC=0.00138 13$KC=0.000363 15$LC=5.00E-5 25$MC=1.11E-5 6$NC+=0.00096 11
170YBS G NC=2.60E-6 14$OC=3.74E-7 20$PC=2.07E-8 12$IPC=0.00095 11
170YB L 0.0 0+
170YB E 0.24 4 0.56 9 9.71 8 0.80 13
170YBS E EAV=1100.6 77$CK=0.582 4$CL=0.0912 6$CM+=0.02743 18
170YB cE E$other: 3467 {I20} from |b{++} endpoint energy of 2445 {I20}
170YB2cE (1960Dz02). Other: |b{++} endpoint energy = 2390 {I50} (1965Ha30).
170YB cE IB from decay scheme and I(|b{++} to g.s.)/I(84 ce)=0.0041 {I8}
170YB2cE (1965Ha30) assuming |a(84)=6.28. 1965Ha30 deduce I|b=0.19% {i5} based
170YB3cE on I(|g+ce)(84)=53% {i10} derived from their I(84|g)/I(K| x ray),
170YB4cE |g-84|g coin and |b|g coin data combined with I(ce(K)).
170YB L 84.262 4 2+ 1.58 NS 7
170YB G 84.262 4 195E+2 10E2 6.28 BC
170YBS G KC=1.406 20$LC=3.72 6$MC=0.919 13$NC+=0.233 4
170YBS G NC=0.209 3$OC=0.0239 4$PC=6.36E-5 9
170YB cG %I|g=8.72 {I24} assuming present I|g normalization.
170YB L 277.44 4 4+
170YB G 193.13 5 463E+1 15E2 0.302 C
170YBS G KC=0.182 3$LC=0.0918 13$MC=0.0222 4$NC+=0.00572 8
170YBS G NC=0.00510 8$OC=0.000613 9$PC=8.45E-6 12
170YB4 G EKC=0.179 (1972Ca21)$
170YB cG K:(L1+L2):L3:M=35:13:6.6:5 (1960Ha18).
170YB L 1069.36 6 0+
170YB G 985.10 10 120E+2 4 E2 C
170YBS G CC=0.00382 6$KC=0.00318 5$LC=0.000503 7$MC=0.0001131 16$NC+=3.03E-5 5
170YBS G NC=2.64E-5 4$OC=3.70E-6 6$PC=1.79E-7 3
170YB cG |a(K)exp=0.0029 (1972Ca21); |a(K)exp=0.0034 {I2} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce))
170YB cG A{-2}=+0.29 {I8}, A{-4}=+0.91 {I10} for 985|g-84|g(|q)
170YBxcG (1969PaZR).
170YB G 1069.4 E0
170YB4 G EKC GT 0.11 (1988DzZW)$
170YB cG ce(K)/ce=0.87
170YB cG Other |a(K)exp: 0.28 for 1068.8|g+1069.4|g doublet
170YBxcG (1972Ca21).
170YB L 1138.55 3 2+
170YB G 1054.28 5 103E+2 3 E2 C
170YBS G CC=0.00333 5$KC=0.00278 4$LC=0.000432 6$MC=9.70E-5 14$NC+=2.60E-5 4
170YBS G NC=2.27E-5 4$OC=3.18E-6 5$PC=1.563E-7 22
170YB4 G EKC=0.00260 16 (1988DzZW)$
170YB cG |a(K)exp|<0.0024 (1972Ca21) for triplet dominated by this
170YB2cG transition.
170YB G 1138.65 10780E+1 24E2 C
170YBS G CC=0.00286 4$KC=0.00239 4$LC=0.000365 6$MC=8.18E-5 12$NC+=2.29E-5 4
170YBS G NC=1.91E-5 3$OC=2.69E-6 4$PC=1.344E-7 19$IPC=9.92E-7 15
170YB cG |a(K)exp=0.0024 (1972Ca21); |a(K)exp=0.00238 {I12}
170YB2cG (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB L 1145.72 5 2+
170YB G 868.10 20170 20 (E2) C
170YBS G CC=0.00497 7$KC=0.00411 6$LC=0.000674 10$MC=0.0001523 22$NC+=4.07E-5 6
170YBS G NC=3.56E-5 5$OC=4.93E-6 7$PC=2.31E-7 4
170YB cG |a(K)exp=0.0065 {I18} (1972Ca21, I|g; 1970Dz11, I(ce))
170YB2cG implies mult=E2+M1: M1 component inconsistent with placement.
170YB G 1061.39 10470E+1 15 E2 C
170YBS G CC=0.00329 5$KC=0.00274 4$LC=0.000426 6$MC=9.55E-5 14$NC+=2.56E-5 4
170YBS G NC=2.23E-5 4$OC=3.13E-6 5$PC=1.542E-7 22
170YB4 G EKC=0.00268 19 (1988DzZW)$
170YB cG Other |a(K)exp: 0.0029 (1972Ca21) for doublet.
170YB G 1145.80 20391E+1 15 E2 C
170YBS G CC=0.00282 4$KC=0.00236 4$LC=0.000360 5$MC=8.07E-5 12$NC+=2.29E-5 4
170YBS G NC=1.89E-5 3$OC=2.66E-6 4$PC=1.328E-7 19$IPC=1.247E-6 20
170YB cG |a(K)exp=0.0023 (1972Ca21); |a(K)exp=0.0027 {I2} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce))
170YB L 1225.35 6 (3)+
170YB G 947.80 15350 10 E2,M1 C
170YBS G CC=0.0062 21$KC=0.0052 18$LC=0.00077 23$MC=0.00017 5$NC+=4.7E-5 14
170YBS G NC=4.0E-5 12$OC=5.8E-6 18$PC=3.0E-7 11
170YB cG |a(K)exp=0.0054 {I20} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 1141.30 201140 35 E2 C
170YBS G CC=0.00284 4$KC=0.00238 4$LC=0.000363 5$MC=8.14E-5 12$NC+=2.29E-5 4
170YBS G NC=1.90E-5 3$OC=2.68E-6 4$PC=1.338E-7 19$IPC=1.081E-6 17
170YB cG |a(K)exp=0.0022 (1972Ca21). Other: 0.0035 {I4} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce))
170YB L 1228.84 10 0+
170YB E 0.032 5 0.70 11 9.23 8 0.73 12
170YBS E EAV=552.5 75$CK=0.7923 16$CL=0.1263 3$CM+=0.03809 10
170YB G 160.2 E0
170YB4 G ECC GE 7 (1990AbZT)$
170YB cG E,M from 1990AbZT.
170YB G 1144.65 20372E+1 12 E2 C
170YBS G CC=0.00283 4$KC=0.00236 4$LC=0.000361 5$MC=8.09E-5 12$NC+=2.29E-5 4
170YBS G NC=1.89E-5 3$OC=2.66E-6 4$PC=1.331E-7 19$IPC=1.202E-6 19
170YB cG |a(K)exp=0.0022 (1972Ca21); |a(K)exp=0.0023 {I2} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce)).
170YB G 1228.9 200 LT E0
170YB3 G EKC GT 0.05 (1972Ca21)
170YB cG ce(K)/ce=0.87.
170YB cG RI observation limit resulting from proximity of strong 1226|g.
170YB cG I(ce(K))/I(1145|g)=0.00269 from |a(K)exp and I|g limits
170YBxcG (1972Ca21).
170YB L 1306.39 5 2+
170YB G 1028.80 101800 60 E2 C
170YBS G CC=0.00350 5$KC=0.00291 4$LC=0.000456 7$MC=0.0001025 15$NC+=2.75E-5 4
170YBS G NC=2.40E-5 4$OC=3.36E-6 5$PC=1.640E-7 23
170YB cG |a(K)exp=0.0031 (1972Ca21); |a(K)exp=0.0026 {I5} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce)).
170YB G 1222.3 3 1430 50 E0+E2+M1 0.013 C
170YB cG |a(K)exp=0.0103 (1972Ca21); |a(K)exp=0.0094 {I6} (1972Ca21,
170YB2cG I|g; 1968Ba54, I(ce)).
170YB cG CC estimated from |a(K)exp.
170YB G 1306.30 201100 50 (E2) C
170YBS G CC=0.00220 3$KC=0.00183 3$LC=0.000273 4$MC=6.09E-5 9$NC+=3.60E-5 5
170YBS G NC=1.426E-5 20$OC=2.02E-6 3$PC=1.032E-7 15$IPC=1.96E-5 3
170YB4 G EKC LE 0.0042 (1972Ca21)$EKC=0.0025 3 (1988DzZW)
170YB cG M M1+E2 from |a(K)exp; |DJ=2 from level scheme.
170YB L 1364.53 4 1-
170YB E 0.03 1 0.9 3 9.07 15 0.9 3
170YBS E EAV=492.8 75$CK=0.8036 13$CL=0.1285 3$CM+=0.03877 8
170YB G 1280.25 101770E+1 50E1 C
170YBS G CC=0.001015 15$KC=0.000818 12$LC=0.0001109 16$MC=2.45E-5 4$NC+=6.22E-5
170YBS G NC=5.73E-6 8$OC=8.19E-7 12$PC=4.43E-8 7$IPC=5.56E-5 8
170YB cG |a(K)exp=0.00087 (1972Ca21); |a(K)exp=0.00088 {I8}
170YB2cG (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB cG A{-2}=-0.24 {I5}, A{-4}=-0.03 {I7} for 1280|g-84|g(|q)
170YBxcG (1969PaZR).
170YB G 1364.60 1010000 E1 C
170YBS G CC=0.000960 14$KC=0.000732 11$LC=9.90E-5 14$MC=2.18E-5 3$NC+=0.0001079
170YBS G NC=5.11E-6 8$OC=7.32E-7 11$PC=3.96E-8 6$IPC=0.0001020 15
170YB cG |a(K)exp=0.00079 (1972Ca21); |a(K)exp=0.00067 {I6}
170YB2cG (1972Ca21, I|g; 1968Ba54, I(ce))
170YB L 1397.05 13 (3)-
170YB E 0.0092 8 0.340 23 9.47 4 0.349 24
170YBS E EAV=478.5 75$CK=0.8059 12$CL=0.12895 25$CM+=0.03891 8
170YB G 1119.40 20400 12 E1 C
170YB4 G EKC=0.0014 5 (1988DzZW)$
170YBS G CC=0.001221 18$KC=0.001037 15$LC=0.0001415 20$MC=3.12E-5 5$NC+=1.119E-5
170YBS G NC=7.31E-6 11$OC=1.044E-6 15$PC=5.60E-8 8$IPC=2.77E-6 5
170YB G 1312.9 3 700 40 C
170YB4 G EKC LT 0.013 (1988DzZW)
170YB L 1425.24 4 (2)-
170YB G 118.80 15 72 7 [E1] 0.217 C
170YBS G KC=0.180 3$LC=0.0289 5$MC=0.00646 10$NC+=0.001696 25
170YBS G NC=0.001490 22$OC=0.000198 3$PC=8.14E-6 12
170YB G 286.60 5 1010 30E1 0.0223 C
170YB4 G EKC=0.018 (1972Ca21)$
170YBS G KC=0.0187 3$LC=0.00277 4$MC=0.000617 9$NC+=0.0001643 23
170YBS G NC=0.0001435 21$OC=1.98E-5 3$PC=9.45E-7 14
170YB G 1341.20 10705E+1 20(E1) C
170YBS G CC=0.000972 14$KC=0.000754 11$LC=0.0001021 15$MC=2.25E-5 4$NC+=9.37E-5
170YBS G NC=5.27E-6 8$OC=7.54E-7 11$PC=4.08E-8 6$IPC=8.77E-5 13
170YB cG |a(K)exp=0.00095 (1972Ca21); |a(K)exp=0.00115 {I9}
170YB2cG (1972Ca21, I|g; 1968Ba54, I(ce))
170YB L 1479.91 6 0+
170YB E 0.0022 18 0.11 9 9.9 4 0.11 9 ?
170YBS E EAV=442.1 75$CK=0.8109 10$CL=0.13004 22$CM+=0.03926 7
170YB G 251.0 E0
170YB4 G EKC GE 2.5 (1972Ca21) $
170YB cG ce(K)/ce=0.87
170YB cG I(ce(K))/I(1396|g)=0.0051 from |a(K)exp>2.5 if I|g<10
170YBxcG (1972Ca21).
170YB G 410.5 E0
170YB4 G EKC GE 0.23 (1972Ca21)$EKC=0.30 11 (1988DzZW)
170YB cG ce(K)/ce=0.87
170YB cG I(ce(K))/I(1396|g)=0.00103 from |a(K)exp>0.23 if I|g<22
170YBxcG (1972Ca21).
170YB G 1395.65 10490E+1 15 E2 C
170YBS G CC=0.00196 3$KC=0.001617 23$LC=0.000238 4$MC=5.31E-5 8$NC+=5.41E-5 8
170YBS G NC=1.243E-5 18$OC=1.762E-6 25$PC=9.10E-8 13$IPC=3.98E-5 6
170YB4 G EKC LT 0.0017 (1988DzZW)$
170YB cG |a(K)exp=0.0016 (1972Ca21) for doublet dominated by this |g.
170YB cG A{-2}=+0.22 {I15}, A{-4}=+0.92 {I19} for 1396|g-84|g(|q)
170YBxcG (1969PaZR).
170YB G 1479.9 E0
170YB4 G EKC GE 3.26 (1972Ca21)
170YB cG ce(K)/ce=0.87
170YB cG I(ce(K))/I(1396|g)=0.0133 from |a(K)exp>3.26 if I|g<20
170YBxcG (1972Ca21).
170YB L 1512.37 4 1-
170YB E 0.010 3 0.58 18 9.19 14 0.59 18
170YBS E EAV=427.9 75$CK=0.8127 9$CL=0.13043 21$CM+=0.03938 7
170YB G 1428.08 10755E+1 25 E1 C
170YBS G CC=0.000938 14$KC=0.000677 10$LC=9.14E-5 13$MC=2.02E-5 3$NC+=0.0001492
170YBS G NC=4.72E-6 7$OC=6.76E-7 10$PC=3.67E-8 6$IPC=0.0001438 21
170YB4 G EKC=0.00063 7 (1988DzZW)
170YB cG Other |a(K)exp: 0.00091 (1972Ca21) for doublet.
170YB G 1512.50 10553E+1 15 E1 C
170YBS G CC=0.000922 13$KC=0.000614 9$LC=8.28E-5 12$MC=1.83E-5 3$NC+=0.000207 3
170YBS G NC=4.28E-6 6$OC=6.12E-7 9$PC=3.33E-8 5$IPC=0.000202 3
170YB cG |a(K)exp=0.00082 (1972Ca21); |a(K)exp=0.00061 {I5}
170YB2cG (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB L 1534.57 4 2+
170YB G 228.05 1580 5 E0+M1+E2 0.65 AP C
170YB4 G EKC=0.542 (1972Ca21)$
170YB cG CC estimated from (|a(K)exp=0.54)x1.2.
170YB G 388.80 10200 6 M1(+E0+E2) 0.081 C
170YB4 G EKC=0.060 (1972Ca21)$
170YB cG M M1 from 1972Ca21; M1+E0+E2 from 1990AbZT.
170YB G 395.95 10420 12M1(+E0+E2) 0.077 C
170YB4 G EKC=0.060 (1972Ca21)$EKC=0.075 7 (1988DzZW)
170YB cG M M1 from 1972Ca21; M1+E0+E2 from 1990AbZT.
170YB G 1257.20 10 3.05E+310 C
170YB4 G EKC=0.0021 (1972Ca21)$EKC=0.00063 12 (1988DzZW)
170YB cG M |a(K)exp data mutually inconsistent.
170YB G 1450.20 10 3.50E+310 E0+M1+E2 C
170YB4 G EKC=0.0259 10 (1988DzZW)$
170YB cG Other |a(K)exp; 0.0275 for doublet dominated by 1450.2|g.
170YB G 1534.55 102040 60 E2 C
170YBS G CC=0.001689 24$KC=0.001354 19$LC=0.000197 3$MC=4.38E-5 7$NC+=9.42E-5 14
170YBS G NC=1.025E-5 15$OC=1.457E-6 21$PC=7.62E-8 11$IPC=8.25E-5 12
170YB4 G EKC=0.00135 (1972Ca21)$EKC=0.00112 10 (1988DzZW)
170YB L 1566.38 8 0+
170YB E 0.0050 8 0.35 5 9.39 7 0.35 5
170YBS E EAV=404.1 75$CK=0.8152 8$CL=0.13104 19$CM+=0.03957 6
170YB G 201.75 1535 3 [E1] 0.0542
170YBS G KC=0.0454 7$LC=0.00688 10$MC=0.001535 22$NC+=0.000407 6
170YBS G NC=0.000356 5$OC=4.86E-5 7$PC=2.20E-6 4
170YB G 337.5 E0
170YB cG ce(K)/ce=0.87
170YB cG |a(K)exp|>0.15 (1972Ca21).
170YB cG I(ce(K))/I(1482|g)=0.00111 from |a(K)exp>0.15 if I|g<10
170YBxcG (1972Ca21).
170YB G 497.0 E0
170YB cG ce(K)/ce=0.87
170YB cG |a(K)exp|>0.14 (1972Ca21).
170YB cG I(ce(K))/I(1482|g)=0.00321 from |a(K)exp>0.14 if I|g<31
170YBxcG (1972Ca21).
170YB G 1482.15 101350 50 (E2) C
170YBS G CC=0.001780 25$KC=0.001445 21$LC=0.000211 3$MC=4.70E-5 7$NC+=7.78E-5 11
170YBS G NC=1.100E-5 16$OC=1.562E-6 22$PC=8.13E-8 12$IPC=6.52E-5 10
170YB cG |a(K)exp=0.0021 {I5} (1972Ca21, I|g; 1968Ba54, I(ce)) allows
170YB2cG mult=E2,M1; M1 inconsistent with level scheme.
170YB G 1566.4 E0
170YB4 G EKC GE 0.166 (1972Ca21)$EKC GT 0.163 (1988DzZW)$
170YB cG ce(K)/ce=0.87
170YB cG I(ce(K))/I(1482|g)=0.0061 from |a(K)exp>0.166 if I|g<50
170YBxcG (1972Ca21).
170YB L 1634.84 8 (1+)
170YB E 0.0016 4 0.15 4 9.72 12 0.15 4
170YBS E EAV=374.1 75$CK=0.8179 7$CL=0.13175 17$CM+=0.03980 6
170YB G 1550.55 101000 30(M1) C
170YBS G CC=0.00259 4$KC=0.00210 3$LC=0.000298 5$MC=6.62E-5 10$NC+=0.0001297 19
170YBS G NC=1.555E-5 22$OC=2.24E-6 4$PC=1.230E-7 18$IPC=0.0001118 16
170YB4 G EKC=0.0045 (1972Ca21)$EKC=0.0035 6 (1988DzZW)
170YB cG Possible doublet (1972Ca21). |a(K)exp implies E0 component.
170YB G 1634.8 3 210 8 (M1)
170YBS G CC=0.00234 4$KC=0.00185 3$LC=0.000263 4$MC=5.83E-5 9$NC+=0.0001677 24
170YBS G NC=1.369E-5 20$OC=1.97E-6 3$PC=1.084E-7 16$IPC=0.0001519 22
170YB cG |a(K)exp=0.00062 (1972Ca21), mult=E1; however, 1988DzZW
170YB2cG deduce |a(K)exp=0.0017 {I3}, mult=M1(+E2). The evaluator favors the
170YBxcG latter.
170YB L 1658.06 9(2)+
170YB G 1380.80 20270 35 C
170YB4 G EKC=0.0020 14 (1988DzZW)
170YB G 1573.60 25200 10 C
170YB4 G EKC=0.0019 10 (1988DzZW)
170YB L 1717.95 4 (2)-
170YB E 0.0003410 0.26 7 10.47 12 0.26 7 1U
170YBS E EAV=353.2 76$CK=0.8150 1$CL=0.14073 18$CM+=0.04300 7
170YB G 205.55 2017.5 15 (M1+E2) 0.34 10
170YBS G KC=0.26 11$LC=0.063 8$MC=0.0148 24$NC+=0.0039 6
170YBS G NC=0.0034 5$OC=0.00045 3$PC=1.5E-5 8
170YB cG M based on unenumerated ce data of 1990AbZT.
170YB G 292.55 2011.0 10 [M1,E2] 0.12 5 &
170YBS G KC=0.10 5$LC=0.0195 17$MC=0.0045 3$NC+=0.00119 9
170YBS G NC=0.00105 7$OC=0.000141 19$PC=6.E-6 3
170YB G 492.58 5 1270 40E1 C
170YBS G CC=0.00626 9$KC=0.00530 8$LC=0.000756 11$MC=0.0001678 24$NC+=4.49E-5 7
170YBS G NC=3.92E-5 6$OC=5.50E-6 8$PC=2.78E-7 4
170YB4 G EKC=0.0056 (1972Ca21)$ EKC=0.0068 7 (1988DzZW)
170YB G 572.20 5 2800 75E1 C
170YBS G CC=0.00453 7$KC=0.00383 6$LC=0.000542 8$MC=0.0001202 17$NC+=3.22E-5 5
170YBS G NC=2.81E-5 4$OC=3.96E-6 6$PC=2.03E-7 3
170YB cG |a(K)exp=0.0033 (1972Ca21); |a(K)exp=0.0045 {I6} (1972Ca21,
170YB2cG I|g; 1968Ba54, I(ce)). K/L=2.25 (1960Ha18).
170YB G 579.40 5 1000 30 E1 C
170YBS G CC=0.00441 7$KC=0.00373 6$LC=0.000528 8$MC=0.0001170 17$NC+=3.14E-5 5
170YBS G NC=2.73E-5 4$OC=3.86E-6 6$PC=1.98E-7 3
170YB4 G EKC=0.0044 (1972Ca21)$ EKC=0.0067 20 (1988DzZW)
170YB L 1838.2 3 (2)+ ?
170YB E 0.000218 0.061 22 10.00 16 0.061 22 ?
170YBS E EAV=284.5 75$CK=0.8226 3$CL=0.1335 2$CM+=0.04037 5
170YB G 1753.9 3 100 5 M1(+E2+E0) G ?
170YB cG |a(K)exp=0.0030 {I10} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB G 1838.2 5 94 3 & ?
170YBF G FLAG=G
170YB cG |a(K)exp=0.0018 {I4} (1988DzZW) for multiply-placed |g.
170YB L 1985.64 9 1-,2-
170YB E 0.0003219 0.28 16 9.25 25 0.28 16
170YBS E EAV=219.2 76$CK=0.8236$CL=0.1345 2$CM+=0.04073 4
170YB G 560.55 1537 5 M1 0.0305 G
170YBS G KC=0.0257 4$LC=0.00377 6$MC=0.000842 12$NC+=0.000228 4
170YBS G NC=0.000198 3$OC=2.84E-5 4$PC=1.534E-6 22
170YB4 G EKC=0.0325 (1972Ca21)$
170YB G 621.40 1597 10[M1] 0.0235 &
170YBS G KC=0.0198 3$LC=0.00289 4$MC=0.000645 9$NC+=0.0001744 25
170YBS G NC=0.0001515 22$OC=2.17E-5 3$PC=1.178E-6 17
170YBF G FLAG=G
170YB cG |a(K)exp=0.023 (1972Ca21), 0.026 {I5} (1988DzZW), mult=M1 for
170YB2cG doubly-placed |g.
170YB G 1901.35 151320 50 E1 C
170YBS G CC=0.000982 14$KC=0.000421 6$LC=5.63E-5 8$MC=1.240E-5 18$NC+=0.000492 7
170YBS G NC=2.90E-6 4$OC=4.17E-7 6$PC=2.28E-8 4$IPC=0.000489 7
170YB cG |a(K)exp=0.00048 {I17} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB G 1985.5 3 170 6 &
170YBF G FLAG=G
170YB cG |a(K)exp=0.0007 {I4} (1988DzZW) for multiply-placed |g.
170YB L 2039.85 8 1+
170YB E 0.0025 5 3.84 20 8.08 3 3.84 20
170YBS E EAV=194.9 77$CK=0.8236$CL=0.1349 2$CM+=0.04086 4
170YB G 675.45 2024.0 15 D
170YB4 G EKC=0.030 11 (1988DzZW)$
170YB cG May also deexcite 2661 level, based on E|g.
170YB G 901.40 20150 7 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.018 (1988DzZW) for multiply-placed |g.
170YB G 970.20 20250 8 (M1) &
170YBS G CC=0.00771 11$KC=0.00651 10$LC=0.000939 14$MC=0.000209 3$NC+=5.65E-5 8
170YBS G NC=4.91E-5 7$OC=7.05E-6 10$PC=3.85E-7 6
170YBF G FLAG=D
170YB cG |a(K)exp=0.0076 {I12} (1972Ca21, I|g; 1970Dz11, I(ce));
170YB2cG implies mult=M1 for doubly-placed |g, but alternative placement
170YBxcG requires E1.
170YB G 1955.65 15 2.98E+310 M1+E2 C
170YBS G CC=0.00152 24$KC=0.00104 18$LC=0.000147 25$MC=3.3E-5 6$NC+=0.00030 4
170YBS G NC=7.6E-6 13$OC=1.10E-6 19$PC=6.0E-8 11$IPC=0.00029 4
170YB cG |a(K)exp=0.00112 {I10} (1972Ca21, I|g; 1973TeZT, I(ce)).
170YB2cG Other: 0.00065 (1972Ca21).
170YB G 2040.00 15568E+1 20 M1 C
170YBS G CC=0.001676 24$KC=0.001099 16$LC=0.0001548 22$MC=3.44E-5 5$NC+=0.000388
170YBS G NC=8.07E-6 12$OC=1.162E-6 17$PC=6.41E-8 9$IPC=0.000379 6
170YB cG |a(K)exp=0.00109 {I7} (1972Ca21, I|g; 1973TeZT, I(ce)).
170YB2cG Other: |a(K)exp|>0.00071 (1972Ca21)
170YB L 2052.59 70-,1-,2-
170YB E 0.217 20 9.32 5 0.217 20
170YBS E CK=0.8236$CL=0.1350 2$CM+=0.04089 5
170YB G 540.15 10460 20 M1 0.0336 C
170YBS G KC=0.0282 4$LC=0.00416 6$MC=0.000927 13$NC+=0.000251 4
170YBS G NC=0.000218 3$OC=3.12E-5 5$PC=1.687E-6 24
170YB cG |a(K)exp=0.027 (1972Ca21); |a(K)exp=0.032 {I4} (1972Ca21,
170YB2cG I|g; 1968Ba54, I(ce)).
170YB G 688.00 8 440 15 M1 0.0181 C
170YBS G KC=0.01528 22$LC=0.00223 4$MC=0.000497 7$NC+=0.0001344 19
170YBS G NC=0.0001167 17$OC=1.676E-5 24$PC=9.09E-7 13
170YB4 G EKC=0.015 (1972Ca21)$ EKC=0.0122 21 (1988DzZW)
170YB L 2115.90 7 1-
170YB E 0.15 14 9.4 4 0.15 14 ?
170YBS E CK=0.8233 1$CL=0.1354 2$CM+=0.04104 5
170YB G 457.90 1548 4 (E1+M2) 0.36 7 0.026 7
170YBS G KC=0.021 6$LC=0.0036 10$MC=0.00081 23$NC+=0.00022 6
170YBS G NC=0.00019 6$OC=2.7E-5 8$PC=1.4E-6 4
170YB4 G EKC=0.021 5 (1988DzZW)$
170YB cG M |a(K)exp implies E2(+M1) or E1+M2 with |d=0.35 {I7}; level
170YB2cG scheme requires |D|p=yes.
170YB G 970.20 20250 8 &
170YB cG M |a(K)exp=0.0076 {I12} (1972Ca21, I|g; 1970Dz11, I(ce));
170YB2cG implies mult=M1 for doubly-placed |g, but this placement requires E1.
170YB G 2031.70 20815 25 E1 C
170YBS G CC=0.001025 15$KC=0.000378 6$LC=5.05E-5 7$MC=1.111E-5 16$NC+=0.000585 9
170YBS G NC=2.60E-6 4$OC=3.74E-7 6$PC=2.05E-8 3$IPC=0.000582 9
170YB cG |a(K)exp=0.00033 {I12} (1972Ca21, I|g; 1973TeZT, I(ce))
170YB G 2116.0 350 40 E1 AC
170YBS G CC=0.001055 15$KC=0.000354 5$LC=4.72E-5 7$MC=1.040E-5 15$NC+=0.000644 9
170YBS G NC=2.44E-6 4$OC=3.50E-7 5$PC=1.92E-8 3$IPC=0.000641 9
170YB4 G EKC=0.00041 14 (1988DzZW)$
170YB cG Other |a(K)exp: 0.00025 (1972Ca21) for doublet.
170YB cG M if this component were E2, |a(K)exp=0.00046 would be expected
170YB2cG for doublet.
170YB L 2126.14 5 1-
170YB E 0.0024 6 10.4 5 7.592 25 10.4 5
170YBS E EAV=155.8 78$CK=0.8232 2$CL=0.1355 2$CM+=0.04107 5
170YB G 614.00 2020.0 10 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.024 {I12} (1988DzZW), mult=M1,E2 for
170YBxcG doubly-placed |g.
170YB G 645.80 2030.0 15
170YBF G FLAG=D
170YB4 G EKC=0.023 7 (1988DzZW)$
170YB G 700.80 2070.0 20 M1 0.01732
170YBS G KC=0.01459 21$LC=0.00213 3$MC=0.000474 7$NC+=0.0001282 18
170YBS G NC=0.0001113 16$OC=1.599E-5 23$PC=8.67E-7 13
170YB4 G EKC=0.021 8 (1988DzZW)
170YB cG Other |a(K)exp: 0.020, mult=M1 for doublet (1972Ca21) in
170YB2cG which this transition is major component.
170YB G 819.50 2070.0 20 C
170YB4 G EKC=0.017 10 (1988DzZW)
170YB G 980.30 20290 30 C
170YB cG |a(K)exp|<0.0064 (1972Ca21); 0.0035 {I10} (1988DzZW).
170YB2cG Mult=E2 from |a(K)exp is inconsistent with placement.
170YB G 988.5 300 30 AC
170YB4 G EKC=0.0024 12 (1988DzZW)
170YBL G FL=1138.55
170YB G 2041.88 101320E+1 40 E1 C
170YBS G CC=0.001028 15$KC=0.000375 6$LC=5.00E-5 7$MC=1.102E-5 16$NC+=0.000592 9
170YBS G NC=2.58E-6 4$OC=3.71E-7 6$PC=2.04E-8 3$IPC=0.000590 9
170YB cG |a(K)exp=0.00043 {I4} (1972Ca21, I|g; 1973TeZT, I(ce)) for
170YB2cG doublet. Other |a(K)exp: 0.00030 (1972Ca21).
170YB G 2126.11 101110E+1 35 E1 C
170YBS G CC=0.001059 15$KC=0.000351 5$LC=4.69E-5 7$MC=1.032E-5 15$NC+=0.00065 1
170YBS G NC=2.42E-6 4$OC=3.47E-7 5$PC=1.91E-8 3$IPC=0.000648 9
170YB cG |a(K)exp=0.000373 {I17} (1972Ca21, I|g; 1973TeZT, I(ce)).
170YB2cG Other: 0.00024 (1972Ca21).
170YB L 2200.91 9 1-,2-
170YB E 0.58 7 8.79 6 0.58 7
170YBS E CK=0.8226 2$CL=0.1361 2$CM+=0.04127 5
170YB G 1055.23 50E+1 10 E1 C
170YB4 G EKC LE 0.0015 (1988DzZW)
170YBS G CC=0.001356 19$KC=0.001154 17$LC=0.0001579 23$MC=3.49E-5 5$NC+=9.39E-6
170YBS G NC=8.16E-6 12$OC=1.164E-6 17$PC=6.23E-8 9
170YB G 2116.60 151100 40 E1 C
170YBS G CC=0.001056 15$KC=0.000354 5$LC=4.72E-5 7$MC=1.040E-5 15$NC+=0.000644 9
170YBS G NC=2.44E-6 4$OC=3.50E-7 5$PC=1.92E-8 3$IPC=0.000641 9
170YB cG |a(K)exp=0.00036 {I4} (1972Ca21, I|g; 1973TeZT, I(ce)) for
170YB2cG doublet dominated by this component. Other |a(K)exp: 0.00025
170YBxcG (1972Ca21) for doublet.
170YB G 2200.9 3 120 5 D
170YB4 G EKC=0.00056 18 (1988DzZW)
170YB L 2268.08 17 1-
170YB E 0.11 6 9.47 24 0.11 6 ?
170YBS E CK=0.8219 2$CL=0.13660 15$CM+=0.04146 6
170YB G 1122.5 3 35.0 10
170YB4 G EKC LT 0.0032 (1988DzZW)
170YB G 2183.9 5 88 5 C
170YB4 G EKC=0.0011 3 (1988DzZW)
170YB G 2268.2 3 420 12 E1
170YBS G CC=0.001115 16$KC=0.000317 5$LC=4.22E-5 6$MC=9.30E-6 13$NC+=0.000746 11
170YBS G NC=2.18E-6 3$OC=3.13E-7 5$PC=1.725E-8 25$IPC=0.000744 11
170YB4 G EKC=0.00039 9 (1988DzZW)
170YB L 2275.49 5 1-
170YB E 1.88 12 8.23 4 1.88 12
170YBS E CK=0.8218 2$CL=0.13667 15$CM+=0.04149 6
170YB G 850.05 15105 5 C
170YB4 G EKC LT 0.007 (1988DzZW)
170YB G 910.8 3 92 5
170YB4 G EKC LT 0.010 (1988DzZW)
170YB G 969.05 20130 6 &
170YB cG |a(K)exp=0.0077 {I23} (1972Ca21, I|g; 1970Dz11, I(ce)),
170YB2cG mult=M1 for doubly-placed |g; however, this placement requires E1.
170YB G 1046.60 25195 10 &
170YB cG |a(K)exp=0.0020 {I10} (1988DzZW) for doubly-placed |g.
170YB G 1137.1 3 350 10 (E1+M2) 0.57 16 C
170YBS G CC=0.0040 12$KC=0.0034 10$LC=0.00051 16$MC=0.00011 4$NC+=3.4E-5 9
170YBS G NC=2.7E-5 9$OC=3.8E-6 12$PC=2.0E-7 7$IPC=3.7E-6 5
170YB4 G EKC=0.0034 10 (1988DzZW)$
170YB cG M |a(K)exp implies E2(+M1) or E1+M2 (|d=0.57 {I16}); level
170YB2cG scheme requires |D|p=yes.
170YB G 1206.30 20 300 15 E1 C
170YBS G CC=0.001089 16$KC=0.000908 13$LC=0.0001234 18$MC=2.72E-5 4$NC+=3.10E-5
170YBS G NC=6.38E-6 9$OC=9.11E-7 13$PC=4.91E-8 7$IPC=2.37E-5 4
170YB4 G EKC LT 0.0010 (1988DzZW)$
170YB G 2191.15 153.55E+3 10E1 C
170YBS G CC=0.001084 16$KC=0.000335 5$LC=4.46E-5 7$MC=9.83E-6 14$NC+=0.000695 10
170YBS G NC=2.30E-6 4$OC=3.31E-7 5$PC=1.82E-8 3$IPC=0.000692 10
170YB cG |a(K)exp=0.00039 {I2} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB2cG Other: |a(K)exp=0.00026 (1972Ca21)
170YB G 2275.40 101940 60 E1 C
170YBS G CC=0.001118 16$KC=0.000316 5$LC=4.20E-5 6$MC=9.25E-6 13$NC+=0.000751 11
170YBS G NC=2.17E-6 3$OC=3.11E-7 5$PC=1.716E-8 24$IPC=0.000748 11
170YB4 G EKC=0.00016 (1972Ca21)$EKC=0.00034 4 (1988DzZW)$
170YB cG |a(K)exp from 1972Ca21 is low for E1 but similar to |a(K)exp
170YB2cG for 2364 and 2412 E1 transitions in 1972Ca21.
170YB L 2289.37 10 1+
170YB G 249.95 208.5 25 [M1,E2] 0.19 7 &
170YBF G FLAG=G
170YBS G KC=0.15 7$LC=0.0325 5$MC=0.0075 3$NC+=0.00199 4
170YBS G NC=0.00175 5$OC=0.000233 13$PC=9.E-6 5
170YB G 2205.3 4 76 3 C
170YB4 G EKC=0.0007 3 (1988DzZW)
170YB G 2289.2 4 95 5 M1 C
170YBS G CC=0.001518 22$KC=0.000840 12$LC=0.0001180 17$MC=2.62E-5 4$NC+=0.000533
170YBS G NC=6.15E-6 9$OC=8.86E-7 13$PC=4.89E-8 7$IPC=0.000526 8
170YB L 2328.0 4 (0+) ?
170YB E 0.055 23 9.72 19 0.055 23 ?
170YBS E CK=0.8212 3$CL=0.13714 17$CM+=0.04166 6
170YB G 1181.5 3 100 20 & ?
170YBF G FLAG=G
170YB cG |a(K)exp=0.005 {I3} (1988DzZW) for multiply-placed |g.
170YB G 2243.7 4 72 5 ?
170YB4 G EKC=0.0008 5 (1988DzZW)
170YBF G FLAG=G
170YB G 2327.5 3 E0 Y ?
170YBF G FLAG=G
170YB cG M observed in ce spectrum but absent in |g spectrum.
170YB L 2351.71 6 0-,1-,2-
170YB E 2.64 13 8.02 3 2.64 13
170YBS E CK=0.8209 3$CL=0.13737 18$CM+=0.04174 7
170YB G 225.45 2013.0 20 [M1,E2] 0.26 8 &
170YBS G KC=0.20 9$LC=0.046 3$MC=0.0107 11$NC+=0.00283 22
170YBS G NC=0.00249 22$OC=0.000327 6$PC=1.2E-5 6
170YB G 235.55 1588 8 [M1,E2] 0.23 8 &C
170YBS G KC=0.18 8$LC=0.0397 15$MC=0.0092 7$NC+=0.00243 12
170YBS G NC=0.00214 13$OC=0.000283 7$PC=1.0E-5 6
170YB cG |a(K)exp=0.192 (1972Ca21), mult=M1+E2 for doubly-placed |g.
170YB G 311.80 2016.0 15 [E1] 0.0181
170YBS G KC=0.01525 22$LC=0.00224 4$MC=0.000499 7$NC+=0.0001331 19
170YBS G NC=0.0001162 17$OC=1.611E-5 23$PC=7.76E-7 11
170YB cG Mult=M1+E2 from unenumerated ce data of 1990AbZT is
170YB2cG inconsistent with this placement.
170YB G 366.35 1554.0 20 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.17 {I7} (1988DzZW) for multiply-placed |g.
170YB G 633.75 2520.0 10
170YB4 G EKC=0.025 13 (1988DzZW)$
170YB cG M M1,E2 from |a(K)exp.
170YB G 839.30 101570 45 M1 0.01104 C
170YBS G KC=0.00931 13$LC=0.001349 19$MC=0.000300 5$NC+=8.12E-5 12
170YBS G NC=7.05E-5 10$OC=1.013E-5 15$PC=5.51E-7 8
170YB cG |a(K)exp=0.0092 {I18} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other: |a(K)exp|<0.0106 (1972Ca21).
170YB G 926.40 15580 18 E2 C
170YBS G CC=0.00434 6$KC=0.00360 5$LC=0.000579 9$MC=0.0001305 19$NC+=3.49E-5 5
170YBS G NC=3.05E-5 5$OC=4.25E-6 6$PC=2.02E-7 3
170YB cG |a(K)exp=0.0028 (1972Ca21); |a(K)exp=0.0038 {I9} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce))
170YB G 987.25 10370E+1 12 M1 C
170YBS G CC=0.00739 11$KC=0.00624 9$LC=0.000899 13$MC=0.000200 3$NC+=5.41E-5 8
170YBS G NC=4.70E-5 7$OC=6.75E-6 10$PC=3.68E-7 6
170YB4 G EKC=0.0075 (1972Ca21)$EKC=0.0059 4 (1988DzZW)
170YB L 2364.06 4 1-
170YB E 14.9 7 7.26 3 14.9 7
170YBS E CK=0.8207 3$CL=0.13750 18$CM+=0.04178 7
170YB G 238.25 1537 4 [M1,E2] 0.22 8 &
170YBF G FLAG=D
170YBS G KC=0.17 8$LC=0.0382 12$MC=0.0089 6$NC+=0.00234 10
170YBS G NC=0.00206 11$OC=0.000272 8$PC=1.0E-5 5
170YB G 829.30 101085 30E1 C
170YBS G CC=0.00213 3$KC=0.00181 3$LC=0.000251 4$MC=5.55E-5 8$NC+=1.492E-5 21
170YBS G NC=1.298E-5 19$OC=1.84E-6 3$PC=9.73E-8 14
170YB cG |a(K)exp=0.0018 {I5} (1972Ca21, I|g; 1970Dz11, I(ce))
170YB G 851.45 20180 10 M1 0.01065
170YBS G KC=0.00898 13$LC=0.001301 19$MC=0.000290 4$NC+=7.83E-5 11
170YBS G NC=6.80E-5 10$OC=9.77E-6 14$PC=5.32E-7 8
170YB4 G EKC=0.0091 25 (1988DzZW)$
170YB G 884.10 15770 45E1 C
170YBS G CC=0.00189 3$KC=0.001604 23$LC=0.000221 3$MC=4.89E-5 7$NC+=1.316E-5 19
170YBS G NC=1.145E-5 16$OC=1.628E-6 23$PC=8.62E-8 12
170YB cG |a(K)exp=0.0025 {I4} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 938.75 8 3.52E+3 10 M1 C
170YBS G CC=0.00837 12$KC=0.00706 10$LC=0.001019 15$MC=0.000227 4$NC+=6.13E-5 9
170YBS G NC=5.33E-5 8$OC=7.66E-6 11$PC=4.17E-7 6
170YB cG |a(K)exp=0.0068 (1972Ca21); |a(K)exp=0.0075 {I7} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce)).
170YB G 966.85 20320 10 (E2)
170YBS G CC=0.00397 6$KC=0.00330 5$LC=0.000525 8$MC=0.0001181 17$NC+=3.16E-5 5
170YBS G NC=2.76E-5 4$OC=3.85E-6 6$PC=1.86E-7 3
170YB cG |a(K)exp=0.0047 {I9} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB cG M M1,E2 from |a(K)exp; |DJ=2 from level scheme.
170YB G 999.60 103.40E+3 10 M1 C
170YBS G CC=0.00717 10$KC=0.00605 9$LC=0.000872 13$MC=0.000194 3$NC+=5.25E-5 8
170YBS G NC=4.56E-5 7$OC=6.55E-6 10$PC=3.57E-7 5
170YB cG |a(K)exp=0.0056 (1972Ca21); |a(K)exp=0.0064 {I4} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce))
170YB G 1057.70 15475 15 E1 C
170YBS G CC=0.001351 19$KC=0.001149 16$LC=0.0001572 22$MC=3.47E-5 5$NC+=9.35E-6
170YBS G NC=8.13E-6 12$OC=1.159E-6 17$PC=6.20E-8 9
170YB4 G EKC=0.0011 6 (1988DzZW)$
170YB G 1135.2 C
170YB cG E$unresolved multiplet; E|g from level energy difference.
170YB G 1218.50 203.04E+3 10E1 C
170YBS G CC=0.001075 15$KC=0.000892 13$LC=0.0001212 17$MC=2.68E-5 4$NC+=3.57E-5
170YBS G NC=6.26E-6 9$OC=8.95E-7 13$PC=4.82E-8 7$IPC=2.85E-5 4
170YB4 G EKC=0.00065 (1972Ca21)$EKC=0.00069 9 (1988DzZW)
170YB G 1225.65 101080E+1 32E1 C
170YBS G CC=0.001068 15$KC=0.000883 13$LC=0.0001199 17$MC=2.65E-5 4$NC+=3.86E-5
170YBS G NC=6.20E-6 9$OC=8.86E-7 13$PC=4.77E-8 7$IPC=3.15E-5 5
170YB4 G EKC=0.00092 (1972Ca21)$EKC=0.00081 7 (1988DzZW)
170YB cG Other |a(K)exp: 0.00080 {I5} (1972Ca21, I|g; 1968Ba54,
170YBxcG I(ce)).
170YB G 1294.70 10635E+1 20E1 C
170YBS G CC=0.001003 14$KC=0.000802 12$LC=0.0001087 16$MC=2.40E-5 4$
170YBS G NC=5.62E-6 8
170YB4 G EKC LT 0.00090 (1988DzZW)$
170YB cG Other |a(K)exp: 0.00095 for doublet dominated by 1294.7|g.
170YB G 2279.9 2 425 15 E1 C
170YBS G CC=0.001120 16$KC=0.000315 5$LC=4.19E-5 6$MC=9.22E-6 13$
170YBS G NC=2.16E-6 3$OC=3.11E-7 5$PC=1.711E-8 24$IPC=0.000751 11
170YB4 G EKC=0.00030 7 (1988DzZW)$
170YB G 2364.10 153.24E+3 10E1 C
170YBS G CC=0.001154 17$KC=0.000297 5$LC=3.95E-5 6$MC=8.70E-6 13$NC+=0.000809 12
170YBS G NC=2.04E-6 3$OC=2.93E-7 5$PC=1.616E-8 23$IPC=0.000806 12
170YB cG |a(K)exp=0.000373 {I22} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB2cG Other: |a(K)exp=0.00017 (1972Ca21)
170YB L 2367.65 5 (1)-
170YB E 5.16 25 7.71 3 5.16 25
170YBS E CK=0.8207 3$CL=0.13753 18$CM+=0.04180 7
170YB G 166.70 2013.5 15 [M1,E2] 0.64 15 &
170YBS G KC=0.47 20$LC=0.14 4$MC=0.032 10$NC+=0.0084 23
170YBS G NC=0.0074 22$OC=0.00094 19$PC=2.6E-5 14
170YB G 241.50 5 510 15M1 0.283 C
170YBS G KC=0.237 4$LC=0.0358 5$MC=0.00801 12$NC+=0.00216 3
170YBS G NC=0.00188 3$OC=0.000269 4$PC=1.439E-5 21
170YB4 G EKC=0.238 (1972Ca21)$
170YB G 251.75 10105 5 [M1,E2] 0.19 7
170YBS G KC=0.15 7$LC=0.0318 5$MC=0.00736 24$NC+=0.00195 4
170YBS G NC=0.00171 4$OC=0.000227 13$PC=9.E-6 5
170YB G 649.60 15100 6 [M1] 0.0210 &
170YBS G KC=0.01766 25$LC=0.00258 4$MC=0.000576 8$NC+=0.0001556 22
170YBS G NC=0.0001352 19$OC=1.94E-5 3$PC=1.052E-6 15
170YBF G FLAG=D
170YB cG |a(K)exp=0.023 {I6} (1972Ca21, I|g; 1968Ba54, I(ce)),
170YB2cG mult=M1 for doubly-placed |g.
170YB G 855.15 152140 60 M1 0.01054 C
170YBS G KC=0.00888 13$LC=0.001287 18$MC=0.000287 4$NC+=7.75E-5 11
170YBS G NC=6.73E-5 10$OC=9.67E-6 14$PC=5.26E-7 8
170YB cG |a(K)exp=0.0075 (1972Ca21); |a(K)exp=0.0087 {I6} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce))
170YB G 942.45 15470 15 E2 C
170YBS G CC=0.00419 6$KC=0.00347 5$LC=0.000556 8$MC=0.0001253 18$NC+=3.36E-5 5
170YBS G NC=2.93E-5 5$OC=4.08E-6 6$PC=1.95E-7 3
170YB cG |a(K)exp=0.0040 {I11} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 1003.20 10770E+1 24 M1,E2 C
170YBS G CC=0.0054 18$KC=0.0045 15$LC=0.00067 19$MC=0.00015 5$NC+=4.1E-5 12
170YBS G NC=3.5E-5 10$OC=5.0E-6 15$PC=2.6E-7 9
170YB4 G EKC=0.0055 (1972Ca21)$EKC=0.0049 3 (1988DzZW)
170YB G 1061.35 5.0E+2 10 AC
170YB4 G EKC LT 0.034 (1988DzZW)
170YB L 2400.10 6 1-
170YB G 741.50 2097 3 C
170YB4 G EKC LT 0.015 (1988DzZW)
170YB G 1330.7 3 80 4 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.004 (1988DzZW) for doubly-placed |g.
170YB G 2315.9 2 460 15 E1 C
170YBS G CC=0.001134 16$KC=0.000307 5$LC=4.08E-5 6$MC=8.99E-6 13$NC+=0.000777 11
170YBS G NC=2.11E-6 3$OC=3.03E-7 5$PC=1.669E-8 24$IPC=0.000775 11
170YB4 G EKC=0.00022 7 (1988DzZW)
170YB cG Other |a(K)exp: 0.00051 (1972Ca21) for doublet dominated by
170YB2cG this transition.
170YB G 2400.15 20905 30 E1 C
170YBS G CC=0.001169 17$KC=0.000290 4$LC=3.86E-5 6$MC=8.49E-6 12$NC+=0.000831 12
170YBS G NC=1.99E-6 3$OC=2.86E-7 4$PC=1.578E-8 22$IPC=0.000829 12
170YB4 G EKC=0.00030 (1972Ca21)$EKC=0.00040 3 (1988DzZW)$
170YB L 2429.05 11 1+,2+
170YB G 303.20 209.0 10 [E1] 0.0194 &
170YBS G KC=0.01633 23$LC=0.00240 4$MC=0.000535 8$NC+=0.0001427 21
170YBS G NC=0.0001246 18$OC=1.726E-5 25$PC=8.28E-7 12
170YBF G FLAG=D
170YB cG |a(K)exp=0.205 (1972Ca21), mult=M1 for doublet.
170YB G 916.65 220 20 [E1] C
170YBS G CC=0.001762 25$KC=0.001498 21$LC=0.000206 3$MC=4.56E-5 7$NC+=1.227E-5 1
170YBS G NC=1.067E-5 15$OC=1.519E-6 22$PC=8.06E-8 12
170YB4 G EKC=0.0103 19 (1988DzZW)$
170YB cG |a(K)exp=0.0042 (1972Ca21) for 916.65|g+916.90|g doublet;
170YB2cG mult(916.65|g)=E1 is required by level scheme.
170YB G 1290.9 4 190 35 (E2) C
170YBS G CC=0.00225 4$KC=0.00187 3$LC=0.000280 4$MC=6.25E-5 9$NC+=3.38E-5 5
170YBS G NC=1.462E-5 21$OC=2.07E-6 3$PC=1.055E-7 15$IPC=1.697E-5 25
170YB4 G EKC LT 0.0018 (1988DzZW)
170YB cG M E1 or E2 from |a(K)exp; level scheme requires |D|p=no.
170YB G 2344.9 5 100 4 M1
170YBS G CC=0.001497 21$KC=0.000795 12$LC=0.0001116 16$MC=2.47E-5 4$NC+=0.000566
170YBS G NC=5.81E-6 9$OC=8.37E-7 12$PC=4.63E-8 7$IPC=0.000559 8
170YB4 G EKC=0.00058 21 (1988DzZW)$
170YB G 2429.0 4 105 10 (M1,E2)
170YBS G CC=0.00132 15$KC=0.00066 8$LC=9.2E-5 11$MC=2.04E-5 24$NC+=0.00055 7
170YBS G NC=4.8E-6 6$OC=6.9E-7 9$PC=3.8E-8 5$IPC=0.00055 7
170YB4 G EKC=0.0007 3 (1988DzZW)$
170YB L 2436.01 11 (2,3)-
170YB G 235.55 1588 8 [M1,E2] 0.23 8 &
170YBS G KC=0.18 8$LC=0.0397 15$MC=0.0092 7$NC+=0.00243 12
170YBS G NC=0.00214 13$OC=0.000283 7$PC=1.0E-5 6
170YB cG |a(K)exp=0.192 (1972Ca21), mult=M1+E2 for doubly-placed |g.
170YB G 801.25 2080 4 D
170YB4 G EKC=0.010 5 (1988DzZW)
170YB cG M M1,E2 from |a(K)exp does not fit placement; however, a large
170YB2cG uncertainty exists in |a(K)exp.
170YB G 901.40 20150 7 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.018 (1988DzZW) for multiply-placed |g.
170YB G 1211.2 3 80 4 E1 D
170YBS G CC=0.001084 16$KC=0.000901 13$LC=0.0001225 18$MC=2.70E-5 4$NC+=3.29E-5
170YBS G NC=6.33E-6 9$OC=9.05E-7 13$PC=4.87E-8 7$IPC=2.56E-5 4
170YB4 G EKC=0.0010 4 (1988DzZW)
170YB G 2157.7 5 22.0 10 D
170YB4 G EKC=0.0025 12 (1988DzZW)
170YB G 2352.3 5 110 4 E1 D
170YBS G CC=0.001149 16$KC=0.000300 5$LC=3.98E-5 6$MC=8.77E-6 13$NC+=0.000801 12
170YBS G NC=2.06E-6 3$OC=2.95E-7 5$PC=1.629E-8 23$IPC=0.000799 12
170YB4 G EKC=0.00029 16 (1988DzZW)
170YB L 2496.20 5 1-
170YB E 1.77 11 8.06 4 1.77 11
170YBS E CK=0.8186 4$CL=0.13904 24$CM+=0.04234 9
170YB G 220.90 1542.5 15[M1,E2] 0.28 9 C
170YBS G KC=0.21 9$LC=0.049 4$MC=0.0115 13$NC+=0.0030 3
170YBS G NC=0.0027 3$OC=0.000351 8$PC=1.2E-5 7
170YB4 G EKC LE 0.21 (1972Ca21)$
170YB G 369.80 1558 3 D
170YB G 983.67 20700 50 M1 C
170YBS G CC=0.00746 11$KC=0.00629 9$LC=0.000907 13$MC=0.000202 3$NC+=5.46E-5 8
170YBS G NC=4.74E-5 7$OC=6.81E-6 10$PC=3.72E-7 6
170YB4 G EKC=0.0057 15 (1988DzZW)
170YB G 1070.9 3 117 4 M1 C
170YBS G CC=0.00606 9$KC=0.00511 8$LC=0.000735 11$MC=0.0001635 23$NC+=4.42E-5 7
170YBS G NC=3.84E-5 6$OC=5.52E-6 8$PC=3.02E-7 5
170YB cG |a(K)exp=0.0060 {I26} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB G 1426.72 10.0E+2 10 E1 AC
170YBS G CC=0.000938 14$KC=0.000678 10$LC=9.16E-5 13$MC=2.02E-5 3$NC+=0.0001483
170YBS G NC=4.73E-6 7$OC=6.77E-7 10$PC=3.67E-8 6$IPC=0.0001429 20
170YB4 G EKC=0.00097 22 (1988DzZW)
170YB G 2411.90 151790 60E1 C
170YBS G CC=0.001174 17$KC=0.000288 4$LC=3.83E-5 6$MC=8.43E-6 12$NC+=0.000839 12
170YBS G NC=1.98E-6 3$OC=2.84E-7 4$PC=1.567E-8 22$IPC=0.000836 12
170YB cG |a(K)exp=0.00033 {I3} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other: |a(K)exp=0.00016 (1972Ca21)
170YB G 2496.15 151650 50E1 C
170YBS G CC=0.001208 17$KC=0.000273 4$LC=3.63E-5 5$MC=7.98E-6 12$NC+=0.000891 13
170YBS G NC=1.87E-6 3$OC=2.69E-7 4$PC=1.485E-8 21$IPC=0.000889 13
170YB cG |a(K)exp=0.00033 {I3} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other: |a(K)exp=0.00014 (1972Ca21)
170YB L 2498.19 70-,1-,2-
170YB E 1.12 7 8.26 4 1.12 7
170YBS E CK=0.8186 4$CL=0.13907 24$CM+=0.04235 9
170YB G 222.40 1590 3 [M1] 0.355 &
170YBF G FLAG=D
170YBS G KC=0.297 5$LC=0.0449 7$MC=0.01005 15$NC+=0.00272 4
170YBS G NC=0.00236 4$OC=0.000338 5$PC=1.81E-5 3
170YB cG |a(K)exp=0.267 (1972Ca21); mult=M1(+E2) for
170YB2cG doubly-placed |g.
170YB G 371.90 1568 4 (M1) 0.0887 C
170YBS G KC=0.0745 11$LC=0.01110 16$MC=0.00248 4$NC+=0.000670 10
170YBS G NC=0.000582 9$OC=8.34E-5 12$PC=4.48E-6 7
170YB4 G EKC LT 0.21 (1972Ca21)
170YB G 382.35 10130 5 (M1) 0.0825
170YBS G KC=0.0692 10$LC=0.01031 15$MC=0.00230 4$NC+=0.000622 9
170YBS G NC=0.000541 8$OC=7.75E-5 11$PC=4.17E-6 6
170YB cG |a(K)exp<0.13 (1972Ca21), |?0.085 (1972Ca21, I|g; 1968Ba54,
170YB2cG I(ce)).
170YB G 1133.60 102300 75 M1 C
170YBS G CC=0.00527 8$KC=0.00445 7$LC=0.000639 9$MC=0.0001421 20$NC+=3.95E-5 6
170YBS G NC=3.34E-5 5$OC=4.80E-6 7$PC=2.62E-7 4$IPC=1.070E-6 16
170YB cG |a(K)exp=0.0040 (1972Ca21); |a(K)exp=0.0046 {I3} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce))
170YB cG M |a(K)exp is for doublet dominated by 1133.6|g. 1132.86|g
170YB2cG (mult)=[M1,E2]
170YB L 2523.07 14 1+
170YB E 0.32 11 8.78 15 0.32 11
170YBS E CK=0.8181 4$CL=0.13941 25$CM+=0.04247 9
170YB G 864.85 2580 4 M1 0.01024
170YBS G KC=0.00864 13$LC=0.001251 18$MC=0.000279 4$NC+=7.53E-5 11
170YBS G NC=6.54E-5 10$OC=9.40E-6 14$PC=5.12E-7 8
170YB cG |a(K)exp=0.0116 {I26} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 1158.5 3 46.0 25 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.004 (1988DzZW) for doubly-placed |g.
170YB G 1217.30 20450 15 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0030 (1972Ca21), 0.0026 {I6} (1988DzZW),
170YB2cG mult=E2(+M1) for doubly-placed |g.
170YB G 2438.6 3 230 10 M1
170YBS G CC=0.001471 21$KC=0.000726 11$LC=0.0001018 15$MC=2.26E-5 4$NC+=0.000621
170YBS G NC=5.30E-6 8$OC=7.64E-7 11$PC=4.22E-8 6$IPC=0.000615 9
170YB cG |a(K)exp|?0.00117 {I22} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other: |a(K)exp=0.00076 (1972Ca21)
170YB G 2523.0 3 300 10 M1
170YBS G CC=0.001455 21$KC=0.000672 10$LC=9.40E-5 14$MC=2.08E-5 3$NC+=0.000669 1
170YBS G NC=4.90E-6 7$OC=7.06E-7 10$PC=3.90E-8 6$IPC=0.000663 10
170YB cG |a(K)exp=0.00091 {I7} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB L 2536.97 6 1-
170YB E 0.39 4 8.68 5 0.39 4
170YBS E CK=0.8178 4$CL=0.1396 3$CM+=0.04255 10
170YB G 497.50 1531.0 10 D
170YB4 G EKC=0.053 20 (1988DzZW)
170YB cG M M1 from |a(K)exp; placement requires E1.
170YB G 1002.3 300 30 AC
170YB4 G EKC LT 0.014 (1988DzZW)
170YB G 1173.2 4 70 30 &C
170YB cG |a(K)exp=0.006 {I4} (1988DzZW) for doubly-placed |g.
170YB G 1230.2 3 250 10 C
170YB4 G EKC LE 0.0115 (1972Ca21)$EKC=0.0022 22 (1988DzZW)
170YB G 1307.97 260 30 AC
170YB4 G EKC LT 0.016 (1988DzZW)
170YB G 1398.30 20150 30 C
170YB4 G EKC LT 0.004 (1988DzZW)
170YB G 1467.50 150 15 AC
170YB4 G EKC=0.0019 6 (1988DzZW)
170YB G 2452.7 3 300 10 C
170YB cG |a(K)exp=0.00057 {I17} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB cG M E2,M1 from |a(K)exp is inconsistent with placement.
170YB G 2536.9 4 140 10 E1 C
170YBS G CC=0.001225 18$KC=0.000266 4$LC=3.54E-5 5$MC=7.78E-6 11$NC+=0.000916 13
170YBS G NC=1.82E-6 3$OC=2.62E-7 4$PC=1.448E-8 21$IPC=0.000913 13
170YB4 G EKC=0.00038 9 (1988DzZW)
170YB L 2661.02 12 1+
170YB E 0.29 5 8.68 8 0.29 5
170YBS E CK=0.8149 5$CL=0.1418 4$CM+=0.04332 13
170YB G 225.45 2013.0 20 [E1] 0.0407 &
170YBF G FLAG=D
170YBS G KC=0.0342 5$LC=0.00514 8$MC=0.001145 17$NC+=0.000304 5
170YBS G NC=0.000266 4$OC=3.65E-5 6$PC=1.680E-6 24
170YB G 296.70 2017.0 15 [E1] 0.0205 &
170YBS G KC=0.01721 25$LC=0.00254 4$MC=0.000565 8$NC+=0.0001506 22
170YBS G NC=0.0001315 19$OC=1.82E-5 3$PC=8.71E-7 13
170YBF G FLAG=D
170YB cG 3 placements possible based on E|g (1972Ca21); mult=M1 from
170YB2cG ce data of 1990AbZT.
170YB G 621.40 1597 10[M1] 0.0235 &
170YBS G KC=0.0198 3$LC=0.00289 4$MC=0.000645 9$NC+=0.0001744 25
170YBS G NC=0.0001515 22$OC=2.17E-5 3$PC=1.178E-6 17
170YBF G FLAG=D
170YB cG |a(K)exp=0.023 (1972Ca21), 0.026 {I5} (1988DzZW), mult=M1 for
170YB2cG doubly-placed |g.
170YB G 1181.5 3 100 20 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.005 {I3} (1988DzZW) for multiply-placed |g.
170YB G 2576.8 4 170 30 M1,E2
170YBS G CC=0.00131 14$KC=0.00058 6$LC=8.1E-5 9$MC=1.80E-5 19$NC+=0.00063 8
170YBS G NC=4.2E-6 5$OC=6.1E-7 7$PC=3.3E-8 4$IPC=0.00062 8
170YB4 G EKC=0.00071 18 (1988DzZW)
170YB G 2661.0 3 500 30 (M1)
170YBS G CC=0.001443 21$KC=0.000594 9$LC=8.31E-5 12$MC=1.84E-5 3$NC+=0.000747 11
170YBS G NC=4.33E-6 6$OC=6.24E-7 9$PC=3.45E-8 5$IPC=0.000742 11
170YB cG |a(K)exp=0.00060 {I14} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other |a(K)exp: 0.00037 (1972Ca21).
170YB cG M M1,E2 from |a(K)exp; E2 inconsistent with log| {Ift} from 0+
170YB2cG in |e decay to 2661 level.
170YB L 2667.19 4 1(+)
170YB E 0.38 4 8.55 5 0.38 4
170YBS E CK=0.8148 5$CL=0.1419 4$CM+=0.04336 13
170YB G 231.15 2013.0 15 [E1] 0.0382 &
170YBS G KC=0.0321 5$LC=0.00481 7$MC=0.001073 16$NC+=0.000285 4
170YBS G NC=0.000249 4$OC=3.42E-5 5$PC=1.582E-6 23
170YBF G FLAG=D
170YB G 238.25 1537 4 [M1,E2] 0.22 8 &
170YBS G KC=0.17 8$LC=0.0382 12$MC=0.0089 6$NC+=0.00234 10
170YBS G NC=0.00206 11$OC=0.000272 8$PC=1.0E-5 5
170YB G 303.20 209.0 10 [E1] 0.0194 &
170YBS G KC=0.01633 23$LC=0.00240 4$MC=0.000535 8$NC+=0.0001427 21
170YBS G NC=0.0001246 18$OC=1.726E-5 25$PC=8.28E-7 12
170YBF G FLAG=D
170YB cG |a(K)exp=0.205 (1972Ca21), mult=M1 for doublet.
170YB G 1009.5 3 88 5 M1
170YBS G CC=0.00700 10$KC=0.00591 9$LC=0.000851 12$MC=0.000189 3$NC+=5.12E-5 8
170YBS G NC=4.44E-5 7$OC=6.39E-6 9$PC=3.49E-7 5
170YB4 G EKC=0.0097 18 (1988DzZW)
170YB cG Note that |a(K)exp is somewhat larger than |a(K)(M1).
170YB G 1132.86 150 15 AC
170YB G 1187.5 3 100 5 C
170YB4 G EKC=0.0024 24 (1988DzZW)
170YB G 1241.95 20110 5 (E1) C
170YBS G CC=0.001051 15$KC=0.000862 12$LC=0.0001171 17$MC=2.58E-5 4$NC+=4.54E-5
170YBS G NC=6.05E-6 9$OC=8.65E-7 13$PC=4.67E-8 7$IPC=3.84E-5 6
170YB4 G EKC=0.0017 10 (1988DzZW)
170YB cG M E1 or E2 from |a(K)exp; |D|p=(yes) from level scheme.
170YB G 1361.1 3 250 25 (E2) C
170YBS G CC=0.00205 3$KC=0.001695 24$LC=0.000251 4$MC=5.59E-5 8$NC+=4.61E-5 7
170YBS G NC=1.309E-5 19$OC=1.85E-6 3$PC=9.54E-8 14$IPC=3.11E-5 5
170YB4 G EKC LT 0.0018 (1988DzZW)
170YB cG M E1 or E2 from |a(K)exp; |D|p=(no) from level scheme.
170YB G 1438.1 3 110 5 M1 C
170YBS G CC=0.00303 5$KC=0.00251 4$LC=0.000357 5$MC=7.94E-5 12$NC+=8.69E-5 13
170YBS G NC=1.86E-5 3$OC=2.68E-6 4$PC=1.473E-7 21$IPC=6.54E-5 10
170YB4 G EKC=0.0038 19 (1988DzZW)
170YB G 1521.7 3 80 20 M1,E2 C
170YBS G CC=0.0022 5$KC=0.0018 4$LC=0.00026 6$MC=5.7E-5 13$NC+=0.000104 14
170YBS G NC=1.3E-5 3$OC=1.9E-6 5$PC=1.0E-7 3$IPC=8.9E-5 11
170YB4 G EKC=0.0026 10 (1988DzZW)
170YB G 1529.0 3 160 15 C
170YB4 G EKC=0.0039 (1972Ca21)$EKC LT 0.0019 (1988DzZW)
170YB G 1597.6 3 160 10 M1 C
170YBS G CC=0.00244 4$KC=0.00195 3$LC=0.000277 4$MC=6.16E-5 9$NC+=0.0001505 22
170YBS G NC=1.447E-5 21$OC=2.08E-6 3$PC=1.145E-7 16$IPC=0.0001338 19
170YB cG |a(K)exp=0.0030 {I6} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 2582.9 3 310 10 C
170YB cG |a(K)exp=0.00021 {I6} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB cG M E1 from |a(K)exp is inconsistent with this placement.
170YB G 2667.4 5 180 12 C
170YBS G CC=0.00073$KC=0.00062
170YB cG |a(K)exp=0.00060 (1972Ca21), mult=M1, but |a(K)exp<0.00028
170YB2cG adopted in 1988DzZW implying mult=E1. Level scheme implies M1.
170YB L 2748.08 5 1-
170YB E 4.73 22 7.36 3 4.73 22
170YBS E CK=0.8122 7$CL=0.1437 5$CM+=0.04404 17
170YB G 249.95 208.5 25 [M1,E2] 0.19 7 &
170YBS G KC=0.15 7$LC=0.0325 5$MC=0.0075 3$NC+=0.00199 4
170YBS G NC=0.00175 5$OC=0.000233 13$PC=9.E-6 5
170YB G 472.50 1525.0 10 M1 0.0474
170YBS G KC=0.0398 6$LC=0.00589 9$MC=0.001315 19$NC+=0.000355 5
170YBS G NC=0.000309 5$OC=4.43E-5 7$PC=2.39E-6 4
170YB4 G EKC=0.054 11 (1988DzZW)
170YB cG E$placed by evaluator, based on E|g, and multipolarity; 1990Gr19
170YB2cG placed |g from 1985 level, but E|g is too low for that placement.
170YB G 547.25 1586 4 M1(+E2) 0.023 10
170YBS G KC=0.019 8$LC=0.0031 9$MC=0.00071 19$NC+=0.00019 6
170YBS G NC=0.00017 5$OC=2.3E-5 7$PC=1.1E-6 5
170YB4 G EKC=0.032 11 (1988DzZW)
170YB cG E$placed from 3203 level also in 1990Gr19 but E|g does not fit that
170YB2cG placement
170YB G 762.55 1562.0 20 M1 0.01402
170YBS G KC=0.01181 17$LC=0.001718 24$MC=0.000383 6$NC+=0.0001035 15
170YBS G NC=8.98E-5 13$OC=1.290E-5 18$PC=7.01E-7 10
170YB4 G EKC=0.020 6 (1988DzZW)
170YB G 1113.10 20225 10 C
170YB4 G EKC LE 0.015 (1972Ca21)$EKC LT 0.004 (1988DzZW)
170YB G 1181.5 3 100 20 &
170YB cG |a(K)exp=0.005 {I3} (1988DzZW) for multiply-placed |g.
170YB G 1213.65 20115 6
170YB4 G EKC=0.0047 24 (1988DzZW)
170YB G 1235.90 10510 15 M1 C
170YBS G CC=0.00429 6$KC=0.00361 5$LC=0.000517 8$MC=0.0001149 16$NC+=4.25E-5 6
170YBS G NC=2.70E-5 4$OC=3.88E-6 6$PC=2.12E-7 3$IPC=1.142E-5 16
170YB cG |a(K)exp=0.0050 (1972Ca21); 0.0043 {I6} (1972Ca21, I|g;
170YB2cG 1968Ba54, I(ce)).
170YB G 1268.30 20260 10 C
170YB4 G EKC=0.0017 8 (1988DzZW)
170YB G 1323.00 20390 30 M1 C
170YBS G CC=0.00365 6$KC=0.00306 5$LC=0.000438 7$MC=9.72E-5 14$NC+=5.51E-5 8
170YBS G NC=2.28E-5 4$OC=3.29E-6 5$PC=1.80E-7 3$IPC=2.88E-5 4
170YB cG |a(K)exp=0.0036 {I10} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB G 1383.60 20420 15 C
170YB4 G EKC=0.0043 11 (1988DzZW)
170YB G 1518.9 3 130 5
170YB4 G EKC=0.0009 5 (1988DzZW)
170YB G 1602.2 3 230 10 E1 C
170YBS G CC=0.000921 13$KC=0.000558 8$LC=7.50E-5 11$MC=1.654E-5 24$NC+=0.000272
170YBS G NC=3.87E-6 6$OC=5.55E-7 8$PC=3.03E-8 5$IPC=0.000268 4
170YB4 G EKC LT 0.0005 (1988DzZW)
170YB G 1609.40 20480 25 E1 C
170YBS G CC=0.000922 13$KC=0.000553 8$LC=7.44E-5 11$MC=1.641E-5 23$NC+=0.000277
170YBS G NC=3.84E-6 6$OC=5.51E-7 8$PC=3.00E-8 5$IPC=0.000273 4
170YB4 G EKC=0.00055 17 (1988DzZW)
170YB cG |a(K)exp for doublet: 0.0012 (1972Ca21), 0.00140 {I10}
170YB2cG (1972Ca21, I|g; 1970Dz11, I(ce)); consistent with E1-M1 doublet.
170YB G 1678.60 20500 15 E1 C
170YBS G CC=0.000929 13$KC=0.000516 8$LC=6.93E-5 10$MC=1.528E-5 22$NC+=0.000328
170YBS G NC=3.58E-6 5$OC=5.13E-7 8$PC=2.80E-8 4$IPC=0.000324 5
170YB4 G EKC=0.00076 8 (1988DzZW)
170YB G 2663.95 202.73E+3 10 E1 C
170YBS G CC=0.001280 18$KC=0.000247 4$LC=3.28E-5 5$MC=7.21E-6 10$NC+=0.000993 14
170YBS G NC=1.689E-6 24$OC=2.43E-7 4$PC=1.343E-8 19$IPC=0.000991 14
170YB cG |a(K)exp=0.00025 {I3} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other: |a(K)exp=0.00014 (1972Ca21)
170YB G 2748.15 20463E+1 20 E1
170YBS G CC=0.001317 19$KC=0.000235 4$LC=3.12E-5 5$MC=6.87E-6 10$NC+=0.001043 15
170YBS G NC=1.609E-6 23$OC=2.32E-7 4$PC=1.281E-8 18$IPC=0.001041 15
170YB cG |a(K)exp=0.000263 {I24} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other: |a(K)exp=0.00015 (1972Ca21)
170YB L 2768.34 8 0-,1-
170YB E 1.16 6 7.94 4 1.16 6
170YBS E CK=0.8115 7$CL=0.1443 5$CM+=0.04423 18
170YB G 231.15 2013.0 15 [M1,E2] 0.24 8 &
170YBS G KC=0.19 8$LC=0.0423 21$MC=0.0098 9$NC+=0.00259 16
170YBS G NC=0.00228 17$OC=0.000301 5$PC=1.1E-5 6
170YB G 339.45 207.0 10 &
170YBF G FLAG=D
170YB G 368.30 2020.0 10 [M1,E2] 0.07 3
170YBS G KC=0.053 23$LC=0.0096 18$MC=0.0022 4$NC+=0.00059 11
170YBS G NC=0.00051 9$OC=7.0E-5 16$PC=3.1E-6 15
170YB G 416.50 2013.5 15 (M1,E2) 0.048 20
170YB4 G EKC=0.040 21 (1988DzZW)
170YBS G KC=0.039 17$LC=0.0067 15$MC=0.0015 3$NC+=0.00041 9
170YBS G NC=0.00036 8$OC=4.9E-5 13$PC=2.3E-6 11
170YB G 1050.40 102200 70 E2 C
170YBS G CC=0.00336 5$KC=0.00280 4$LC=0.000436 6$MC=9.78E-5 14$NC+=2.62E-5 4
170YBS G NC=2.29E-5 4$OC=3.21E-6 5$PC=1.574E-7 22
170YB cG |a(K)exp|<0.0034 (1972Ca21); |a(K)exp=0.0029 {I4} (1972Ca21,
170YB2cG I|g; 1970Dz11, I(ce))
170YB G 1110.7 3 27.0 15
170YB4 G EKC LE 0.008 (1988DzZW)
170YB G 1403.79 450 50 M1 C
170YBS G CC=0.00320 5$KC=0.00266 4$LC=0.000379 6$MC=8.42E-5 12$NC+=7.60E-5 11
170YBS G NC=1.98E-5 3$OC=2.84E-6 4$PC=1.561E-7 22$IPC=5.32E-5 8
170YB cG |a(K)exp=0.0053 {I11} (1972Ca21, I|g; 1968Ba54, I(ce));
170YB2cG exceeds |a(K)(M1).
170YB L 2775.66 8 1-
170YB E 2.81 15 7.54 4 2.81 15
170YBS E CK=0.8112 7$CL=0.1445 5$CM+=0.04431 18
170YB G 279.40 1547 3 [M1,E2] 0.14 5
170YBS G KC=0.11 5$LC=0.0226 15$MC=0.00521 17$NC+=0.00138 7
170YBS G NC=0.00121 5$OC=0.000163 18$PC=6.E-6 4
170YB G 649.60 15100 6 [M1] 0.0210 &
170YBF G FLAG=D
170YBS G KC=0.01766 25$LC=0.00258 4$MC=0.000576 8$NC+=0.0001556 22
170YBS G NC=0.0001352 19$OC=1.94E-5 3$PC=1.052E-6 15
170YB cG |a(K)exp=0.023 {I6} (1972Ca21, I|g; 1968Ba54, I(ce)),
170YB2cG mult=M1 for doubly-placed |g.
170YB G 659.70 2024.0 15 (M1) 0.0202
170YBS G KC=0.01699 24$LC=0.00248 4$MC=0.000553 8$NC+=0.0001496 21
170YBS G NC=0.0001299 19$OC=1.87E-5 3$PC=1.011E-6 15
170YB4 G EKC=0.023 8 (1988DzZW)
170YB G 723.05 2044.0 20
170YB4 G EKC LT 0.013 (1988DzZW)
170YB G 1263.45 20690 20 M1 C
170YBS G CC=0.00407 6$KC=0.00342 5$LC=0.000490 7$MC=0.0001088 16$NC+=4.56E-5 7
170YBS G NC=2.56E-5 4$OC=3.68E-6 6$PC=2.01E-7 3$IPC=1.614E-5 23
170YB4 G EKC=0.0045 (1972Ca21)$EKC=0.0039 7 (1988DzZW)
170YB G 1350.5 3 128 6 C
170YB4 G EKC=0.0005 3 (1988DzZW)
170YB G 1469.10 20200 10 E1 C
170YBS G CC=0.000928 13$KC=0.000645 9$LC=8.70E-5 13$MC=1.92E-5 3$NC+=0.0001768 2
170YBS G NC=4.50E-6 7$OC=6.44E-7 9$PC=3.50E-8 5$IPC=0.0001716 24
170YB4 G EKC LT 0.0005 (1988DzZW)
170YB G 2691.45 20495E+1 20 E1 C
170YBS G CC=0.001292 18$KC=0.000243 4$LC=3.22E-5 5$MC=7.09E-6 10$NC+=0.001010 15
170YBS G NC=1.662E-6 24$OC=2.39E-7 4$PC=1.322E-8 19$IPC=0.001008 15
170YB cG |a(K)exp=0.000263 {I14} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other: |a(K)exp=0.00011 (1972Ca21)
170YB G 2775.7 3 245 10 D
170YB4 G EKC=0.00037 19 (1988DzZW)
170YB L 2783.12 10 1+
170YB E 1.60 9 7.78 4 1.60 9
170YBS E CK=0.8109 7$CL=0.1447 5$CM+=0.04439 19
170YB G 656.65 2028.0 15 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.014 (1988DzZW) for multiply-placed |g.
170YB G 1418.7 3 70 4
170YB cG |a(K)exp=0.0043 {I14} (1972Ca21, I|g; 1968Ba54, I(ce))
170YB2cG indicates mult=M1; however, placement requires E1.
170YB G 1636.9 3 120 4 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0024 {I5} (1972Ca21, I|g; 1970Dz11, I(ce)),
170YB2cG mult=M1 for multiply-placed |g.
170YB G 1714.4 4 40 8 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0050 {I17} (1988DzZW) for doubly-placed |g.
170YB G 2698.8 3 1320 50 M1 C
170YBS G CC=0.001442 21$KC=0.000576 8$LC=8.04E-5 12$MC=1.783E-5 25$NC+=0.000768
170YBS G NC=4.19E-6 6$OC=6.04E-7 9$PC=3.34E-8 5$IPC=0.000763 11
170YB cG |a(K)exp=0.00061 {I5} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other: |a(K)exp=0.00032 (1972Ca21)
170YB G 2783.00 202.24E+3 10 M1
170YBS G CC=0.001442 21$KC=0.000537 8$LC=7.49E-5 11$MC=1.661E-5 24$NC+=0.000814
170YBS G NC=3.90E-6 6$OC=5.62E-7 8$PC=3.11E-8 5$IPC=0.000810 12
170YB cG |a(K)exp=0.00061 {I3} (1972Ca21, I|g; 1970Dz11, I(ce)). Other
170YB2cG |a(K)exp: 0.00032 (1972Ca21)
170YB L 2819.77 4 0-,1-
170YB E 5.9 3 7.16 4 5.9 3
170YBS E CK=0.8094 8$CL=0.1458 6$CM+=0.04480 21
170YB G 152.60 3 610 20 [E1] 0.1123 C
170YBS G KC=0.0936 14$LC=0.01456 21$MC=0.00325 5$NC+=0.000858 12
170YBS G NC=0.000753 11$OC=0.0001014 15$PC=4.38E-6 7
170YB cG M |a(K)exp=1.09 (I(ce), 1960Ha18; I|g, 1972Ca21) suggests
170YB2cG mult=M1; K/L implies E1 or M1(+E2).
170YB3cG Uncertainties may, however, be large. M1 inconsistent with placement.
170YB G 283.05 10445 15M1 0.184 C
170YBS G KC=0.1543 22$LC=0.0232 4$MC=0.00518 8$NC+=0.001400 20
170YBS G NC=0.001217 17$OC=0.0001742 25$PC=9.33E-6 13
170YB4 G EKC=0.124 (1972Ca21)$
170YB G 323.57 5 770 25M1 0.1285 C
170YBS G KC=0.1078 15$LC=0.01612 23$MC=0.00360 5$NC+=0.000974 14
170YBS G NC=0.000846 12$OC=0.0001212 17$PC=6.50E-6 10
170YB cG |a(K)exp=0.085 (1972Ca21); |a(K)exp=0.17 {I5} (1972Ca21,
170YB2cG I|g; 1968Ba54, I(ce)).
170YB G 390.40 15 125 5 [E1] 0.01061 &
170YBS G KC=0.00895 13$LC=0.001296 19$MC=0.000288 4$NC+=7.70E-5 11
170YBS G NC=6.72E-5 10$OC=9.38E-6 14$PC=4.63E-7 7
170YBF G FLAG=G
170YB cG M M1+E2 from ce data of 1990AbZT for doubly-placed |g.
170YB G 419.65 5 1120 30M1 0.0646 C
170YBS G KC=0.0542 8$LC=0.00805 12$MC=0.00180 3$NC+=0.000486 7
170YBS G NC=0.000422 6$OC=6.05E-5 9$PC=3.26E-6 5
170YB4 G EKC=0.043 (1972Ca21)$ EKC=0.049 4 (1988DzZW)
170YB G 455.50 10290 10 M1 0.0521 C
170YBS G KC=0.0438 7$LC=0.00649 9$MC=0.001448 21$NC+=0.000391 6
170YBS G NC=0.000340 5$OC=4.87E-5 7$PC=2.63E-6 4
170YB4 G EKC LE 0.0465 (1972Ca21)$EKC=0.042 15 (1988DzZW)
170YB G 530.50 10210 10 (E1+M2) 0.28 +6-7 0.013 4 C
170YBS G KC=0.011 3$LC=0.0017 5$MC=0.00038 11$NC+=0.00010 3
170YBS G NC=9.0E-5 25$OC=1.3E-5 4$PC=6.5E-7 18
170YB cG |a(K)exp=0.0145 (1972Ca21); |a(K)exp=0.012 {I3} (1972Ca21,
170YB2cG I|g; 1968Ba54, I(ce)).
170YB cG M$E2 favored by |a(K)exp but inconsistent with level scheme; E1+M2
170YB2cG would imply |d=0.28 {I+6-7}. However, mixed multipolarity inconsistent
170YB3cG with level scheme if J(2820)=0.
170YB G 544.24 5 1850 50 M1(+E2) 0.024 10 C
170YBS G KC=0.020 9$LC=0.0032 9$MC=0.00072 19$NC+=0.00019 6
170YBS G NC=0.00017 5$OC=2.4E-5 7$PC=1.1E-6 6
170YB cG |a(K)exp|<0.023 (1972Ca21); 0.0297 {I23} (1972Ca21, I|g;
170YB2cG 1968Ba54, I(ce)). K/L=5.0 (1960Ha18).
170YB cG M E2 component inconsistent with decay scheme if J(2820)=0.
170YB G 618.95 10165 5 [M1,E2] 0.017 7 &
170YBS G KC=0.014 6$LC=0.0023 7$MC=0.00051 15$NC+=0.00014 4
170YBS G NC=0.00012 4$OC=1.7E-5 6$PC=8.E-7 4
170YB cG |a(K)exp=0.011 (1972Ca21), 0.0176 {I18} (1988DzZW),
170YB2cG mult=M1+E2 for doubly-placed |g.
170YB G 693.55 2053 5 M1 0.01778
170YBS G KC=0.01498 21$LC=0.00219 3$MC=0.000487 7$NC+=0.0001316 19
170YBS G NC=0.0001143 16$OC=1.642E-5 23$PC=8.91E-7 13
170YB4 G EKC=0.024 7 (1988DzZW)
170YB G 703.85 15170 5 M1 0.01713
170YBS G KC=0.01443 21$LC=0.00210 3$MC=0.000469 7$NC+=0.0001268 18
170YBS G NC=0.0001101 16$OC=1.581E-5 23$PC=8.58E-7 12
170YB4 G EKC=0.016 (1972Ca21)$EKC=0.0155 22 (1988DzZW)
170YB G 834.45 10223 8 &
170YB cG |a(K)exp=0.0030 (1972Ca21), 0.0102 {I24} (1988DzZW) for
170YB2cG doubly-placed |g.
170YBF G FLAG=G
170YB G 1101.70 102130 60 E2 C
170YBS G CC=0.00305 5$KC=0.00255 4$LC=0.000392 6$MC=8.79E-5 13$NC+=2.38E-5 4
170YBS G NC=2.06E-5 3$OC=2.89E-6 4$PC=1.434E-7 20$IPC=2.51E-7 4
170YB cG |a(K)exp=0.0034 (1972Ca21); |a(K)exp=0.00273 {I23}
170YB2cG (1972Ca21, I|g; 1968Ba54, I(ce))
170YB G 1307.55 102.40E+3 10 M1+E2 C
170YBS G CC=0.0030 8$KC=0.0025 7$LC=0.00036 9$MC=8.0E-5 20$NC+=4.4E-5 8
170YBS G NC=1.9E-5 5$OC=2.7E-6 7$PC=1.4E-7 5$IPC=2.2E-5 3
170YB4 G EKC=0.00239 15 (1988DzZW)$
170YB cG M M1+E2 from |a(K)exp but mixed multipolarity inconsistent with
170YB2cG level scheme if J(2820)=0.
170YB cG Other |a(K)exp: |<0.0022 for doublet dominated by 1307.55|g.
170YB G 1455.25 102550 75 E2(+M1) C
170YBS G CC=0.0024 6$KC=0.0020 5$LC=0.00028 7$MC=6.3E-5 15$NC+=8.1E-5 12
170YBS G NC=1.5E-5 4$OC=2.1E-6 5$PC=1.1E-7 3$IPC=6.4E-5 8
170YB4 G EKC LE 0.0025 (1972Ca21)$EKC=0.00171 16 (1988DzZW)
170YB cG M mixed multipolarity inconsistent with level scheme if
170YB2cG J(2820)=0.
170YB G 2735.6 6 55 5 (M2)
170YBS G CC=0.00194 3$KC=0.001238 18$LC=0.0001774 25$MC=3.95E-5 6$NC+=0.000481 7
170YBS G NC=9.27E-6 13$OC=1.335E-6 19$PC=7.34E-8 11$IPC=0.000470 7
170YB4 G EKC=0.0014 5 (1988DzZW)$
170YB cG M M1(+E2+E0) or M2 from |a(K)exp; |D|p=yes from level
170YB2cG scheme.
170YB L 2929.60 8 1-
170YB E 3.68 20 7.18 4 3.68 20
170YBS E CK=0.8033 13$CL=0.1503 9$CM+=0.0464 4
170YB G 406.25 1552 3 [E1] &
170YBS G CC=0.00968 14$KC=0.00816 12$LC=0.001179 17$MC=0.000262 4$NC+=7.01E-5 10
170YBS G NC=6.11E-5 9$OC=8.55E-6 12$PC=4.24E-7 6
170YBF G FLAG=D
170YB cG M E2 from ce data of 1990AbZT and |a(K)exp=0.038 {I5}
170YB2cG (1988DzZW), not consistent with either placement of |g-ray.
170YB G 500.50 1522.0 10
170YB4 G EKC=0.07 3 (1988DzZW)
170YBS G KC=0.0352 11$LC=0.00519 16
170YB cG M |a(K)exp favors mult=M1, but large uncertainty may render
170YB2cG result unreliable. Placement requires E1.
170YB G 728.85 2095 20
170YB4 G EKC LT 0.006 (1988DzZW)
170YB cG M E1 or E2, from |a(K)exp.
170YB G 813.55 2090 9 &
170YBF G FLAG=D
170YB cG $|a(K)exp=0.018 {I4} (1988DzZW) exceeds M1(theory) for doubly-placed |g
170YB G 876.80 2560 3 M1
170YBS G CC=0.00990 14$KC=0.00835 12$LC=0.001209 17$MC=0.000269 4$NC+=7.28E-5 11
170YBS G NC=6.32E-5 9$OC=9.08E-6 13$PC=4.94E-7 7
170YB cG |a(K)exp=0.012 {I5} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 1294.74 100 10 AC
170YB4 G EKC LT 0.060 (1988DzZW)
170YB G 1395.03 9.0E+2 10 AC
170YB4 G EKC LT 0.010 (1988DzZW)
170YB G 1449.64 300 40 AC
170YB G 1503.9 4 20.0 20 &
170YB cG |a(K)exp<0.020 (1988DzZW) for doubly-placed |g.
170YB G 1564.97 200 20 AC
170YB4 G EKC LT 0.005 (1988DzZW)
170YB G 1700.90 20300 10 &C
170YB cG |a(K)exp=0.00109 {I16} (1988DzZW), mult=E2 for doubly-placed
170YBxcG |g.
170YB G 1783.3 4 54 5 D
170YB4 G EKC=0.0013 7 (1988DzZW)
170YB G 1791.7 4 78.0 20 D
170YB4 G EKC=0.0013 5 (1988DzZW)
170YB G 1860.30 151210 50 E1 C
170YBS G CC=0.000969 14$KC=0.000436 7$LC=5.83E-5 9$MC=1.285E-5 18$NC+=0.000462 7
170YBS G NC=3.01E-6 5$OC=4.32E-7 6$PC=2.37E-8 4$IPC=0.000459 7
170YB4 G EKC=0.00036 5 (1988DzZW)
170YB cG $Other |a(K)exp: 0.00036 (1972Ca21)
170YB G 2845.30 20372E+1 20 E1 C
170YBS G CC=0.001354 19$KC=0.000223 4$LC=2.96E-5 5$MC=6.51E-6 10$NC+=0.001095 16
170YBS G NC=1.525E-6 22$OC=2.19E-7 3$PC=1.215E-8 17$IPC=0.001093 16
170YB cG |a(K)exp=0.00027 {I2} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other: |a(K)exp=0.00014 (1972Ca21)
170YB G 2929.50 201300 65 E1
170YBS G CC=0.001384 20$KC=0.000214 3$LC=2.83E-5 4$MC=6.22E-6 9$NC+=0.001136 16
170YBS G NC=1.458E-6 21$OC=2.10E-7 3$PC=1.162E-8 17$IPC=0.001134 16
170YB cG |a(K)exp=0.00027 {I3} (1972Ca21, I|g; 1970Dz11, I(ce))
170YB L 2939.73 5 1-
170YB E 7.3 4 6.87 4 7.3 4
170YBS E CK=0.8026 13$CL=0.1508 10$CM+=0.0466 4
170YB G 119.90 2015.0 15 [M1,E2] 1.81 20
170YBS G KC=1.2 5$LC=0.49 24$MC=0.12 6$NC+=0.031 16
170YBS G NC=0.027 14$OC=0.0033 15$PC=7.E-5 4
170YB G 272.40 1520.5 20 [E1] 0.0253
170YBS G KC=0.0212 3$LC=0.00315 5$MC=0.000702 10$NC+=0.000187 3
170YBS G NC=0.0001633 23$OC=2.25E-5 4$PC=1.066E-6 15
170YB cG E$also placed by 1988DaZW from 3213 level, but E|g does not
170YB2cG fit that placement.
170YB G 443.40 1591 3 M1,E2 0.040 16
170YBS G KC=0.033 14$LC=0.0056 14$MC=0.0013 3$NC+=0.00034 8
170YBS G NC=0.00030 7$OC=4.1E-5 11$PC=1.9E-6 9
170YBF G FLAG=D
170YB4 G EKC=0.024 (1972Ca21)$EKC=0.043 8 (1988DzZW)
170YB cG E$placed from 3213 level also by 1988DzZW but E|g does not
170YB2cG fit that placement.
170YB G 575.95 2543.5 20 M1 0.0285 D
170YBS G KC=0.0240 4$LC=0.00352 5$MC=0.000785 11$NC+=0.000212 3
170YBS G NC=0.000184 3$OC=2.64E-5 4$PC=1.430E-6 20
170YB cG |a(K)exp|<0.080 (1972Ca21); |a(K)exp=0.044 {I14} (1972Ca21,
170YB2cG I|g; 1968Ba54, I(ce)).
170YB G 813.55 2090 9 & ?
170YBF G FLAG=D
170YB cG $|a(K)exp=0.018 {I4} (1988DzZW) exceeds M1(theory) for doubly-placed |g
170YB cG E$placement is tentative in 1990Gr19
170YB G 954.30 15500 15 &
170YBS G CC=0.00830$KC=0.00696$LC=0.00101
170YB cG |a(K)exp=0.0075 (1972Ca21) and |a(K)exp=0.0080 {I24}
170YB2cG (1972Ca21, I|g; 1970Dz11, I(ce)) imply mult=M1 for doubly-placed |g.
170YB G 1304.85 20220 8 C
170YB4 G EKC=0.0029 11 (1988DzZW)$
170YBS G CC=0.0030 9$KC=0.0025 8$LC=0.00037 10
170YB cG M |a(K)exp implies mult=M1,E2, inconsistent with placement.
170YB G 1373.50 20370 35 E1
170YBS G CC=0.000957 14$KC=0.000724 11$LC=9.79E-5 14$MC=2.16E-5 3$NC+=0.0001135
170YBS G NC=5.06E-6 7$OC=7.24E-7 11$PC=3.92E-8 6$IPC=0.0001076 16
170YB4 G EKC LT 0.0012 (1988DzZW)$
170YB G 1405.15 10565E+1 18E1 C
170YBS G CC=0.000945 14$KC=0.000696 10$LC=9.40E-5 14$MC=2.07E-5 3$NC+=0.0001340
170YBS G NC=4.86E-6 7$OC=6.95E-7 10$PC=3.77E-8 6$IPC=0.0001284 18
170YB cG |a(K)exp=0.00116 (1972Ca21); |a(K)exp=0.00053 {I9}
170YB2cG (1972Ca21, I|g; 1968Ba54, I(ce))
170YB G 1427.27 730 80 AC
170YB4 G EKC=0.0037 7 (1988DzZW)
170YB G 1459.85 102350 75 E1 C
170YBS G CC=0.000930 13$KC=0.000652 10$LC=8.80E-5 13$MC=1.94E-5 3$NC+=0.0001705
170YBS G NC=4.54E-6 7$OC=6.51E-7 10$PC=3.54E-8 5$IPC=0.0001653 24
170YB cG |a(K)exp=0.00060 {I9} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB G 1514.60 201220 50 M1 C
170YBS G CC=0.00272 4$KC=0.00222 4$LC=0.000315 5$MC=7.01E-5 10$NC+=0.0001148 16
170YBS G NC=1.645E-5 23$OC=2.37E-6 4$PC=1.301E-7 19$IPC=9.59E-5 14
170YB cG |a(K)exp=0.0031 (1972Ca21); |a(K)exp=0.00287 {I25}
170YB2cG (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB G 1575.10 201120 30 M1 C
170YBS G CC=0.00251 4$KC=0.00202 3$LC=0.000287 4$MC=6.38E-5 9$NC+=0.0001404 20
170YBS G NC=1.497E-5 21$OC=2.16E-6 3$PC=1.184E-7 17$IPC=0.0001232 18
170YB4 G EKC=0.0017 (1972Ca21)$EKC=0.00192 13 (1988DzZW)
170YB G 1633.3 3 115 20 &
170YB cG |a(K)exp<0.0010 (1988DzZW) for multiply-placed |g.
170YB G 1714.4 4 40 8 &
170YB cG |a(K)exp=0.0050 {I17} (1988DzZW) for doubly-placed |g.
170YB G 2855.4 3 710 30 E1 C
170YBS G CC=0.001358 19$KC=0.000222 4$LC=2.94E-5 5$MC=6.47E-6 9$NC+=0.001100 16
170YBS G NC=1.517E-6 22$OC=2.18E-7 3$PC=1.208E-8 17$IPC=0.001098 16
170YB cG |a(K)exp=0.00031 {I6} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB2cG Other |a(K)exp: 0.00014 (1972Ca21).
170YB G 2939.65 20335E+1 20 E1
170YBS G CC=0.001388 20$KC=0.000213 3$LC=2.81E-5 4$MC=6.19E-6 9$NC+=0.001141 16
170YBS G NC=1.450E-6 21$OC=2.09E-7 3$PC=1.156E-8 17$IPC=0.001139 16
170YB cG |a(K)exp=0.00025 {I2} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB L 2947.84 6 1-
170YB E 3.35 15 7.19 4 3.35 15
170YBS E CK=0.8020 14$CL=0.1513 10$CM+=0.0468 4
170YB G 199.65 1520.0 20 [M1] 0.478 &
170YBS G KC=0.401 6$LC=0.0606 9$MC=0.01357 20$NC+=0.00367 6
170YBS G NC=0.00319 5$OC=0.000456 7$PC=2.43E-5 4
170YBF G FLAG=D
170YB G 410.55 1522 5 D
170YB G 746.90 2068.0 20 M1 0.01476
170YBS G KC=0.01244 18$LC=0.00181 3$MC=0.000403 6$NC+=0.0001090 16
170YBS G NC=9.47E-5 14$OC=1.360E-5 19$PC=7.39E-7 11
170YB cG |a(K)exp=0.015 {I6} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB G 895.00 2554 3 (M1,E2)
170YBS G CC=0.0070 24$KC=0.0059 21$LC=0.0009 3$MC=0.00020 6$NC+=5.3E-5 16
170YBS G NC=4.7E-5 14$OC=6.6E-6 21$PC=3.4E-7 13
170YB4 G EKC=0.008 5 (1988DzZW)
170YB G 1313.03 100 10 AC
170YB G 1413.20 20490 35 C
170YB4 G EKC=0.0013 4 (1988DzZW)
170YB G 1435.40 20550 20 M1 C
170YBS G CC=0.00305 5$KC=0.00252 4$LC=0.000359 5$MC=7.98E-5 12$NC+=8.60E-5 12
170YBS G NC=1.87E-5 3$OC=2.70E-6 4$PC=1.479E-7 21$IPC=6.44E-5 9
170YB4 G EKC=0.0026 5 (1988DzZW)
170YB G 1467.93 200 20 E1 AC
170YBS G CC=0.000928 13$KC=0.000646 9$LC=8.72E-5 13$MC=1.92E-5 3$NC+=0.0001760 2
170YBS G NC=4.50E-6 7$OC=6.45E-7 9$PC=3.50E-8 5$IPC=0.0001708 24
170YB4 G EKC LT 0.0005 (1988DzZW)
170YB G 1583.3 3 130 5 M1
170YBS G CC=0.00249 4$KC=0.00200 3$LC=0.000283 4$MC=6.30E-5 9$NC+=0.0001441 21
170YBS G NC=1.479E-5 21$OC=2.13E-6 3$PC=1.170E-7 17$IPC=0.0001270 18
170YB4 G EKC=0.0029 9 (1988DzZW)
170YB G 1641.30 20690 20 E1 C
170YBS G CC=0.000924 13$KC=0.000536 8$LC=7.20E-5 10$MC=1.587E-5 23$NC+=0.000301
170YBS G NC=3.72E-6 6$OC=5.33E-7 8$PC=2.91E-8 4$IPC=0.000297 5
170YB cG |a(K)exp=0.00071 {I10} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 1719.10 20325 10 E1 C
170YBS G CC=0.000935 13$KC=0.000496 7$LC=6.66E-5 10$MC=1.467E-5 21$NC+=0.000358
170YBS G NC=3.44E-6 5$OC=4.93E-7 7$PC=2.69E-8 4$IPC=0.000354 5
170YB4 G EKC=0.00075 14 (1988DzZW)
170YB G 1802.25 15350 10 E1 C
170YBS G CC=0.000953 14$KC=0.000459 7$LC=6.15E-5 9$MC=1.355E-5 19$NC+=0.000419 6
170YBS G NC=3.17E-6 5$OC=4.55E-7 7$PC=2.49E-8 4$IPC=0.000416 6
170YB4 G EKC=0.00067 8 (1988DzZW)
170YB G 1809.50 151720 50E1 C
170YBS G CC=0.000955 14$KC=0.000456 7$LC=6.11E-5 9$MC=1.346E-5 19$NC+=0.000425 6
170YBS G NC=3.15E-6 5$OC=4.52E-7 7$PC=2.48E-8 4$IPC=0.000421 6
170YB cG |a(K)exp=0.00059 {I5} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB2cG Other: 0.00025 (1972Ca21).
170YB G 1878.65 151230 40 E1 C
170YBS G CC=0.000975 14$KC=0.000429 6$LC=5.74E-5 8$MC=1.264E-5 18$NC+=0.000476 7
170YBS G NC=2.96E-6 5$OC=4.25E-7 6$PC=2.33E-8 4$IPC=0.000472 7
170YB4 G EKC=0.00052 4 (1988DzZW)
170YB G 2863.6 3 287 10 E1 C
170YBS G CC=0.001361 19$KC=0.000221 3$LC=2.93E-5 5$MC=6.44E-6 9$NC+=0.001104 16
170YBS G NC=1.510E-6 22$OC=2.17E-7 3$PC=1.203E-8 17$IPC=0.001102 16
170YB cG |a(K)exp=0.00024 {I10} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 2947.80 201290 65 E1
170YBS G CC=0.001391 20$KC=0.000212 3$LC=2.80E-5 4$MC=6.16E-6 9$NC+=0.001145 16
170YBS G NC=1.444E-6 21$OC=2.08E-7 3$PC=1.151E-8 17$IPC=0.001143 16
170YB cG |a(K)exp=0.00026 {I5} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB L 2956.55 11 1+
170YB E 0.501 25 8.00 4 0.501 25
170YBS E CK=0.8013 14$CL=0.1518 10$CM+=0.0469 4
170YB G 1531.30 20400 15 C
170YB cG |a(K)exp=0.0037 (1972Ca21) but <0.0014 (1988DzZW).
170YB G 1592.05 20310 10 (E1) C
170YBS G CC=0.000921 13$KC=0.000564 8$LC=7.58E-5 11$MC=1.672E-5 24$NC+=0.000265
170YBS G NC=3.92E-6 6$OC=5.61E-7 8$PC=3.06E-8 5$IPC=0.000260 4
170YB cG |a(K)exp=0.0012 {I3} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB cG M E1, E2 from |a(K)exp; |D|p=yes from level scheme.
170YB G 1731.3 4 21.0 20 &
170YB cG |a(K)exp=0.0052 {I14} (1988DzZW) for doubly-placed |g.
170YB G 1818.8 5 47 5 M1 D
170YBS G CC=0.00195 3$KC=0.001438 21$LC=0.000203 3$MC=4.51E-5 7$NC+=0.000263 4
170YBS G NC=1.060E-5 15$OC=1.527E-6 22$PC=8.41E-8 12$IPC=0.000250 4
170YB4 G EKC=0.0023 8 (1988DzZW)$
170YB G 1887.1 5 75 10 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0021 {I6} (1988DzZW) for multiply-placed |g.
170YB G 2872.5 4 168 8 M1 C
170YBS G CC=0.001447 21$KC=0.000500 7$LC=6.97E-5 10$MC=1.544E-5 22$NC+=0.000863
170YBS G NC=3.63E-6 5$OC=5.23E-7 8$PC=2.90E-8 4$IPC=0.000858 12
170YB4 G EKC=0.00058 7 (1988DzZW)
170YB cG |a(K)exp adopted in 1988DzZW supported by |a(K)exp=0.00063
170YB2cG {I18} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 2956.6 4 190 6 (M1)
170YBS G CC=0.001455 21$KC=0.000468 7$LC=6.52E-5 10$MC=1.445E-5 21$NC+=0.000907
170YBS G NC=3.39E-6 5$OC=4.89E-7 7$PC=2.71E-8 4$IPC=0.000903 13
170YB4 G EKC=0.0007 3 (1988DzZW)
170YB L 2965.66 8 1+
170YB E 2.32 13 7.32 5 2.32 13
170YBS E CK=0.8006 15$CL=0.1523 11$CM+=0.0471 4
170YB G 467.35 1549.0 25[E1]
170YBS G CC=0.00704 10$KC=0.00595 9$LC=0.000852 12$MC=0.000189 3$NC+=5.06E-5 7
170YBS G NC=4.41E-5 7$OC=6.19E-6 9$PC=3.12E-7 5
170YB4 G EKC=0.0475 (1972Ca21)$EKC=0.046 10 (1988DzZW)
170YB cG M M1 from |a(K)exp is inconsistent with placement.
170YB G 565.80 1528.0 15 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.042 {I26} (1988DzZW) for doubly-placed |g.
170YB G 614.00 2020.0 10 &
170YB cG |a(K)exp=0.024 {I12} (1988DzZW), mult=M1,E2 for
170YBxcG doubly-placed |g.
170YB G 1330.7 3 80 4 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.004 (1988DzZW) for doubly-placed |g.
170YB G 1486.0 3 100 5
170YB4 G EKC LT 0.0029 (1988DzZW)
170YB G 1540.4 3 190 10 C
170YB4 G EKC LT 0.0016 (1988DzZW)
170YB cG M E1 or E2 from |a(K)exp.
170YB G 1601.2 3 260 10 C
170YB4 G EKC=0.0015 4 (1988DzZW)$
170YB cG M M1,E2 from |a(K)exp; placement requires E1
170YB G 1659.9 5 Y
170YBF G FLAG=D
170YB G 1736.6 3 87 12 &
170YB cG |a(K)exp=0.0030 {I6} (1988DzZW) for doubly-placed |g.
170YB G 1820.7 5 35 4 M1
170YBS G CC=0.00195 3$KC=0.001434 21$LC=0.000203 3$MC=4.50E-5 7$NC+=0.000264 4
170YBS G NC=1.057E-5 15$OC=1.523E-6 22$PC=8.38E-8 12$IPC=0.000252 4
170YB4 G EKC=0.0031 11 (1988DzZW)
170YB G 1896.5 3 123 6 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0015 {I4} (1988DzZW), mult=M1
170YB2cG for multiply-placed |g.
170YB G 2881.40 201630 75 M1 C
170YBS G CC=0.001448 21$KC=0.000496 7$LC=6.92E-5 10$MC=1.533E-5 22$NC+=0.000867
170YBS G NC=3.60E-6 5$OC=5.19E-7 8$PC=2.88E-8 4$IPC=0.000863 12
170YB cG |a(K)exp=0.00062 {I4} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 2965.6 2 279E+1 15 M1
170YBS G CC=0.001456 21$KC=0.000465 7$LC=6.48E-5 9$MC=1.435E-5 20$NC+=0.000912 1
170YBS G NC=3.37E-6 5$OC=4.86E-7 7$PC=2.69E-8 4$IPC=0.000908 13
170YB4 G EKC=0.00048 3 (1988DzZW)
170YB L 2969.45 13 1-
170YB E 0.62 4 7.88 5 0.62 4
170YBS E CK=0.8003 15$CL=0.1525 11$CM+=0.0472 4
170YB G 916.90 150 15 M1 C
170YBS G CC=0.00887 13$KC=0.00748 11$LC=0.001081 16$MC=0.000241 4$NC+=6.51E-5 10
170YBS G NC=5.65E-5 8$OC=8.12E-6 12$PC=4.42E-7 7
170YB4 G EKC=0.0085 20 (1988DzZW)
170YB cG |a(K)exp=0.0042 (1972Ca21) for 916.65|g+916.90|g doublet
170YB2cG implies mult(916.9|g)=M1 if mult(916.65|g)=E1 as required by level
170YBxcG scheme.
170YB G 1457.12 15380 40 (E2) C
170YBS G CC=0.00183 3$KC=0.001491 21$LC=0.000218 3$MC=4.86E-5 7$NC+=7.05E-5 10
170YBS G NC=1.138E-5 16$OC=1.616E-6 23$PC=8.39E-8 12$IPC=5.74E-5 8
170YB4 G EKC=0.0008 5 (1988DzZW)
170YB cG M E1 or E2 from |a(K)exp; |D|p=no from level scheme.
170YB G 1662.8 3 143 8 (E1) C
170YBS G CC=0.000927 13$KC=0.000524 8$LC=7.04E-5 10$MC=1.552E-5 22$NC+=0.000317
170YBS G NC=3.64E-6 5$OC=5.21E-7 8$PC=2.85E-8 4$IPC=0.000313 5
170YB cG |a(K)exp=0.0009 {I5} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB cG M E1 or E2 from |a(K)exp; |D|p=yes from level scheme.
170YB G 2885.1 3 650 25 (E1) C
170YBS G CC=0.001369 20$KC=0.000219 3$LC=2.90E-5 4$MC=6.37E-6 9$NC+=0.001115 16
170YBS G NC=1.493E-6 21$OC=2.15E-7 3$PC=1.189E-8 17$IPC=0.001113 16
170YB cG |a(K)exp=0.00031 {I9} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB cG M E1 or E2 from |a(K)exp; |D|p=yes from level scheme.
170YB G 2969.7 5 60 7 D
170YB4 G EKC LT 0.0006 (1988DzZW)
170YB L 2975.32 11 1-
170YB E 0.70 6 7.82 6 0.70 6
170YBS E CK=0.7998 15$CL=0.1529 11$CM+=0.0473 4
170YB G 539.05 1554 5 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.037 {I20} (1988DzZW) for doubly-placed |g.
170YB G 859.45 20130 10 M1(+E0)
170YB cG |a(K)exp=0.015 {I3} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 1463.3 3 160 20 M1
170YBS G CC=0.00292 4$KC=0.00241 4$LC=0.000343 5$MC=7.61E-5 11$NC+=9.56E-5 14
170YBS G NC=1.79E-5 3$OC=2.57E-6 4$PC=1.413E-7 20$IPC=7.50E-5 11
170YB4 G EKC=0.0028 9 (1988DzZW)
170YB G 1549.92 250 25 AC
170YB4 G EKC LT 0.0041 (1988DzZW)
170YB G 1610.70 15960 50 M1 C
170YBS G CC=0.00241 4$KC=0.00192 3$LC=0.000272 4$MC=6.04E-5 9$NC+=0.0001565 22
170YBS G NC=1.419E-5 20$OC=2.04E-6 3$PC=1.123E-7 16$IPC=0.0001402 20
170YB4 G EKC=0.00175 16 (1988DzZW)
170YB cG |a(K)exp for doublet: 0.0012 (1972Ca21), 0.00140 {I10}
170YB2cG (1972Ca21, I|g; 1970Dz11, I(ce)); consistent with E1-M1 doublet.
170YB G 1746.3 3 68 4
170YB4 G EKC=0.0019 6 (1988DzZW)
170YB cG M M1(+E2) from |a(K)exp, inconsistent with level scheme.
170YB2cG |a(K)exp too low for pure M2.
170YB G 1836.7 5 130 13 &
170YB cG |a(K)exp=0.0009 {I4} (1988DzZW) for doubly-placed |g.
170YB G 2976.4 11 Y
170YBF G FLAG=D
170YB L 3007.6 3 1-
170YB E 0.26 7 8.18 13 0.26 7
170YBS E CK=0.7968 18$CL=0.1550 13$CM+=0.0481 5
170YB G 955.22 24 *
170YBF G FLAG=DY
170YB G 1021.5 3 *
170YBF G FLAG=DY
170YB G 1778.8 4 54 5 &
170YB cG |a(K)exp=0.0013 {I5} (1988DzZW) for doubly-placed |g.
170YB G 2923.3 3 400 20 E1 C
170YBS G CC=0.001382 20$KC=0.000214 3$LC=2.84E-5 4$MC=6.24E-6 9$NC+=0.001133 16
170YBS G NC=1.463E-6 21$OC=2.10E-7 3$PC=1.166E-8 17$IPC=0.001131 16
170YB cG |a(K)exp=0.00023 {I8} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 3007.5 3 305 15 &
170YB cG |a(K)exp=0.00038 {I6} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB cG M E2(+M1) from |a(K)exp for doubly-placed |g is inconsistent
170YB2cG with this 1- to 0+ placement and also with alternative placement from
170YB3cG 3092 level.
170YB L 3042.46 17 1+
170YB E 0.21 4 8.19 10 0.21 4
170YBS E CK=0.7930 22$CL=0.1578 16$CM+=0.0492 6
170YB G 1507.80 20100 15 C
170YB3 G EKC LE 0.029 (1972Ca21)$EKC LT 0.003 (1988DzZW)
170YB G 1736.6 3 87 12 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0030 {I6} (1988DzZW) for doubly-placed |g.
170YB G 1896.5 3 123 6 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0015 {I4} (1988DzZW), mult=M1
170YB2cG for multiply-placed |g.
170YB G 1904.6 5 44.0 20 &
170YB cG |a(K)exp=0.0008 {I4} (1988DzZW) for multiply-placed |g.
170YB G 2958.1 4 100 5 C
170YB4 G EKC=0.0008 4 (1988DzZW)$
170YB G 3042.8 4 150 8 M1
170YBS G CC=0.001465 21$KC=0.000439 7$LC=6.11E-5 9$MC=1.353E-5 19$NC+=0.000952 1
170YBS G NC=3.18E-6 5$OC=4.58E-7 7$PC=2.54E-8 4$IPC=0.000948 14
170YB4 G EKC=0.00055 11 (1988DzZW)
170YB L 3065.36 12 1+
170YB E 0.34 8 7.93 12 0.34 8
170YBS E CK=0.7901 25$CL=0.1600 18$CM+=0.0499 7
170YB G 296.70 2017.0 15 [E1] 0.0205 &
170YBS G KC=0.01721 25$LC=0.00254 4$MC=0.000565 8$NC+=0.0001506 22
170YBS G NC=0.0001315 19$OC=1.82E-5 3$PC=8.71E-7 13
170YBF G FLAG=D
170YB cG 3 placements possible based on E|g (1972Ca21); mult=M1 from
170YB2cG ce data of 1990AbZT.
170YB G 404.00 1532.0 15[M1] 0.0714 &
170YBS G KC=0.0599 9$LC=0.00890 13$MC=0.00199 3$NC+=0.000537 8
170YBS G NC=0.000467 7$OC=6.69E-5 10$PC=3.60E-6 5
170YB cG |a(K)exp=0.068 (1972Ca21), 0.122 {I13} (1988DzZW) for
170YB2cG doubly-placed |g.
170YBF G FLAG=D
170YB G 863.7 3 Y
170YBF G FLAG=D
170YB G 1012.3 3 29 3 &
170YB cG |a(K)exp=0.012 {I4} (1988DzZW) for doubly-placed |g.
170YB G 1498.8 3 76 4
170YB4 G EKC LT 0.004 (1988DzZW)
170YB G 1585.8 4 20.0 20 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.007 {I5} (1988DzZW) for doubly-placed |g.
170YB G 1700.90 20300 10 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.00109 {I16} (1988DzZW), mult=E2 for doubly-placed
170YBxcG |g.
170YB G 1758.95 20180 6 E2 C
170YBS G CC=0.001416 20$KC=0.001053 15$LC=0.0001502 21$MC=3.34E-5 5$NC+=0.000180
170YBS G NC=7.82E-6 11$OC=1.115E-6 16$PC=5.92E-8 9$IPC=0.0001711 24
170YB4 G EKC=0.00111 16 (1988DzZW)
170YB G 1836.7 5 130 13 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0009 {I4} (1988DzZW) for doubly-placed |g.
170YB G 1995.8 3 180 7 (M1) C
170YBS G CC=0.001718 24$KC=0.001156 17$LC=0.0001631 23$MC=3.62E-5 5$NC+=0.000362
170YBS G NC=8.50E-6 12$OC=1.224E-6 18$PC=6.75E-8 10$IPC=0.000352 5
170YB cG |a(K)exp=0.0009 {I3} (1972Ca21, I|g; 1973TeZT, I(ce))
170YB cG M E2,M1 from |a(K)exp; adopted |DJ<2 to 0+.
170YB G 2981.5 5 70 7 D
170YB4 G EKC=0.0016 3 (1988DzZW)
170YB L 3067.62 10 1-
170YB E 0.61 5 7.67 6 0.61 5
170YBS E CK=0.790 3$CL=0.1602 19$CM+=0.0500 7
170YB G 406.25 1552 3 [E1] &
170YBS G CC=0.00968 14$KC=0.00816 12$LC=0.001179 17$MC=0.000262 4$NC+=7.01E-5 10
170YBS G NC=6.11E-5 9$OC=8.55E-6 12$PC=4.24E-7 6
170YBF G FLAG=D
170YB cG M E2 from ce data of 1990AbZT and |a(K)exp=0.038 {I5}
170YB2cG (1988DzZW), not consistent with either placement of |g-ray.
170YB G 700.15 2046.5 15 (M1) 0.01736 D
170YBS G KC=0.01463 21$LC=0.00213 3$MC=0.000475 7$NC+=0.0001285 18
170YBS G NC=0.0001116 16$OC=1.603E-5 23$PC=8.70E-7 13
170YB4 G EKC=0.027 7 (1988DzZW)$
170YB cG |a(K)exp=0.020, mult=M1 for doublet (1972Ca21).
170YB G 792.00 15235 12 E2
170YBS G CC=0.00606 9$KC=0.00497 7$LC=0.000842 12$MC=0.000191 3$NC+=5.09E-5 8
170YBS G NC=4.45E-5 7$OC=6.14E-6 9$PC=2.79E-7 4
170YB4 G EKC=0.005 2 (1988DzZW)$
170YB G 1082.1 3 57 6 M1 D
170YBS G CC=0.00590 9$KC=0.00498 7$LC=0.000716 10$MC=0.0001593 23$NC+=4.31E-5 6
170YBS G NC=3.74E-5 6$OC=5.38E-6 8$PC=2.94E-7 5
170YB4 G EKC=0.0052 23 (1988DzZW)
170YB G 1410.4 4 285 30 D
170YB4 G EKC=0.0013 6 (1988DzZW)
170YB G 1703.3 3 190 6 M1 D
170YBS G CC=0.00217 3$KC=0.001679 24$LC=0.000238 4$MC=5.28E-5 8$NC+=0.000201 3
170YBS G NC=1.240E-5 18$OC=1.79E-6 3$PC=9.83E-8 14$IPC=0.000187 3
170YB4 G EKC=0.0019 3 (1988DzZW)
170YB G 1761.4 3 93 12 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0016 {I4} (1988DzZW), mult=M1 for multiply-placed
170YBxcG |g.
170YB G 1838.2 5 94 3 &
170YB cG |a(K)exp=0.0018 {I4} (1988DzZW) for multiply-placed |g.
170YB G 1998.4 5 40 10 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0016 {I7} (1972Ca21, I|g; 1973TeZT, I(ce)),
170YB2cG mult=E2,M1 for doubly-placed |g.
170YB G 2983.1 4 170 10 C
170YB4 G EKC=0.00098 15 (1988DzZW)
170YB cG M |a(K)exp implies mult=M2 or M1+E2+E0, neither of which
170YB2cG is consistent with level scheme.
170YB G 3067.0 3 260 20
170YB4 G EKC=0.00038 11 (1988DzZW)
170YB L 3070.52 19 0,1
170YB E 0.23 12 8.08 24 0.23 12
170YBS E CK=0.789 3$CL=0.1605 19$CM+=0.0501 7
170YB G 574.2 3 Y
170YBF G FLAG=G
170YB G 670.35 2084 4 &
170YBS G KC=0.0167 5$LC=0.00244 8
170YBF G FLAG=G
170YB cG |a(K)exp=0.017 {I5} (1988DzZW), mult=M1 for doubly-placed |g.
170YB G 802.40 2073 4 &
170YBF G FLAG=G
170YB cG |a(K)exp=0.012 {I5} (1988DzZW), mult=M1 for multiply-placed
170YBxcG |g.
170YB G 954.30 15500 15 &
170YBF G FLAG=G
170YB cG |a(K)exp=0.0075 (1972Ca21) and |a(K)exp=0.0080 {I24}
170YB2cG (1972Ca21, I|g; 1970Dz11, I(ce)) imply mult=M1 for doubly-placed |g.
170YB G 1558.4 3 Y
170YBF G FLAG=G
170YB G 1645.4 4 43.0 15 &
170YBF G FLAG=G
170YB cG |a(K)exp=0.0030 {I11} (1988DzZW) for doubly-placed |g. Other
170YB2cG |a(K)exp: 0.0037 {I19} (1972Ca21, I|g; 1970Dz11, I(ce)); however,
170YB3cG 1970Dz11 do not report the 1648.8|g, so their 1646.2|g may be a
170YBxcG doublet.
170YB G 1706.0 3 105 15 &C
170YBF G FLAG=G
170YB cG |a(K)exp=0.0016 {I6} (1988DzZW), mult=(M1,E2) for
170YBxcG multiply-placed |g.
170YB G 1925.1 7 Y
170YBF G FLAG=G
170YB G 1932.6 7 *
170YBF G FLAG=GY
170YB G 2985.9 4 120 8 G
170YB4 G EKC=0.0010 9 (1988DzZW)$
170YB L 3091.93 11 1
170YB E 0.24 8 8.01 16 0.24 8
170YBS E CK=0.786 3$CL=0.1629 22$CM+=0.0510 8
170YB G 595.70 1570.0 20 M1 0.0261 D
170YBS G KC=0.0220 3$LC=0.00323 5$MC=0.000719 10$NC+=0.000194 3
170YBS G NC=0.0001689 24$OC=2.42E-5 4$PC=1.312E-6 19
170YB4 G EKC=0.030 12 (1988DzZW)$
170YB cG M from ce data of 1990AbZT.
170YB G 691.75 2037.0 15 M1 0.0179 D
170YBS G KC=0.01508 22$LC=0.00220 3$MC=0.000490 7$NC+=0.0001325 19
170YBS G NC=0.0001151 17$OC=1.653E-5 24$PC=8.97E-7 13
170YB4 G EKC=0.027 12 (1988DzZW)
170YB G 802.40 2073 4 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.012 {I5} (1988DzZW), mult=M1 for multiply-placed
170YBxcG |g.
170YB G 965.52 26 *
170YBF G FLAG=DY
170YB G 3007.5 3 305 15 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.00038 {I6} (1972Ca21, I|g; 1968Ba54, I(ce)) for
170YB2cG doubly-placed |g; however, E2(+M1) from |a(K)exp is inconsistent with
170YB3cG this placement and also with alternative placement from 3008 level.
170YB G 3091.9 3 340 20 D
170YB4 G EKC=0.00033 5 (1988DzZW)
170YB cG M E2(+M1) or E1+M2 from |a(K)exp; adopted level scheme requires
170YB2cG pure |DJ=1.
170YB L 3099.64 9 1(-)
170YB E 1.58 8 7.17 6 1.58 8
170YBS E CK=0.785 3$CL=0.1638 23$CM+=0.0514 9
170YB G 134.05 1528 3 [E1] 0.1579
170YBS G KC=0.1313 19$LC=0.0207 3$MC=0.00464 7$NC+=0.001220 18
170YBS G NC=0.001071 16$OC=0.0001432 21$PC=6.04E-6 9
170YB G 670.35 2084 4 [E1] &
170YBS G CC=0.00326 5$KC=0.00276 4$LC=0.000387 6$MC=8.57E-5 12$NC+=2.30E-5 4
170YBS G NC=2.00E-5 3$OC=2.83E-6 4$PC=1.472E-7 21
170YB cG |a(K)exp=0.017 {I5} (1988DzZW), mult=M1 for doubly-placed |g.
170YB G 1565.08 450 20 AC
170YB4 G EKC LT 0.0021 (1988DzZW)
170YB G 1619.7 3 200 10 C
170YB cG |a(K)exp=0.0017 {I8} (1972Ca21, I|g; 1970Dz11, I(ce)) gives
170YB2cG mult=M1,E2; 1988DzZW deduce |a(K)exp=0.0012 {I3}, too low for pure M1.
170YB3cG adopted level scheme requires E1.
170YB G 1793.8 3 200 10 E1 C
170YBS G CC=0.000951 14$KC=0.000462 7$LC=6.20E-5 9$MC=1.366E-5 20$NC+=0.000413 6
170YBS G NC=3.20E-6 5$OC=4.59E-7 7$PC=2.51E-8 4$IPC=0.000409 6
170YB4 G EKC=0.00063 12 (1988DzZW)
170YB G 1954.0 3 360 20 C
170YB4 G EKC=0.013 7 (1988DzZW)
170YB cG Other |a(K)exp: 0.0023 {I6} (1972Ca21, I|g; 1973TeZT, I(ce));
170YB2cG |a(K)exp|<0.0042 (1972Ca21).
170YB cG M (M1) from |a(K)exp; however, level scheme requires E1.
170YB G 1960.8 3 640 20 (E1) C
170YBS G CC=0.001001 14$KC=0.000400 6$LC=5.35E-5 8$MC=1.178E-5 17$NC+=0.000535 8
170YBS G NC=2.76E-6 4$OC=3.96E-7 6$PC=2.17E-8 3$IPC=0.000532 8
170YB cG |a(K)exp=0.00069 {I11}, mult=E1,E2 (1972Ca21, I|g; 1973TeZT,
170YB2cG I(ce)). 1988DzZW adopt |a(K)exp=0.00058 {I9}, favoring E1.
170YB G 2030.15 20640 40 E1 C
170YBS G CC=0.001024 15$KC=0.000378 6$LC=5.05E-5 7$MC=1.113E-5 16$NC+=0.000584 9
170YBS G NC=2.61E-6 4$OC=3.74E-7 6$PC=2.06E-8 3$IPC=0.000581 9
170YB4 G EKC=0.00026 10 (1988DzZW)
170YB cG |a(K)exp=0.00127 {I19} (1972Ca21, I|g; 1973TeZT, I(ce)) for
170YB2cG 2029.4 {I4} transition; that line may possibly be contaminated or
170YB3cG misassigned to {+170}Lu in ce data.
170YB G 3015.1 3 550 25 E1 C
170YBS G CC=0.001417 20$KC=0.000205 3$LC=2.71E-5 4$MC=5.95E-6 9$NC+=0.001180 17
170YBS G NC=1.395E-6 20$OC=2.01E-7 3$PC=1.113E-8 16$IPC=0.001178 17
170YB4 G EKC=0.00026 7 (1988DzZW)
170YB G 3099.55 25430 25
170YBS G CC=0.00051$KC=0.00044
170YB4 G EKC=0.00036 4 (1988DzZW)
170YB cG M E2 from |a(K)exp; inconsistent with adopted level scheme.
170YB L 3115.58 11 1-
170YB E 2.11 13 7.00 6 2.11 13
170YBS E CK=0.782 4$CL=0.166 3$CM+=0.0521 10
170YB G 339.45 207.0 10 &
170YBF G FLAG=D
170YB G 618.95 10165 5 [M1,E2] 0.017 7 &
170YBS G KC=0.014 6$LC=0.0023 7$MC=0.00051 15$NC+=0.00014 4
170YBS G NC=0.00012 4$OC=1.7E-5 6$PC=8.E-7 4
170YBF G FLAG=D
170YB cG |a(K)exp=0.011 (1972Ca21), 0.0176 {I18} (1988DzZW),
170YB2cG mult=M1+E2 for doubly-placed |g.
170YB G 678.8 3 *
170YBF G FLAG=DY
170YB G 752.3 3 Y
170YBF G FLAG=D
170YB G 1603.8 5 *
170YBF G FLAG=DY
170YB G 1887.1 5 75 10 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0021 {I6} (1988DzZW) for multiply-placed |g.
170YB G 1977.4 5 70 15 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0010 {I4} (1972Ca21, I|g; 1973TeZT, I(ce)) for
170YB2cG doubly-placed |g.
170YB G 2046.5 5 58 3 D
170YB4 G EKC LT 0.0022 (1988DzZW)
170YB G 3030.95 20286E+1 15 E1 C
170YBS G CC=0.001424 20$KC=0.000203 3$LC=2.68E-5 4$MC=5.91E-6 9$NC+=0.001188 17
170YBS G NC=1.384E-6 20$OC=1.99E-7 3$PC=1.104E-8 16$IPC=0.001187 17
170YB cG |a(K)exp=0.000210 {I18} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB G 3115.20 251620 80 E1
170YBS G CC=0.001462 21$KC=0.000195 3$LC=2.57E-5 4$MC=5.66E-6 8$NC+=0.001236 18
170YBS G NC=1.327E-6 19$OC=1.91E-7 3$PC=1.059E-8 15$IPC=0.001234 18
170YB cG |a(K)exp=0.000222 {I12} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB L 3123.94 12 1-
170YB E 0.29 7 7.83 12 0.29 7
170YBS E CK=0.780 4$CL=0.167 3$CM+=0.0526 10
170YB G 166.70 2013.5 15 [E1] 0.0890 &
170YBS G KC=0.0743 11$LC=0.01147 17$MC=0.00256 4$NC+=0.000677 10
170YBS G NC=0.000593 9$OC=8.02E-5 12$PC=3.52E-6 5
170YBF G FLAG=D
170YB G 340.90 15 34.0 15 [E1] 0.01461 &
170YBS G KC=0.01231 18$LC=0.00180 3$MC=0.000400 6$NC+=0.0001068 15
170YBS G NC=9.32E-5 13$OC=1.296E-5 19$PC=6.31E-7 9
170YB G 587.15 15 66 12M1(+E2) 0.020 8 D
170YBS G KC=0.016 7$LC=0.0026 8$MC=0.00059 17$NC+=0.00016 5
170YBS G NC=0.00014 4$OC=1.9E-5 6$PC=9.E-7 5
170YB4 G EKC=0.018 (1972Ca21)$EKC=0.038 15 (1988DzZW)
170YB G 756.15 2045.0 20 M1 0.01431 D
170YBS G KC=0.01206 17$LC=0.001755 25$MC=0.000391 6$NC+=0.0001057 15
170YBS G NC=9.18E-5 13$OC=1.318E-5 19$PC=7.16E-7 10
170YB cG |a(K)exp=0.027 {I11} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB G 834.45 10223 8 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0030 (1972Ca21), 0.0102 {I24} (1988DzZW) for
170YB2cG doubly-placed |g.
170YB G 1985.5 3 170 6 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0007 {I4} (1988DzZW) for multiply-placed |g.
170YB G 2054.4 3 280 10 E1 D
170YBS G CC=0.001033 15$KC=0.000371 6$LC=4.96E-5 7$MC=1.091E-5 16$NC+=0.000601 9
170YBS G NC=2.56E-6 4$OC=3.67E-7 6$PC=2.02E-8 3$IPC=0.000598 9
170YB4 G EKC=0.00039 13 (1988DzZW)
170YB cG Other |a(K)exp: 0.0009 {I4} (1972Ca21, I|g; 1973TeZT, I(ce))
170YB2cG for 2053.2 {I9} transition.
170YB G 3123.0 6 42 4 D
170YB4 G EKC=0.00030 19 (1988DzZW)
170YB L 3131.10 16 1+
170YB E 0.23 5 7.91 11 0.23 5
170YBS E CK=0.779 4$CL=0.168 3$CM+=0.0530 11
170YB G 695.2 3 Y
170YBF G FLAG=D
170YB G 1078.3 4 75 20
170YB4 G EKC=0.0033 24 (1988DzZW)
170YB G 1651.4 4 68.0 25 (M1)
170YBS G CC=0.00230 4$KC=0.00181 3$LC=0.000256 4$MC=5.69E-5 8$NC+=0.0001755 25
170YBS G NC=1.336E-5 19$OC=1.92E-6 3$PC=1.058E-7 15$IPC=0.0001601 23
170YB cG |a(K)exp=0.0041 {I12} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB cG M M1+E0+E2 from |a(K)exp, but level scheme requires |DJ=1.
170YB G 1706.0 3 105 15 &C
170YB cG |a(K)exp=0.0016 {I6} (1988DzZW), mult=(M1,E2) for
170YBxcG multiply-placed |g.
170YB G 1824.6 5 68 7
170YB4 G EKC=0.0005 5 (1988DzZW)
170YB G 1985.5 3 170 6 &
170YB cG |a(K)exp=0.0007 {I4} (1988DzZW) for multiply-placed |g.
170YB G 1992.7 5 40.0 20 E2,M1
170YBS G CC=0.00149 23$KC=0.00100 17$LC=0.000141 23$MC=3.1E-5 5$NC+=0.00032 4
170YBS G NC=7.3E-6 12$OC=1.05E-6 18$PC=5.7E-8 11$IPC=0.00031 4
170YB cG |a(K)exp=0.0018 {I10} (1972Ca21, I|g; 1973TeZT, I(ce)).
170YB G 2061.3 5 31.0 15 (M1)
170YBS G CC=0.001657 24$KC=0.001072 15$LC=0.0001511 22$MC=3.35E-5 5$NC+=0.000400
170YBS G NC=7.87E-6 11$OC=1.134E-6 16$PC=6.25E-8 9$IPC=0.000391 6
170YB cG |a(K)exp=0.0022 {I13} (1972Ca21, I|g; 1973TeZT, I(ce)).
170YB cG M M1(+E2+E0) from |a(K)exp; |DJ=1 from level scheme.
170YB G 3046.9 5 75 8 (M1)
170YBS G CC=0.001466 21$KC=0.000437 7$LC=6.09E-5 9$MC=1.349E-5 19$NC+=0.000954 1
170YBS G NC=3.17E-6 5$OC=4.57E-7 7$PC=2.53E-8 4$IPC=0.000951 14
170YB4 G EKC=0.00082 26 (1988DzZW)
170YB cG M |a(K)exp exceeds |a(K)(M1) significantly; level scheme
170YB2cG inconsistent with M1+E0 or M2.
170YB G 3130.9 7 25 4 (M1)
170YBS G CC=0.001479 21$KC=0.000411 6$LC=5.72E-5 8$MC=1.268E-5 18$NC+=0.000998 1
170YBS G NC=2.98E-6 5$OC=4.29E-7 6$PC=2.38E-8 4$IPC=0.000994 14
170YB4 G EKC=0.00058 20 (1988DzZW)
170YB cG M M1(+E2) from |a(K)exp; E2 component inconsistent with level
170YB2cG scheme.
170YB L 3140.60 13 (1)
170YB E 0.364 18 7.68 7 0.364 18
170YBS E CK=0.777 5$CL=0.170 3$CM+=0.0535 12
170YB G 479.50 1567 3 M1+E2 0.033 13
170YBS G KC=0.027 12$LC=0.0045 12$MC=0.00102 25$NC+=0.00027 7
170YBS G NC=0.00024 6$OC=3.3E-5 10$PC=1.6E-6 8
170YB4 G EKC=0.024 6 (1988DzZW)$
170YB cG |a(K)exp|<0.050 for 478.8|g+479.5|g doublet (1972Ca21).
170YB G 711.65 15160 5 M1 0.01667
170YBS G KC=0.01404 20$LC=0.00205 3$MC=0.000456 7$NC+=0.0001233 18
170YBS G NC=0.0001071 15$OC=1.537E-5 22$PC=8.34E-7 12
170YB4 G EKC=0.019 (1972Ca21)$EKC=0.023 7 (1988DzZW)$
170YB G 1776.1 3 575 20 M1 C
170YBS G CC=0.00202 3$KC=0.001521 22$LC=0.000215 3$MC=4.78E-5 7$NC+=0.000240 4
170YBS G NC=1.122E-5 16$OC=1.616E-6 23$PC=8.89E-8 13$IPC=0.000227 4
170YB4 G EKC=0.00169 12 (1988DzZW)
170YB G 3139.6 8 6.5 15 D
170YB4 G EKC LT 0.0006 (1988DzZW)
170YB L 3146.03 9 1+
170YB E 0.49 3 7.53 7 0.49 3
170YBS E CK=0.775 5$CL=0.171 4$CM+=0.0539 12
170YB G 170.80 20 7.0 10 &
170YB G 478.80 10125 14 M1 0.0458
170YBS G KC=0.0385 6$LC=0.00569 8$MC=0.001270 18$NC+=0.000343 5
170YBS G NC=0.000298 5$OC=4.28E-5 6$PC=2.31E-6 4
170YB4 G EKC=0.051 9 (1988DzZW)
170YB cG |a(K)exp|<0.050 for 478.8|g+479.5|g doublet (1972Ca21).
170YB G 622.75 2055 4 M1 0.0233 D
170YBS G KC=0.0197 3$LC=0.00288 4$MC=0.000642 9$NC+=0.0001735 25
170YBS G NC=0.0001507 22$OC=2.16E-5 3$PC=1.171E-6 17
170YB4 G EKC=0.020 7 (1988DzZW)
170YB G 709.9 4 Y
170YBF G FLAG=D
170YB G 1107.1 5 (M1+E2+E0) Y
170YBF G FLAG=D
170YB cG 1990Gr19 estimate |a(K)exp>0.012 assuming I|g does not exceed
170YB2cG I|g for weak lines in same region of |g spectrum.
170YB G 1633.3 3 115 20 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.0010 (1988DzZW) for multiply-placed |g.
170YB G 1667.1 4 69 4 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0037 {I12} (1988DzZW), mult=M1+E0+E2
170YB2cG for multiply-placed |g.
170YB G 1917.7 5 50.0 25 D
170YB4 G EKC=0.0011 4 (1988DzZW)
170YB G 1920.7 3 210 8 (E2)
170YBS G CC=0.001302 19$KC=0.000896 13$LC=0.0001267 18$MC=2.81E-5 4$NC+=0.000251
170YBS G NC=6.59E-6 10$OC=9.42E-7 14$PC=5.03E-8 7$IPC=0.000243 4
170YB4 G EKC=0.00056 26 (1988DzZW)
170YB cG M E1,E2 from |a(K)exp; not E1 from level scheme.
170YB G 2007.3 5 28 4 (E2) D
170YBS G CC=0.001260 18$KC=0.000827 12$LC=0.0001165 17$MC=2.58E-5 4$NC+=0.000290
170YBS G NC=6.05E-6 9$OC=8.66E-7 13$PC=4.65E-8 7$IPC=0.000283 4
170YB4 G EKC LT 0.00084 (1988DzZW)
170YB cG M E1,E2 from |a(K)exp; not E1 from level scheme.
170YB G 3062.1 3 230 20 M1,E2
170YBS G CC=0.00135 13$KC=0.000411 23$LC=5.7E-5 4$MC=1.25E-5 8$NC+=0.00087 10
170YBS G NC=2.94E-6 20$OC=4.2E-7 3$PC=2.34E-8 17$IPC=0.00086 10
170YB4 G EKC=0.00051 12 (1988DzZW)
170YB G 3146.1 4 250 20 (M1)
170YBS G CC=0.001482 21$KC=0.000407 6$LC=5.66E-5 8$MC=1.254E-5 18$NC+=0.001006 1
170YBS G NC=2.94E-6 5$OC=4.25E-7 6$PC=2.35E-8 4$IPC=0.001002 14
170YB4 G EKC=0.00039 9 (1988DzZW)$
170YB cG M M1,E2 from |a(K)exp; not E2 from level scheme.
170YB L 3149.09 9 1-
170YB E 0.60 5 7.44 7 0.60 5
170YBS E CK=0.775 5$CL=0.171 4$CM+=0.0541 13
170YB G 329.3 2 25.0 20 M1 0.1226
170YBS G KC=0.1029 15$LC=0.01538 22$MC=0.00344 5$NC+=0.000929 13
170YBS G NC=0.000807 12$OC=0.0001156 17$PC=6.21E-6 9
170YB cG M based on ce data of 1990AbZT.
170YB G 366.35 1554.0 20 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.17 {I7} (1988DzZW) for multiply-placed |g.
170YB G 612.15 1593 3 E2 0.01086
170YBS G KC=0.00873 13$LC=0.001646 23$MC=0.000377 6$NC+=0.0001001 14
170YBS G NC=8.77E-5 13$OC=1.187E-5 17$PC=4.86E-7 7
170YB4 G EKC=0.0078 (1972Ca21)$EKC=0.0053 26 (1988DzZW)
170YB G 652.65 2037 3 M1 0.0207 D
170YBS G KC=0.01746 25$LC=0.00255 4$MC=0.000569 8$NC+=0.0001538 22
170YBS G NC=0.0001336 19$OC=1.92E-5 3$PC=1.039E-6 15
170YB4 G EKC=0.024 8 (1988DzZW)
170YB G 873.85 2530 3 &
170YB4 G EKC=0.010 5 (1988DzZW)
170YB G 1614.7 3 82 4
170YB4 G EKC=0.0012 8 (1988DzZW)
170YB G 1636.9 3 120 4 &
170YB cG |a(K)exp=0.0024 {I5} (1972Ca21, I|g; 1970Dz11, I(ce)),
170YB2cG mult=M1 for multiply-placed |g.
170YB G 1784.7 4 88 15 M1(+E2)
170YBS G CC=0.0017 3$KC=0.00126 24$LC=0.00018 4$MC=4.0E-5 8$NC+=0.00022 3
170YBS G NC=9.3E-6 18$OC=1.3E-6 3$PC=7.3E-8 16$IPC=0.000207 25
170YB4 G EKC=0.0018 6 (1988DzZW)
170YB G 1842.8 5 115 7 (E1) C
170YBS G CC=0.000964 14$KC=0.000442 7$LC=5.93E-5 9$MC=1.306E-5 19$NC+=0.000449 7
170YBS G NC=3.06E-6 5$OC=4.39E-7 7$PC=2.40E-8 4$IPC=0.000446 7
170YB4 G EKC=0.00075 24 (1988DzZW)
170YB cG M E1,E2 from |a(K)exp; not E2 from level scheme.
170YB G 3064.8 3 560 25 E1 C
170YBS G CC=0.001439 21$KC=0.000200 3$LC=2.64E-5 4$MC=5.81E-6 9$NC+=0.001207 17
170YBS G NC=1.361E-6 19$OC=1.96E-7 3$PC=1.086E-8 16$IPC=0.001206 17
170YB4 G EKC=0.00021 6 (1988DzZW)
170YB G 3149.4 4 225 20 E1
170YBS G CC=0.001477 21$KC=0.000192 3$LC=2.53E-5 4$MC=5.57E-6 8$NC+=0.001255 18
170YBS G NC=1.305E-6 19$OC=1.88E-7 3$PC=1.042E-8 15$IPC=0.001253 18
170YB4 G EKC=0.00022 7 (1988DzZW)
170YB L 3161.02 17 (1-)
170YB E 0.153 23 7.99 9 0.153 23
170YBS E CK=0.772 5$CL=0.174 4$CM+=0.0549 14
170YB G 340.90 15 34.0 15 [M1] 0.1118 &
170YBF G FLAG=D
170YBS G KC=0.0938 14$LC=0.01401 20$MC=0.00313 5$NC+=0.000846 12
170YBS G NC=0.000735 11$OC=0.0001053 15$PC=5.66E-6 8
170YB G 809.25 2062 3 D
170YB4 G EKC LT 0.015 (1988DzZW)
170YB G 1503.9 4 20.0 20 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.020 (1988DzZW) for doubly-placed |g.
170YB G 1648.7 3 33.0 25 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0019 {I11} (1988DzZW) for doubly-placed |g.
170YB G 1736.6 3 87 12 &
170YBF G FLAG=D
170YB G 1796.3 5 40.0 20 D
170YB4 G EKC=0.0011 7 (1988DzZW)
170YB G 1855.0 5 35 4 D
170YB4 G EKC=0.0021 8 (1988DzZW)
170YB G 1932.6 7 *
170YBF G FLAG=DY
170YB G 3076.8 11 Y
170YBF G FLAG=D
170YB G 3161.1 5 100 10 (E1) D
170YBS G CC=0.001482 21$KC=0.000191 3$LC=2.52E-5 4$MC=5.54E-6 8$NC+=0.001261 18
170YBS G NC=1.298E-6 19$OC=1.87E-7 3$PC=1.036E-8 15$IPC=0.001259 18
170YB cG |a(K)exp=0.00021 {I11} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB L 3165.59 9 1- Z
170YB E 1.13 6 7.10 7 1.13 6
170YBS E CK=0.770 6$CL=0.174 4$CM+=0.0553 15
170YB cE I|e,log| {Ift}: for possible doublet; see comment
170YB2cE in Adopted Levels.
170YB G 1630.5 3 220 5 (E1) C
170YBS G CC=0.000923 13$KC=0.000542 8$LC=7.28E-5 11$MC=1.605E-5 23$NC+=0.000293
170YBS G NC=3.76E-6 6$OC=5.39E-7 8$PC=2.94E-8 5$IPC=0.000289 4
170YB cG |a(K)exp=0.0010 {I3} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB cG M E1,E2 from |a(K)exp; not E2 from level scheme.
170YB G 1653.2 4 47.0 25 E2+M1+E0
170YB cG |a(K)exp=0.0045 {I13} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 1685.6 3 130 15 C
170YB4 G EKC=0.0013 4 (1988DzZW)
170YB cG M |a(K)exp favors M1,E2; level scheme requires |D|p=yes.
170YB G 1740.7 3 180 6 E2(+M1) C
170YBS G CC=0.0018 4$KC=0.0013 3$LC=0.00019 4$MC=4.2E-5 8$NC+=0.000196 25
170YBS G NC=9.9E-6 19$OC=1.4E-6 3$PC=7.7E-8 17$IPC=0.000185 22
170YB4 G EKC=0.00111 20 (1988DzZW)
170YB G 1859.20 20450 70 C
170YBS G CC=0.00113 $KC=0.00096
170YB4 G EKC=0.00075 14 (1988DzZW)
170YB cG Other |a(K)exp: 0.00087 (1972Ca21). Datum may be low;
170YB2cG |a(K)exp=0.0011 if intensities renormalized so
170YB3cG |a(K)exp(1972Ca21)=|a(K)(E1) for 1860|g. However, mult=E1 required by
170YBxcG decay scheme.
170YB G 1936.9 3 475 15 E1 C
170YBS G CC=0.000993 14$KC=0.000408 6$LC=5.46E-5 8$MC=1.202E-5 17$NC+=0.000518 8
170YBS G NC=2.82E-6 4$OC=4.04E-7 6$PC=2.22E-8 4$IPC=0.000515 8
170YB4 G EKC=0.00053 10 (1988DzZW)
170YB cG Other |a(K)exp: 0.00069 {I15}, (1972Ca21, I|g; 1968Ba54,
170YBxcG I(ce)).
170YB G 2019.7 3 135 10 (E1) C
170YBS G CC=0.001021 15$KC=0.000381 6$LC=5.10E-5 8$MC=1.122E-5 16$NC+=0.000577 8
170YBS G NC=2.63E-6 4$OC=3.78E-7 6$PC=2.07E-8 3$IPC=0.000574 8
170YB4 G EKC=0.00054 20 (1988DzZW)
170YB cG M |a(K)exp=0.00104 {I21} (1972Ca21, I|g; 1973TeZT, I(ce)) for
170YB2cG 2019.0 {I8} transition; significantly different from that adopted here
170YB2cG from 1988DzZW.
170YB G 2027.2 3 365 15 (E1) C
170YBS G CC=0.001023 15$KC=0.000379 6$LC=5.06E-5 7$MC=1.115E-5 16$NC+=0.000582 9
170YBS G NC=2.61E-6 4$OC=3.75E-7 6$PC=2.06E-8 3$IPC=0.000579 9
170YB cG |a(K)exp=0.00041 {I21} (1972Ca21, I|g; 1973TeZT, I(ce)).
170YB G 2096.3 2 310 10 E1 C
170YBS G CC=0.001048 15$KC=0.000359 5$LC=4.80E-5 7$MC=1.056E-5 15$NC+=0.000630 9
170YBS G NC=2.47E-6 4$OC=3.55E-7 5$PC=1.95E-8 3$IPC=0.000627 9
170YB4 G EKC=0.00044 21 (1988DzZW)$
170YB cG M other |a(K)exp: 0.0014 {I6} (1972Ca21, I|g; 1973TeZT, I(ce))
170YB2cG for doublet.
170YB G 3165.3 4 220 20 E1
170YBS G CC=0.001484 21$KC=0.000190 3$LC=2.51E-5 4$MC=5.53E-6 8$NC+=0.001263 18
170YBS G NC=1.295E-6 19$OC=1.86E-7 3$PC=1.034E-8 15$IPC=0.001262 18
170YB cG |a(K)exp=0.00018 {I5} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB L 3169.59 12 1-
170YB E 0.11 4 8.10 17 0.11 4
170YBS E CK=0.769 6$CL=0.175 4$CM+=0.0556 15
170YB G 386.45 20 20.0 15 [E1] 0.01087
170YBS G KC=0.00916 13$LC=0.001328 19$MC=0.000295 5$NC+=7.89E-5 11
170YBS G NC=6.88E-5 10$OC=9.61E-6 14$PC=4.74E-7 7
170YB G 401.30 20 19 6 M1 0.0726
170YBS G KC=0.0610 9$LC=0.00906 13$MC=0.00202 3$NC+=0.000547 8
170YBS G NC=0.000475 7$OC=6.81E-5 10$PC=3.67E-6 6
170YB4 G EKC=0.11 4 (1988DzZW)$
170YB G 674.1 3 Y
170YBF G FLAG=D
170YB G 802.40 20 73 4 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.012 {I5} (1988DzZW), mult=M1 for multiply-placed
170YBxcG |g.
170YB G 879.65 25 50.0 25 D
170YB4 G EKC=0.005 4 (1988DzZW)
170YB G 901.40 20 150 7 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.018 for multiply-placed |g.
170YB G 1603.8 5 *
170YBF G FLAG=DY
170YB G 3085.4 6 33.0 20
170YB4 G EKC LT 0.0008 (1988DzZW)
170YB G 3169.6 8 10.0 15
170YB4 G EKC LE 0.0005 (1988DzZW)
170YB L 3179.76 16 1-
170YB E 0.50 4 7.41 8 0.50 4
170YBS E CK=0.766 6$CL=0.178 5$CM+=0.0564 17
170YB G 404.00 1532.0 15[M1] 0.0714 &
170YBF G FLAG=D
170YBS G KC=0.0599 9$LC=0.00890 13$MC=0.00199 3$NC+=0.000537 8
170YBS G NC=0.000467 7$OC=6.69E-5 10$PC=3.60E-6 5
170YB cG |a(K)exp=0.068 (1972Ca21), 0.122 {I13} (1988DzZW) for
170YB2cG doubly-placed |g.
170YB G 656.65 2028.0 15 &
170YB cG |a(K)exp<0.014 (1988DzZW) for multiply-placed |g.
170YB G 681.50 2517.5 10 (M1) 0.0186
170YBS G KC=0.01565 22$LC=0.00229 4$MC=0.000509 8$NC+=0.0001377 20
170YBS G NC=0.0001196 17$OC=1.717E-5 24$PC=9.31E-7 13
170YB4 G EKC=0.026 15 (1988DzZW)
170YB G 1053.7 250 50 C
170YB4 G EKC LE 0.006 (1988DzZW)
170YB G 1645.4 4 43.0 15 &
170YB cG |a(K)exp=0.0030 {I11} (1988DzZW) for doubly-placed |g. Other
170YB2cG |a(K)exp: 0.0037 {I19} (1972Ca21, I|g; 1970Dz11, I(ce)); however,
170YB3cG 1970Dz11 do not report the 1648.8|g, so their 1646.2|g may be a
170YBxcG doublet.
170YB G 1667.1 4 69 4 &
170YB cG |a(K)exp=0.0068 {I12} (1972Ca21, I|g; 1970Dz11, I(ce)),
170YB2cG mult=M1+E0+E2 for multiply-placed |g.
170YB G 3095.50 20720 40 E1 C
170YBS G CC=0.001453 21$KC=0.000197 3$LC=2.60E-5 4$MC=5.72E-6 8$NC+=0.001224 18
170YBS G NC=1.340E-6 19$OC=1.93E-7 3$PC=1.069E-8 15$IPC=0.001223 18
170YB4 G EKC=0.000246 24 (1988DzZW)
170YB G 3179.8 7 38 4 D
170YB cG |a(K)exp=0.00043 {I17} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB L 3186.66 13 (1-)
170YB E 0.57 5 7.32 8 0.57 5
170YBS E CK=0.764 7$CL=0.179 5$CM+=0.0571 18
170YB G 750.95 2083 3 [M1,E2] 0.011 4 &
170YBS G KC=0.009 4$LC=0.0014 5$MC=0.00031 9$NC+=8.3E-5 25
170YBS G NC=7.2E-5 22$OC=1.0E-5 4$PC=5.2E-7 21
170YBF G FLAG=D
170YB cG |a(K)exp=0.014 {I7} (1972Ca21, I|g; 1968Ba54, I(ce)),
170YB2cG mult=M1 for multiply-placed |g.
170YB G 757.60 15255 10
170YB cG |a(K)exp=0.0129 {I16} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB cG M M1 from |a(K)exp; inconsistent with placement.
170YB G 1060.58 20550 50 M1 C
170YBS G CC=0.00620 9$KC=0.00523 8$LC=0.000753 11$MC=0.0001675 24$NC+=4.53E-5 7
170YB cG |a(K)exp=0.0062 {I16} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB G 1674.2 3 350 10 M1,E2 C
170YBS G CC=0.0019 4$KC=0.0015 3$LC=0.00021 5$MC=4.6E-5 10$NC+=0.000166 21
170YBS G NC=1.08E-5 22$OC=1.5E-6 4$PC=8.4E-8 19$IPC=0.000153 19
170YB cG |a(K)exp=0.0017 {I6} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 1761.4 3 93 12 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0016 {I4} (1988DzZW), mult=M1 for multiply-placed
170YBxcG |g.
170YB G 3102.1 6 33 3
170YB4 G EKC LT 0.00043 (1988DzZW)
170YB L 3195.58 8 1-
170YB E 0.52 5 7.33 9 0.52 5
170YBS E CK=0.760 7$CL=0.182 6$CM+=0.0579 19
170YB G 427.20 2019 3 M1(+E2+E0) 0.114 AP
170YB4 G EKC=0.095 24 (1988DzZW)
170YB cG CC estimated from (|a(K)exp=0.095)x1.2.
170YB G 447.65 10157 5 M1 0.0546 D
170YBS G KC=0.0458 7$LC=0.00679 10$MC=0.001516 22$NC+=0.000410 6
170YBS G NC=0.000356 5$OC=5.10E-5 8$PC=2.75E-6 4
170YB4 G EKC=0.0475 (1972Ca21)$EKC=0.038 3 (1988DzZW)
170YB G 534.65 1522.0 10 D
170YB4 G EKC=0.06 3 (1988DzZW)
170YB cG |a(K)exp=0.021 for doublet (1972Ca21).
170YB G 658.20 2022.0 20 D
170YB4 G EKC LT 0.018 (1988DzZW)
170YB G 1068.8 4 12.0 10 D
170YB4 G EKC LE 0.015 (1988DzZW)
170YB G 1155.3 3 75 5 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0012 {I4} (1972Ca21, I|g; 1970Dz11, I(ce)) for
170YB2cG multiply-placed |g.
170YB G 1682.7 3 120 40
170YB4 G EKC=0.0010 5 (1988DzZW)$
170YB G 1770.4 4 25.0 25M1
170YBS G CC=0.00203 3$KC=0.001532 22$LC=0.000217 3$MC=4.81E-5 7$NC+=0.000236 4
170YBS G NC=1.131E-5 16$OC=1.628E-6 23$PC=8.96E-8 13$IPC=0.000223 4
170YB4 G EKC=0.0040 15 (1988DzZW)
170YB cG M note that |a(K)exp exceeds |a(K)(M1) suggesting presence of
170YB2cG E0 component, inconsistent with level scheme.
170YB G 1888.7 5 80 4 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0007 {I3} (1988DzZW) for doubly-placed |g.
170YB G 1966.8 5 65 5
170YB cG |a(K)exp=0.0012 {I5} (1972Ca21, I|g; 1973TeZT, I(ce)).
170YB cG M E2,M1 from |a(K)exp; inconsistent with adopted level
170YB2cG scheme.
170YB cG M E2,M1 from |a(K)exp; E2 inconsistent with log| {Ift} from 0+
170YB2cG in |e decay to 3196 level.
170YB G 2057.1 4 86.0 25 &
170YB cG |a(K)exp=0.0011 {I3} (1988DzZW) for doubly-placed |g.
170YB G 3111.5 3 390 20 (E1) C
170YBS G CC=0.001460 21$KC=0.000195 3$LC=2.58E-5 4$MC=5.67E-6 8$NC+=0.001233 18
170YBS G NC=1.330E-6 19$OC=1.91E-7 3$PC=1.061E-8 15$IPC=0.001232 18
170YB4 G EKC=0.00023 6 (1988DzZW)$
170YB cG Other |a(K)exp: 0.00031 {I5} (1972Ca21, I|g; 1968Ba54,
170YBxcG I(ce)).
170YB G 3195.3 4 200 20 (E1)
170YBS G CC=0.001497 21$KC=0.000188 3$LC=2.48E-5 4$MC=5.45E-6 8$NC+=0.001279 18
170YBS G NC=1.277E-6 18$OC=1.84E-7 3$PC=1.020E-8 15$IPC=0.001278 18
170YB4 G EKC=0.00024 3 (1988DzZW)$
170YB cG Other |a(K)exp: 0.00027 {I6} (1972Ca21, I|g; 1970Dz11,
170YB2cG I(ce)); value is midway between those expected for E1 and E2,
170YB3cG suggesting that line might be complex. Adopted |D|p=yes.
170YB L 3202.94 13 1+
170YB E 0.46 12 7.35 14 0.46 12
170YBS E CK=0.758 8$CL=0.184 6$CM+=0.0587 21
170YB G 535.95 1521.0 10 D
170YB4 G EKC LE 0.030 (1988DzZW)
170YB cG |a(K)exp=0.021 for doublet (1972Ca21).
170YB G 678.8 3 *
170YBF G FLAG=DY
170YB G 706.5 5165 15 E1 D
170YBS G CC=0.00293 5$KC=0.00248 4$LC=0.000347 5$MC=7.68E-5 11$NC+=2.06E-5 3
170YBS G NC=1.80E-5 3$OC=2.54E-6 4$PC=1.326E-7 19
170YB4 G EKC LT 0.0037 (1988DzZW)
170YB cG |a(K)exp=0.0027, mult=E1 for doublet (1972Ca21).
170YB G 802.40 2073 4 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.012 {I5} (1988DzZW), mult=M1 for multiply-placed
170YBxcG |g.
170YB G 1086.9 3 75 3 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.008 {I3} (1988DzZW) for doubly-placed |g.
170YB G 1162.4 3 90 5 M1,E2 D
170YBS G CC=0.0039 12$KC=0.0032 10$LC=0.00047 13$MC=0.00011 3$NC+=3.1E-5 8
170YBS G NC=2.5E-5 7$OC=3.5E-6 10$PC=1.9E-7 6$IPC=2.3E-6 3
170YB4 G EKC=0.0033 17 (1988DzZW)
170YB G 1217.30 20450 15 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0030 (1972Ca21), 0.0026 {I6} (1988DzZW),
170YB2cG mult=E2(+M1) for doubly-placed |g.
170YB G 1636.9 3 120 4 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0024 {I5} (1972Ca21, I|g; 1970Dz11, I(ce)),
170YB2cG mult=M1 for multiply-placed |g.
170YB G 1838.2 5 94 3 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0018 {I4} (1988DzZW) for multiply-placed |g.
170YB G 1896.5 3 123 6 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0015 {I4} (1988DzZW), mult=M1
170YB2cG for multiply-placed |g.
170YB G 1977.4 5 70 15 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0010 {I4} (1972Ca21, I|g; 1973TeZT, I(ce)) for
170YB2cG doubly-placed |g.
170YB G 2057.1 4 86.0 25 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0011 {I3} (1988DzZW) for doubly-placed |g.
170YB G 3119.2 6 45 15 D
170YB4 G EKC=0.00032 25 (1988DzZW)$
170YB G 3202.4 5 150 15 M1 D
170YBS G CC=0.001492 21$KC=0.000391 6$LC=5.44E-5 8$MC=1.204E-5 17$NC+=0.001034 1
170YBS G NC=2.83E-6 4$OC=4.08E-7 6$PC=2.26E-8 4$IPC=0.001031 15
170YB cG |a(K)exp=0.00059 {I10} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB L 3213.27 13 1-
170YB E 0.27 8 7.53 16 0.27 8
170YBS E CK=0.753 9$CL=0.187 7$CM+=0.0599 23
170YB G 170.80 20 7.0 10 &
170YBF G FLAG=D
170YB G 238.25 1537 4 [M1,E2] 0.22 8 &
170YBF G FLAG=D
170YBS G KC=0.17 8$LC=0.0382 12$MC=0.0089 6$NC+=0.00234 10
170YBS G NC=0.00206 11$OC=0.000272 8$PC=1.0E-5 5
170YB G 465.50 1524.0 20 M1+E0 D
170YB4 G EKC=0.087 16 (1988DzZW)$
170YB G 861.8 4 *
170YBF G FLAG=DY
170YB G 1012.3 3 29 3 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.012 {I4} (1988DzZW) for doubly-placed |g.
170YB G 1086.9 3 75 3 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.008 {I3} (1988DzZW) for doubly-placed |g.
170YB G 1173.2 4 70 30 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.006 {I4} (1988DzZW) for doubly-placed |g.
170YB G 1700.90 20300 10 &
170YBF G FLAG=D
170YB G 1847.7 7 Y
170YBF G FLAG=D
170YB G 1983.9 5 57 3 D
170YB4 G EKC=0.0018 8 (1988DzZW)$
170YB G 2143.5 3 160 6 E1 D
170YBS G CC=0.001066 15$KC=0.000347 5$LC=4.63E-5 7$MC=1.019E-5 15$NC+=0.00066 1
170YBS G NC=2.39E-6 4$OC=3.43E-7 5$PC=1.89E-8 3$IPC=0.000660 10
170YB4 G EKC=0.00048 12 (1988DzZW)
170YB G 3128.1 5 90 9 E1 D
170YBS G CC=0.001468 21$KC=0.000194 3$LC=2.56E-5 4$MC=5.63E-6 8$NC+=0.001243 18
170YBS G NC=1.319E-6 19$OC=1.90E-7 3$PC=1.053E-8 15$IPC=0.001241 18
170YB4 G EKC=0.00012 6 (1988DzZW)
170YB G 3212.2 8 15.0 15 D
170YB4 G EKC=0.00048 24 (1988DzZW)
170YB L 3258.18 10 1+
170YB E 0.27 4 7.31 13 0.27 4
170YBS E CK=0.726 16$CL=0.207 12$CM+=0.067 5
170YB G 142.50 1521.0 20 [E1] 0.1344 D
170YBS G KC=0.1119 16$LC=0.0175 3$MC=0.00392 6$NC+=0.001033 15
170YBS G NC=0.000906 13$OC=0.0001216 18$PC=5.19E-6 8
170YB G 292.55 2011.0 10 [M1,E2] 0.12 5 &
170YBF G FLAG=D
170YBS G KC=0.10 5$LC=0.0195 17$MC=0.0045 3$NC+=0.00119 9
170YBS G NC=0.00105 7$OC=0.000141 19$PC=6.E-6 3
170YB G 301.85 2013.0 15 [M1] 0.1548 D
170YBS G KC=0.1298 19$LC=0.0195 3$MC=0.00435 7$NC+=0.001175 17
170YBS G NC=0.001021 15$OC=0.0001463 21$PC=7.84E-6 11
170YB cG |a(K)exp=0.205 (1972Ca21), mult=M1 for doublet.
170YB G 590.85 15 81.0 25 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.017 {I6} (1988DzZW), mult=M1 for doubly-placed |g.
170YB G 822.30 15 245 10 D
170YB cG |a(K)exp=0.0155 {I16} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB cG M M1 from |a(K)exp; E1 required by placement.
170YB G 858.1 3
170YBF G FLAG=DY
170YB cG E$placed from 3146 level also in 1990Gr19 but E|g does not fit that
170YB2cG placement.
170YB cG 1990Gr19 estimate |a(K)exp>0.008 assuming I|g does not exceed
170YB2cG I|g for weak lines in same region of |g spectrum.
170YB G 969.05 20 130 6 &
170YBF G FLAG=G
170YB cG |a(K)exp=0.0077 {I23} (1972Ca21, I|g; 1970Dz11, I(ce)),
170YB2cG mult=M1 for doubly-placed |g
170YB G 1204.8 3 40.0 20 D
170YB4 G EKC LT 0.007 (1988DzZW)
170YB G 1692.0 4 Y
170YBF G FLAG=D
170YB G 1832.4 4 53.0 20 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0015 {I9} (1988DzZW) for doubly-placed |g.
170YB G 1893.7 5 95 5 D
170YB4 G EKC=0.0007 6 (1988DzZW)
170YB G 3173.4 7 30 3 M1 D
170YBS G CC=0.001487 21$KC=0.000399 6$LC=5.55E-5 8$MC=1.229E-5 18$NC+=0.001020 1
170YBS G NC=2.89E-6 4$OC=4.16E-7 6$PC=2.31E-8 4$IPC=0.001016 15
170YB4 G EKC=0.00054 11 (1988DzZW)
170YB G 3258.2 8 25.0 25 M1,E2 D
170YBS G CC=0.00138 13$KC=0.000363 15$LC=4.99E-5 25$MC=1.10E-5 6$NC+=0.00096 11
170YBS G NC=2.59E-6 14$OC=3.73E-7 20$PC=2.06E-8 12$IPC=0.00095 11
170YB4 G EKC=0.00036 11 (1988DzZW)
170YB L 3268.91 15 1(+)
170YB E 0.20 3 7.37 13 0.20 3
170YBS E CK=0.717 19$CL=0.213 14$CM+=0.070 5
170YB G 449.25 2016.0 15 [E1] D
170YBS G CC=0.00769 11$KC=0.00650 10$LC=0.000933 13$MC=0.000207 3$NC+=5.54E-5 8
170YBS G NC=4.83E-5 7$OC=6.78E-6 10$PC=3.40E-7 5
170YB4 G EKC=0.057 23 (1988DzZW)
170YB cG M M1 from |a(K)exp; level scheme requires E1.
170YB G 1633.3 3 115 20 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.0010 (1988DzZW) for multiply-placed |g.
170YB G 1734.4 5 Y
170YBF G FLAG=D
170YB G 1904.6 5 44.0 20 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0008 {I4} (1988DzZW) for multiply-placed |g.
170YB G 1962.5 3 215 7 E2(+M1) D
170YBS G CC=0.00152 24$KC=0.00103 18$LC=0.000146 25$MC=3.2E-5 6$NC+=0.00031 4
170YBS G NC=7.6E-6 13$OC=1.09E-6 19$PC=5.9E-8 11$IPC=0.00030 4
170YB cG |a(K)exp=0.00093 {I23} (1972Ca21, I|g; 1973TeZT, I(ce)).
170YB G 3183.6 5 140 14 M1 D
170YBS G CC=0.001488 21$KC=0.000396 6$LC=5.51E-5 8$MC=1.221E-5 17$NC+=0.001025 1
170YBS G NC=2.87E-6 4$OC=4.13E-7 6$PC=2.29E-8 4$IPC=0.001022 15
170YB cG |a(K)exp=0.00059 {I8} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB L 3274.17 14 1-
170YB E 0.22 4 7.30 15 0.22 4
170YBS E CK=0.712 20$CL=0.217 15$CM+=0.071 6
170YB G 490.95 1550.0 15 [E1] D
170YBS G CC=0.00631 9$KC=0.00533 8$LC=0.000761 11$MC=0.0001690 24$NC+=4.53E-5 7
170YBS G NC=3.95E-5 6$OC=5.54E-6 8$PC=2.80E-7 4
170YB4 G EKC=0.036 13 (1988DzZW)
170YB cG M M1(+E2) from |a(K)exp; M1+E2 from ce data of 1990AbZT.
170YB2cG However, level scheme requires E1.
170YB G 750.95 2083 3 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.014 {I7} (1972Ca21, I|g; 1968Ba54, I(ce)),
170YB2cG mult=M1 for multiply-placed |g.
170YB G 873.85 2530 3 &
170YBF G FLAG=D
170YB G 1158.5 3 46.0 25 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.004 (1988DzZW) for doubly-placed |g.
170YB G 1234.5 3 50.0 25 E1
170YBS G CC=0.001058 15$KC=0.000871 13$LC=0.0001184 17$MC=2.61E-5 4$NC+=4.22E-5
170YBS G NC=6.12E-6 9$OC=8.74E-7 13$PC=4.71E-8 7$IPC=3.52E-5 5
170YB4 G EKC=0.0010 6 (1988DzZW)
170YB G 1761.4 3 93 12 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0016 {I4} (1988DzZW), mult=M1 for multiply-placed
170YBxcG |g.
170YB G 1909.7 5 45.0 25 M1,E2 D
170YBS G CC=0.0016 3$KC=0.00109 19$LC=0.00015 3$MC=3.4E-5 6$NC+=0.00028 4
170YBS G NC=8.0E-6 14$OC=1.16E-6 21$PC=6.3E-8 12$IPC=0.00027 4
170YB4 G EKC=0.0014 6 (1988DzZW)
170YB G 3190.3 5 125 12 E1
170YBS G CC=0.001495 21$KC=0.000188 3$LC=2.48E-5 4$MC=5.46E-6 8$NC+=0.001276 18
170YBS G NC=1.280E-6 18$OC=1.84E-7 3$PC=1.022E-8 15$IPC=0.001275 18
170YB cG |a(K)exp=0.00016 {I8} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 3274.2 5 100 10 E1
170YBS G CC=0.001527 22$KC=0.000181 3$LC=2.39E-5 4$MC=5.25E-6 8$NC+=0.001317 19
170YBS G NC=1.231E-6 18$OC=1.772E-7 25$PC=9.83E-9 14$IPC=0.001315 19
170YB cG |a(K)exp=0.00021 {I6} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB L 3291.82 21 1+
170YB E 0.19 5 7.24 18 0.19 5
170YBS E CK=0.69 3$CL=0.232 20$CM+=0.077 8
170YB G 199.65 1520.0 20 [E1] 0.0557 &
170YBS G KC=0.0466 7$LC=0.00708 10$MC=0.001579 23$NC+=0.000418 6
170YBS G NC=0.000366 6$OC=4.99E-5 7$PC=2.26E-6 4
170YBF G FLAG=D
170YB G 861.8 4 *
170YBF G FLAG=DY
170YB G 1252.1 4 Y
170YBF G FLAG=D
170YB G 1633.3 3 115 20 &
170YBF G FLAG=D
170YB cG |a(K)exp<0.0010 (1988DzZW) for multiply-placed |g.
170YB G 1778.8 4 54 5 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0013 {I5} (1988DzZW) for doubly-placed |g.
170YB G 1985.5 3 170 6 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0007 {I4} (1988DzZW) for multiply-placed |g.
170YB G 2063.2 3 158 5 (M1) D
170YBS G CC=0.001656 24$KC=0.001070 15$LC=0.0001507 22$MC=3.34E-5 5$NC+=0.000402
170YBS G NC=7.85E-6 11$OC=1.131E-6 16$PC=6.24E-8 9$IPC=0.000392 6
170YB cG |a(K)exp=0.00089 {I25} (1972Ca21, I|g; 1973TeZT, I(ce)).
170YB cG M M1,E2 from |a(K)exp; pure |DJ=1 required by level scheme.
170YB G 2152.9 5 43.0 20 D
170YB4 G EKC=0.0009 4 (1988DzZW)
170YB G 3206.8 8 30 3 M1,E2 D
170YBS G CC=0.00137 13$KC=0.000374 17$LC=5.2E-5 3$MC=1.14E-5 7$NC+=0.00093 11
170YBS G NC=2.68E-6 15$OC=3.86E-7 22$PC=2.13E-8 13$IPC=0.00093 11
170YB cG |a(K)exp=0.00057 {I24} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB G 3291.4 7 10.0 10
170YB4 G EKC LT 0.00016 (1988DzZW)$
170YB cG M E1 from |a(K)exp; level scheme requires M1.
170YB L 3301.95 11 1+
170YB E 0.37 5 6.87 16 0.37 5
170YBS E CK=0.68 4$CL=0.243 25$CM+=0.081 10
170YB G 209.90 2016.5 15 D
170YB G 518.90 1522.0 10 M1 0.0372 D
170YBS G KC=0.0313 5$LC=0.00461 7$MC=0.001029 15$NC+=0.000278 4
170YBS G NC=0.000242 4$OC=3.47E-5 5$PC=1.87E-6 3
170YB4 G EKC=0.037 17 (1988DzZW)
170YB G 805.85 2540 10 D
170YB4 G EKC=0.027 10 (1988DzZW)
170YB cG M |a(K)exp favors M1; decay scheme requires E1.
170YB G 901.40 20150 7 &
170YBF G FLAG=D
170YB G 1034.2 3 60 20 D
170YB4 G EKC=0.008 4 (1988DzZW)
170YB G 1667.1 4 69 4 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0068 {I12} (1972Ca21, I|g; 1970Dz11, I(ce)),
170YB2cG mult=M1+E0+E2 for multiply-placed |g.
170YB G 1767.2 3 180 10 M1,E2 D
170YBS G CC=0.0017 4$KC=0.00129 25$LC=0.00018 4$MC=4.1E-5 8$NC+=0.00021 3
170YBS G NC=9.6E-6 18$OC=1.4E-6 3$PC=7.4E-8 16$IPC=0.000198 24
170YB4 G EKC=0.0013 4 (1988DzZW)
170YB G 1876.2 3 325 20 E1 D
170YBS G CC=0.000974 14$KC=0.000430 6$LC=5.75E-5 8$MC=1.267E-5 18$NC+=0.000474 7
170YBS G NC=2.97E-6 5$OC=4.26E-7 6$PC=2.33E-8 4$IPC=0.000471 7
170YB4 G EKC=0.00032 9 (1988DzZW)
170YB G 2232.7 5 35.0 15 M1 D
170YBS G CC=0.001543 22$KC=0.000890 13$LC=0.0001251 18$MC=2.78E-5 4$NC+=0.000500
170YBS G NC=6.52E-6 10$OC=9.39E-7 14$PC=5.19E-8 8$IPC=0.000492 7
170YB4 G EKC=0.0012 3 (1988DzZW)
170YB G 3218.4 9 5.0 10
170YB4 G EKC=0.0013 8 (1988DzZW)
170YB G 3302.4 7 26.0 25 (M1)
170YBS G CC=0.001512 22$KC=0.000365 6$LC=5.07E-5 8$MC=1.123E-5 16$NC+=0.001085 1
170YBS G NC=2.64E-6 4$OC=3.80E-7 6$PC=2.11E-8 3$IPC=0.001082 16
170YB cG |a(K)exp=0.00035 {I12} (1972Ca21, I|g; 1970Dz11, I(ce)).
170YB cG M E2,M1 from |a(K)exp; |DJ<2 from log| {Ift}.
170YB L 3314.42 11 1
170YB E 0.20 6 7.03 22 0.20 6
170YBS E CK=0.65 5$CL=0.26 4$CM+=0.088 13
170YB G 222.40 1590 3 [M1] 0.355 &
170YBS G KC=0.297 5$LC=0.0449 7$MC=0.01005 15$NC+=0.00272 4
170YBS G NC=0.00236 4$OC=0.000338 5$PC=1.81E-5 3
170YBF G FLAG=D
170YB cG |a(K)exp=0.267 (1972Ca21); mult=M1(+E2) for
170YB2cG doubly-placed |g.
170YB G 339.45 207.0 10 &
170YBF G FLAG=D
170YB G 366.35 1554.0 20 &
170YB cG |a(K)exp=0.17 {I7} (1988DzZW) for multiply-placed |g.
170YBF G FLAG=D
170YB G 374.55 2010.0 10 D
170YB G 384.85 1532.0 15M1(+E2+E0) D
170YB4 G EKC=0.16 6 (1988DzZW)$
170YB G 539.05 1554 5 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.037 {I20} (1988DzZW) for doubly-placed |g.
170YB G 565.80 1528.0 15 &
170YB cG |a(K)exp=0.042 {I26} (1988DzZW) for doubly-placed |g.
170YB G 962.85 2517.0 20 M1+E2+E0 D
170YB4 G EKC=0.032 16 (1988DzZW)$
170YB G 1046.60 25195 10 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0020 {I10} (1988DzZW) for doubly-placed |g.
170YB G 1747.8 4 25.0 25 (M1)
170YBS G CC=0.00208 3$KC=0.001580 23$LC=0.000224 4$MC=4.96E-5 7$NC+=0.000224 4
170YBS G NC=1.166E-5 17$OC=1.679E-6 24$PC=9.24E-8 13$IPC=0.000211 3
170YB4 G EKC=0.0029 12 (1988DzZW)
170YB G 1888.7 5 80 4 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0007 {I3} (1988DzZW) for doubly-placed |g.
170YB G 2086.4 5 45.0 20 D
170YB4 G EKC=0.0008 6 (1988DzZW)
170YB G 3229.5 8 15.0 15 E1
170YBS G CC=0.001510 22$KC=0.000185 3$LC=2.44E-5 4$MC=5.36E-6 8$NC+=0.001296 19
170YBS G NC=1.257E-6 18$OC=1.81E-7 3$PC=1.004E-8 14$IPC=0.001295 19
170YB4 G EKC LT 0.00020 (1988DzZW)
170YB G 3314.1 7 28 3 (M1)
170YBS G CC=0.001515 22$KC=0.000362 5$LC=5.03E-5 7$MC=1.114E-5 16$NC+=0.001091 1
170YBS G NC=2.62E-6 4$OC=3.77E-7 6$PC=2.09E-8 3$IPC=0.001088 16
170YB cG |a(K)exp=0.00043 {I11} (1972Ca21, I|g; 1968Ba54, I(ce)).
170YB cG M M1,E2 from |a(K)exp; |DJ<2 from log| {Ift}.
170YB L 3366.40 11 1
170YB E 0.16 4 6.5 4 0.16 4
170YBS E CK=0.40 24$CL=0.44 17$CM+=0.16 7
170YB G 300.60 2010.0 10M1 0.1565 D
170YBS G KC=0.1313 19$LC=0.0197 3$MC=0.00440 7$NC+=0.001189 17
170YBS G NC=0.001033 15$OC=0.0001479 21$PC=7.93E-6 12
170YB4 G EKC=0.264 (1972Ca21)
170YB G 390.40 15 125 5 &
170YBF G FLAG=D
170YBS G KC=0.047 21$LC=0.0083 18$MC=0.0019 4$NC+=0.00055 12
170YBL G FL=2975.32
170YB cG M M1+E2 from ce data of 1990AbZT for doubly-placed |g.
170YB G 590.85 15 81.0 25 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.017 {I6} (1988DzZW), mult=M1 for doubly-placed |g.
170YB G 598.15 1572 3 E2 0.01147 D
170YBS G KC=0.00921 13$LC=0.001755 25$MC=0.000402 6$NC+=0.0001068 15
170YBS G NC=9.36E-5 14$OC=1.263E-5 18$PC=5.11E-7 8
170YB4 G EKC=0.011 5 (1988DzZW)$
170YB G 965.52 26 *
170YBF G FLAG=DY
170YB G 1240.7 3 37.0 20 D
170YB4 G EKC=0.004 3 (1988DzZW)
170YB G 1648.7 3 33.0 25 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0019 {I11} (1988DzZW) for doubly-placed |g.
170YB G 1731.3 4 21.0 20 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0052 {I14} (1988DzZW) for doubly-placed |g.
170YB G 1799.3 5 28.5 20 D
170YB4 G EKC=0.0016 10 (1988DzZW)
170YB G 1832.4 4 53.0 20 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0015 {I9} (1988DzZW) for doubly-placed |g.
170YB G 1887.1 5 75 10 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0021 {I6} (1988DzZW) for multiply-placed |g.
170YB G 2219.4 6 Y
170YBF G FLAG=D
170YB G 2228.6 3 Y
170YBF G FLAG=D
170YB G 3282.1 8 5.0 10 E1,E2 D
170YB4 G EKC LT 0.00035 (1988DzZW)
170YB L 3384.87 17 1-
170YB E 0.097 19 6.3 4 0.097 19
170YBS E CK=0.14 25$CL=0.62 17$CM+=0.24 8
170YB G 636.80 2050 8 M1,E2 0.016 6 D
170YBS G KC=0.013 6$LC=0.0021 7$MC=0.00047 14$NC+=0.00013 4
170YBS G NC=0.00011 4$OC=1.6E-5 5$PC=8.E-7 4
170YB4 G EKC=0.016 8 (1988DzZW)
170YB G 861.8 4 *
170YBF G FLAG=DY
170YB G 955.22 24 *
170YBF G FLAG=DY
170YB G 1021.5 3 *
170YBF G FLAG=DY
170YB G 1667.1 4 69 4 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0068 {I12} (1972Ca21, I|g; 1970Dz11, I(ce)),
170YB2cG mult=M1+E0+E2 for multiply-placed |g.
170YB G 1904.6 5 44.0 20 &
170YBF G FLAG=D
170YB cG |a(K)exp=0.0008 {I4} (1988DzZW) for multiply-placed |g.
170YB G 2246.8 5 25.0 15 D
170YB4 G EKC=0.0015 8 (1988DzZW)
170YB G 2315.1 4 80 4 E1 D
170YBS G CC=0.001134 16$KC=0.000307 5$LC=4.09E-5 6$MC=9.00E-6 13$NC+=0.000777 11
170YBS G NC=2.11E-6 3$OC=3.03E-7 5$PC=1.670E-8 24$IPC=0.000774 11
170YB4 G EKC LT 0.00036 (1988DzZW)
170YB G 3385.0 8 4.0 10 D
170YB L 3423.2 8 (0-) ?
170YB E 0.06 4 5.7 9 0.06 4
170YBS E CL=0.65 23$CM+=0.35 23
170YB G 1155.3 3 75 5 & ?
170YBF G FLAG=G
170YB cG |a(K)exp=0.0012 {I4} (1972Ca21, I|g; 1970Dz11, I(ce)),
170YB2cG mult=(M1) for multiply-placed |g.
170YB G 1585.8 4 20.0 20 & ?
170YBF G FLAG=G
170YB cG |a(K)exp=0.007 {I5} (1988DzZW) for doubly-placed |g.
170YB G 1706.0 3 105 15 &C ?
170YBF G FLAG=G
170YB cG |a(K)exp=0.0016 {I6} (1988DzZW), mult=(M1,E2) for
170YBxcG multiply-placed |g.
170YB G 1998.4 5 40 10 & ?
170YBF G FLAG=G
170YB cG |a(K)exp=0.0016 {I7} (1972Ca21, I|g; 1973TeZT, I(ce)),
170YB2cG mult=E2,M1 for doubly-placed |g.
170YB G 3338.9 8 4.0 10 (M2) ?
170YBF G FLAG=G
170YBS G CC=0.001642 23$KC=0.000783 11$LC=0.0001111 16$MC=2.47E-5 4$NC+=0.000723
170YBS G NC=5.80E-6 9$OC=8.35E-7 12$PC=4.61E-8 7$IPC=0.000716 10
170YB cG M |a(K)exp=0.0011 {I4} (1972Ca21, I|g; 1968Ba54, I(ce)),
170YB2cG mult=M1+E2+E0 or M2; |e feeding of parent level favors the latter.