157GD 157EU B- DECAY 1986GRZS 16NDS 201602
157GD H TYP=FUL$AUT=N. NICA$CIT=NDS 132, 1 (2016)$CUT=4-Dec-2015$
157GD c {+157}Eu has been produced by many methods including {+160}Gd(p,|a);
157GD2c {+160}Gd(d,|an); {+158}Gd(|g,p); {+154}Sm(|a,p); thermal-n
157GD3c fission of {+235}U; {+3}He-, |a-, and HI-induced fission of
157GD4c {+238}U; and the spontaneous fission of {+252}Cf. Chemical and
157GD5c isotope separation have been used.
157GD c Measurements include |g singles and |g|g coincidences with
157GD2c NaI and Ge detectors, ce with magnetic spectrometers, |b- spectra
157GD3c with plastic and anthracene detectors, and |g|b- coincidences.
157GD c Experimental methods:
157GD c 1962Ha24: Produced by {+160}Gd(p,|a) with chemical separation. ce
157GD2c measured in magnetic spectrographs. See 1966Ha23 for later
157GD3c data. Report 17 |g's and 5 multipolarities.
157GD c 1962Ho16: Produced by thermal-n fission of {+235}U and {+3}He fission
157GD2c of {+238}U with chemical separation. Report 12 |g's and parent
157GD3c T{-1/2}.
157GD c 1964Ka04: Produced by n reactions in natural Gd with E{-n} |? 14
157GD2c MeV with chemical separation. |g measured with NaI detectors
157GD3c and |b- with plastic scintillator. Report T{-1/2} for one level
157GD4c from |b|g(t) measurement.
157GD c 1964Sh21: Produced by {+158}Gd(|g,p) on enriched (98%) target with
157GD2c 20-MeV bremsstrahlung with chemical separation. |g measured
157GD3c with NaI detector and |b- with anthracene and |g|b- coin. Report
157GD4c 9 |g's.
157GD c 1965CaZZ: Produced by |a-induced fission of {+238}U with chemical
157GD2c separation. |b- counted with proportional counter and |g with
157GD3c NaI detector. Report parent T{-1/2} and 6 |g's.
157GD c 1966Da06: Produced by thermal-n fission of {+235}U, {+3}He- or
157GD2c {+4}He- induced fission of {+238}U, and {+160}Gd(d,n|a) with
157GD3c chemical separation. Measured |g with NaI and Ge detectors,
157GD4c |b- with plastic scintillator, and ce with Si detector. |g|g
157GD5c and |g|b- coincidences were measured. Report 23 |g's.
157GD c 1966Da19: Produced as in 1966Da06. Parent T{-1/2} measured.
157GD c 1966FuZZ: See 1966Fu05 for the same information.
157GD c 1966Fu05: Produced by {+154}Sm(|a,p) on enriched (95%) target with
157GD2c E{-|a}=27 MeV and chemistry. Measured |g singles with Ge
157GD3c detector and |g|g coincidences with NaI detectors. |b- and ce
157GD4c measured with magnetic spectrometer. |g|b- coin. measured.
157GD5c Report 33 |g's.
157GD c 1966Ha23: Produced by {+160}Gd(p,|a). ce measured in magnetic
157GD2c spectrometer. Report 50 |g's and 5 multipolarities.
157GD c 1966Me06: Produced by {+154}Sm(|a,p) on enriched (96%) target with
157GD2c E{-|a}=27 MeV. Level T{-1/2} measured by |g|b- coincidences
157GD3c measured using NaI and plastic detectors. Report T{-1/2} for
157GD4c three levels from |b|g(t) measurements.
157GD c 1969Gr32: Produced by {+238}U(HI,fission) with chemical separation.
157GD2c |g measured with Ge detector. Report 11 |g's with I{-|g}
157GD3c normalization.
157GD c 1980GrZS, 1986GrZS: Produced by {+252}Cf(SF) with chemical
157GD2c separation. |g singles and |g|g coincidences measured with
157GD3c Ge detectors. Report 97 |g's.
157GD cB The |b- spectrum has been studied (1964Sh21, 1966Da06, and
157GD2cB 1966Fu05) to determine the energies and intensities. The data
157GD3cB from the singles spectrum lacks uniqueness due to high density
157GD4cB of possible final states. In particular, the highest energy
157GD5cB component [E{-|b-}=1350 {I30} (1964Sh21), 1340 {I100}
157GD6cB (1966Da06), and 1300 {I20} (1966Fu05)] may be a combination of
157GD7cB branches feeding levels at 0, 54, 63, and even 115 keV. The most
157GD8cB detailed set of measured values are the coincidence results of
157GD9cB 1964Sh21. These data yield a Q value of |? 1340 {I30} compared
157GDAcB with the mass-adjustment value of 1365 {I4} (2012Wa38). The |b-
157GDBcB intensities are even less unique, but 1966Da06 and 1966Fu05
157GDCcB agree that there are major groups with energies of |? 1340 and
157GDDcB |? 910 keV with an intensity ratio 0.89 (1966Da06) or 1.15
157GDEcB (1966Fu05).
157GD cB E The values given are those calculated from the
157GD2cB Q value. Measured values are provided in the comments.
157GD cB IB Values are from |g intensity balances and assume no |b-
157GD2cB feeding of the ground state. Beta branches similar to this
157GD3cB ground-state transition [i.e., 5/2[413] to
157GD4cB 3/2[521]] have log {Ift} values of 7.8-8.7. In this {+157}Eu
157GD5cB |b- decay, this range corresponds to I{-|b-}(0)=1-10%. The
157GD6cB measured values of 1966Da06 and 1966Fu05 for two major |b-
157GD7cB groups are given in comments and they agree well with the
157GD8cB deduced values.
157GD cB IB Values of <1% are omitted since the lack of completeness
157GD2cB of the decay scheme makes them unreliable. The sum of the I|b-
157GD3cB values given is 101% {I9}, and the sum of all the positive,
157GD4cB computed values is 105% {I9}.
157GD cG The data are from 1986GrZS (private communication), unless
157GD2cG otherwise noted, including E{-|g}, I{-|g}, and coincidences in
157GD3cG drawing. Less extensive sets of values are given by 1966Fu05
157GD4cG and 1966Da06 which include ce data. Others: 1964Sh12, 1965CaZZ,
157GD5cG and 1969Gr32.
157GD cG The unplaced |g's are from 1986GrZS from |g measurements
157GD2cG and 1966Ha23 from ce measurements.
157GD cG RI$I|g(K| x ray)=508 {i51}.
157GD cG M,MR From {+157}Gd Adopted |g data, but they are based on data
157GD2cG from this decay, namely, the ce data of 1966Ha23 and 1966Fu05.
157GD3cG See also 1962Ha24.
157GD cG E(M) From ce data of 1966Ha23.
157GD cG E(a)$Differ by 3|s or more from calculated value
157GD DG CC$FROM BrIcc v2.3a (30-Jun-2013) 2008Ki07, "Frozen Orbitals" appr.
157GD cG MR$If no value given it was assumed |d=1.00 for E2/M1, |d=1.00 for
157GD2cG E3/M2 and |d=0.10 for the other multipolarities
157GD cL E From least-squares fit to the |g energies.
157GD2cL Reduced |h{+2}=7.7 (critical |h{+2}=1.5)
157GD cL J From {+157}Gd Adopted Levels.
157GD cL T Values include only results from {+157}Eu decay. See
157GD2cL {+157}Gd Adopted Levels for results of measurements from
157GD3cL other decay modes.
157GD DL Bandhead is at 63 keV.
157GD DL Bandhead is at 434 keV.
157GD DL Bandhead is at 474 keV.
157GD DL Bandhead is at 762 keV.
157GD cL T(N) From 1964Ka04 from |b|g(t) measurement.
157GD cL T(P) From 1966Me06 from |b|g(t) measurements.
157GD cL BAND(A) 3/2[521] band
157GD cL BAND(B) 5/2[642] band
157GD cL BAND(D) 5/2[523] band
157GD cL BAND(E) 3/2[402] band
157GD cL BAND(I) 3/2[532] band
157EU P 0.0 5/2+ 15.18 H 3 1365 4
157GD N 0.112 8 1.00
157GD cN NR computed to give 100% feeding of the ground state with the
157GD2cN assumption that there is no |b- feeding of the ground state.
157GD PN 3
157GD G 14.7 M
157GD G 39.7 M
157GD G 66.5 M
157GD G 133.3 M
157GD G 152.8 M
157GD G 160.0 M
157GD G 181.8 M
157GD G 188.6 M
157GD G 223.8 M
157GD G 317.1 M
157GD G 385.5 M
157GD G 449.4 M
157GD G 454.3 M
157GD G 479.2 M
157GD G 498.9 M
157GD G 560.3 M
157GD G 575.8 M
157GD G 630.4 M
157GD G 657.1 M
157GD G 702.4 M
157GD G 732.5 M
157GD G 747.8 M
157GD G 754.8 3 0.22 7
157GD cG $%I|g=0.025~{I8}, using the calculated normalization.
157GD G 760.5 M
157GD G 811.6 M
157GD G 836.23 14 0.12 4
157GD cG $%I|g=0.013~{I5}, using the calculated normalization.
157GD G 846.78 15 0.30 10
157GD cG $%I|g=0.034~{I12}, using the calculated normalization.
157GD G 932.6 4 0.18 5
157GD cG $%I|g=0.020~{I6}, using the calculated normalization.
157GD G 969.19 9 0.10 4
157GD cG $%I|g=0.011~{I5}, using the calculated normalization.
157GD G 1017.6 M
157GD L 0.0 3/2- STABLE A
157GD B
157GD cB E E{-|b-}=1365 {I4} from Q value and |? 1340 from measurements
157GD2cB [1350 {I30} (1964Sh21), 1340 {I100} (1966Da06), and 1300 {I20}
157GD3cB (1966Fu05)]. The latter two measured values include branches to
157GD4cB other states, but 1964Sh21 report a second component at 1280
157GD5cB keV. Other: 1550 (1962Ho16).
157GD cB IB See comments related to level at 63 keV. |g normalization
157GD2cB assumes no |b- decay to this ground state.
157GD L 54.526 6 5/2- A
157GD B
157GD cB IB See comments related to level at 63 keV.
157GD G 54.548 8 34 3 M1+E2 0.19 4 12.1 3 C
157GD cG $%I|g=3.81~{I25}, using the calculated normalization.
157GDS G KC=9.50 17$LC=2.0 3$MC=0.45 7
157GDS G NC=0.102 14$OC=0.0150 18$PC=0.000718 13
157GD cG MR$Uncertainty estimated by evaluator from L1/L2/L3 data (1962Ha24)
157GD L 63.919 5 5/2+ 0.46 US 4 BM1
157GD2 L FLAG=N
157GD B 49 10 7.19 9
157GDS B EAV=462.3 17
157GD cB IB Measured value |? 45% (1966Da06,1966Fu05); includes
157GD2cB branches to other states below 150 keV.
157GD G 9.365 12 14.9 22E1 30.8
157GD cG $%I|g=1.7~{I9}, using the calculated normalization.
157GD G 63.929 8 209. 21E1 0.961 C
157GD cG $%I|g=23.4~{I17}, using the calculated normalization.
157GDS G KC=0.795 12$LC=0.1301 19$MC=0.0283 4
157GDS G NC=0.00634 9$OC=0.000904 13$PC=4.18E-5 6
157GD L 115.724 7 7/2+ B
157GD B
157GD cB E,IB See comments related to level at 63 keV.
157GD G 51.834 14 6.8 7 M1+E2 0.20 14.06 C
157GD cG $%I|g=0.76~{I9}, using the calculated normalization.
157GDS G KC=10.86 16$LC=2.50 4$MC=0.560 8
157GDS G NC=0.1272 18$OC=0.0184 3$PC=0.000831 12
157GD L 131.452 9 7/2- A
157GD G 76.925 14 1.8 3 M1+E2 0.18 4.36 C
157GD cG $%I|g=0.20~{I4}, using the calculated normalization.
157GDS G KC=3.57 5$LC=0.619 9$MC=0.1366 20
157GDS G NC=0.0312 5$OC=0.00469 7$PC=0.000265 4
157GD G 131.438 16 0.51 13E2 0.940 C
157GD cG $%I|g=0.057~{I15}, using the calculated normalization.
157GDS G KC=0.543 8$LC=0.307 5$MC=0.0719 10
157GDS G NC=0.01609 23$OC=0.00214 3$PC=2.82E-5 4
157GD L 180.239 11 9/2+ B
157GD G 64.4 2 1.2 6 (M1+E2) 10 4 C
157GD cG $%I|g=0.13~{I7}, using the calculated normalization.
157GDS G KC=4.5 16$LC=5 4$MC=1.1 9
157GDS G NC=0.24 20$OC=0.031 25$PC=0.00030 15
157GD G 116.314 28 0.36 9 [E2] 1.453 C
157GD cG $%I|g=0.040~{I11}, using the calculated normalization.
157GDS G KC=0.769 11$LC=0.528 8$MC=0.1240 18
157GDS G NC=0.0277 4$OC=0.00366 6$PC=3.90E-5 6
157GD L 227.37 6 9/2- A
157GD G 95.6 2 0.10 5 [M1,E2] 2.6 4 C
157GD cG $%I|g=0.011~{I6}, using the calculated normalization.
157GDS G KC=1.6 4$LC=0.8 5$MC=0.18 13
157GDS G NC=0.04 3$OC=0.006 4$PC=0.00010 4
157GD L 434.427 6 5/2- 0.1 NS LT D
157GD2 L FLAG=P
157GD B 15 1 7.17 3
157GDS B EAV=311.7 16
157GD cB E,IB See comments related to level at 474 keV; E{-|b-}=929 {I6}
157GD2cB from Q value and E{-|b-}=900 {I30} (1964Sh21) in coincidence
157GD3cB with 375 |g.
157GD G 302.994 28 0.61 9 [M1,E2] 0.076 18 C
157GD cG $%I|g=0.068~{I11}, using the calculated normalization.
157GDS G KC=0.062 17$LC=0.0109 3$MC=0.00241 4
157GDS G NC=0.000551 10$OC=8.2E-5 5$PC=4.3E-6 16
157GD G 318.710 8 26.3 13E1 0.01370 C
157GD cG $%I|g=2.94~{I24}, using the calculated normalization.
157GDS G KC=0.01165 17$LC=0.001608 23$MC=0.000347 5
157GDS G NC=7.93E-5 12$OC=1.207E-5 17$PC=7.45E-7 11
157GD G 370.509 8 100. 5 E1 0.00947 C
157GD cG $%I|g=11.2~{I9}, using the calculated normalization.
157GDS G KC=0.00807 12$LC=0.001105 16$MC=0.000238 4
157GDS G NC=5.45E-5 8$OC=8.32E-6 12$PC=5.22E-7 8
157GD G 379.905 9 2.39 24[M1,E2] 0.041 11 C
157GD cG $%I|g=0.27~{I4}, using the calculated normalization.
157GDS G KC=0.034 10$LC=0.0055 7$MC=0.00121 12
157GDS G NC=0.00028 3$OC=4.2E-5 6$PC=2.4E-6 9
157GD G 434.388 13 3.2 3 [M1,E2] 0.028 8 C
157GD cG $%I|g=0.36~{I4}, using the calculated normalization.
157GDS G KC=0.024 8$LC=0.0037 6$MC=0.00082 12
157GDS G NC=0.00019 3$OC=2.8E-5 5$PC=1.7E-6 6
157GD L 474.632 6 3/2+ 0.1 NS LT E
157GD2 L FLAG=P
157GD B 22 2 6.93 4
157GDS B EAV=295.9 16
157GD cB E |? 910 from measurements
157GD2cB [860 {I30} (1964Sh21) in coincidence with 415 and 480 |g's, 930
157GD3cB {I100} (1966Da06), and 910 {I20} (1966Fu05)]. The measured
157GD4cB values include branches to other states, especially the 434 level.
157GD cB IB Measured value |? 45% (1966Da06, 1966Fu05); includes
157GD2cB branches to other states.
157GD G 358.931 10 2.74 27[E2] 0.0351 C
157GD cG $%I|g=0.31~{I4}, using the calculated normalization.
157GDS G KC=0.0276 4$LC=0.00588 9$MC=0.001321 19
157GDS G NC=0.000300 5$OC=4.32E-5 6$PC=1.777E-6 25
157GD G 410.723 9 159. 8 M1+E2 1.0 LE 0.037 5 C
157GD cG $%I|g=17.8~{I14}, using the calculated normalization.
157GDS G KC=0.031 5$LC=0.0047 4$MC=0.00102 7
157GDS G NC=0.000234 15$OC=3.6E-5 3$PC=2.3E-6 4
157GD G 420.090 9 8.4 6 [E1] 0.00703 C
157GD cG $%I|g=0.94~{I9}, using the calculated normalization.
157GDS G KC=0.00599 9$LC=0.000815 12$MC=0.0001758 25
157GDS G NC=4.02E-5 6$OC=6.16E-6 9$PC=3.91E-7 6
157GD G 474.625 11 22.9 11[E1] 0.00530 C
157GD cG $%I|g=2.56~{I21}, using the calculated normalization.
157GDS G KC=0.00452 7$LC=0.000612 9$MC=0.0001318 19
157GDS G NC=3.02E-5 5$OC=4.63E-6 7$PC=2.97E-7 5
157GD L 514.678 8 7/2- D
157GD B 3 7.7
157GDS B EAV=280.3 16
157GD cB E,IB See comments related to level at 474 keV.
157GD G 334.441 10 7.5 5 C
157GD cG $%I|g=0.84~{I8}, using the calculated normalization.
157GD G 383.17 3 0.64 10 C
157GD cG $%I|g=0.072~{I13}, using the calculated normalization.
157GD G 398.953 9 12.0 6 C
157GD cG $%I|g=1.34~{I11}, using the calculated normalization.
157GD G 450.761 10 11.1 8 C
157GD cG $%I|g=1.24~{I12}, using the calculated normalization.
157GD L 524.852 7 5/2+ E
157GD B 4 7.6
157GDS B EAV=276.4 16
157GD cB E,IB See comments related to level at 474 keV.
157GD G 344.61 6 0.32 6 [E2] 0.0396 C
157GD cG $%I|g=0.036~{I8}, using the calculated normalization.
157GDS G KC=0.0309 5$LC=0.00676 10$MC=0.001522 22
157GDS G NC=0.000345 5$OC=4.96E-5 7$PC=1.98E-6 3
157GD G 393.408 20 1.11 11[E1] 0.00821 C
157GD cG $%I|g=0.124~{I15}, using the calculated normalization.
157GDS G KC=0.00699 10$LC=0.000955 14$MC=0.000206 3
157GDS G NC=4.71E-5 7$OC=7.20E-6 10$PC=4.54E-7 7
157GD G 409.135 10 24.3 12[M1,E2] 0.033 10 C
157GD cG $%I|g=2.72~{I22}, using the calculated normalization.
157GDS G KC=0.028 9$LC=0.0044 7$MC=0.00097 12
157GDS G NC=0.00022 3$OC=3.4E-5 6$PC=1.9E-6 7
157GD G 460.923 9 8.8 6 [M1,E2] 0.024 7 C
157GD cG $%I|g=0.99~{I10}, using the calculated normalization.
157GDS G KC=0.020 7$LC=0.0031 6$MC=0.00069 11
157GDS G NC=0.00016 3$OC=2.4E-5 5$PC=1.4E-6 5
157GD G 470.389 26 1.80 18[E1] 0.00541 C
157GD cG $%I|g=0.202~{I24}, using the calculated normalization.
157GDS G KC=0.00462 7$LC=0.000625 9$MC=0.0001346 19
157GDS G NC=3.08E-5 5$OC=4.73E-6 7$PC=3.03E-7 5
157GD G 524.835 18 2.74 27[E1] 0.00423 C
157GD cG $%I|g=0.31~{I4}, using the calculated normalization.
157GDS G KC=0.00361 5$LC=0.000486 7$MC=0.0001046 15
157GDS G NC=2.40E-5 4$OC=3.68E-6 6$PC=2.38E-7 4
157GD L 607.609 16 7/2,5/2+ E
157GD cL J Band assignment assumes J|p=7/2+.
157GD G 427.355 15 1.45 14 C
157GD cG $%I|g=0.162~{I19}, using the calculated normalization.
157GD G 491.89 3 0.82 12 C
157GD cG $%I|g=0.092~{I15}, using the calculated normalization.
157GD G 543.93 6 0.30 6 &C
157GDF G FLAG=a
157GD cG $%I|g=0.034~{I7}, using the calculated normalization.
157GD2 G FL=63.919
157GD G 553.02 7 0.32 6 C
157GD cG $%I|g=0.036~{I8}, using the calculated normalization.
157GD L 683.237 9 3/2+ 0.3 NS LT
157GD2 L FLAG=P
157GD B 4 7.3
157GDS B EAV=216.5 15
157GD cB E E{-|b}=660 {I30} (1964Sh21) in coincidence with 620 |g
157GD G 158.41 3 0.22 6 C
157GD cG $%I|g=0.025~{I7}, using the calculated normalization.
157GD G 208.621 11 1.34 13 C
157GD cG $%I|g=0.150~{I18}, using the calculated normalization.
157GD G 567.58 4 1.32 13 C
157GD cG $%I|g=0.148~{I18}, using the calculated normalization.
157GD G 619.303 12 32.3 16 C
157GD cG $%I|g=3.6~{I3}, using the calculated normalization.
157GD G 628.704 28 0.90 14 C
157GD cG $%I|g=0.101~{I17}, using the calculated normalization.
157GD G 683.162 27 2.1 4 C
157GD cG $%I|g=0.24~{I5}, using the calculated normalization.
157GD L 686.672 9 5/2+,7/2+
157GD B 3 7.4
157GDS B EAV=215.2 15
157GD G 161.820 13 0.77 15[M1,E2] 0.49 3 C
157GD cG $%I|g=0.086~{I18}, using the calculated normalization.
157GDS G KC=0.36 8$LC=0.09 4$MC=0.021 8
157GDS G NC=0.0048 17$OC=0.00068 20$PC=2.4E-5 9
157GD G 212.050 25 0.55 8 [M1,E2] 0.21 3 C
157GD cG $%I|g=0.062~{I10}, using the calculated normalization.
157GDS G KC=0.17 4$LC=0.035 6$MC=0.0079 16
157GDS G NC=0.0018 4$OC=0.00026 4$PC=1.1E-5 4
157GD G 252.3 2 0.4 2 [E1] 0.0247 C
157GD cG $%I|g=0.045~{I23}, using the calculated normalization.
157GDS G KC=0.0210 3$LC=0.00294 5$MC=0.000634 9
157GDS G NC=0.0001447 21$OC=2.19E-5 3$PC=1.317E-6 19
157GD G 506.43 3 0.74 11[E2] 0.01349 C
157GD cG $%I|g=0.083~{I14}, using the calculated normalization.
157GDS G KC=0.01098 16$LC=0.00196 3$MC=0.000434 6
157GDS G NC=9.90E-5 14$OC=1.464E-5 21$PC=7.37E-7 11
157GD G 555.23 12 0.31 6 [E1] 0.00374 C
157GD cG $%I|g=0.035~{I7}, using the calculated normalization.
157GDS G KC=0.00319 5$LC=0.000428 6$MC=9.22E-5 13
157GDS G NC=2.11E-5 3$OC=3.25E-6 5$PC=2.11E-7 3
157GD G 570.937 13 14.2 7 [M1,E2] 0.014 4 C
157GD cG $%I|g=1.59~{I13}, using the calculated normalization.
157GDS G KC=0.012 4$LC=0.0018 4$MC=0.00038 8
157GDS G NC=8.8E-5 19$OC=1.3E-5 3$PC=8.E-7 3
157GD G 622.751 13 8.8 6 [M1,E2] 0.011 4 C
157GD cG $%I|g=0.99~{I10}, using the calculated normalization.
157GDS G KC=0.009 3$LC=0.0014 3$MC=0.00030 7
157GDS G NC=7.0E-5 16$OC=1.1E-5 3$PC=6.8E-7 23
157GD G 632.23 5 0.42 8 [E1] 0.00283 C
157GD cG $%I|g=0.047~{I10}, using the calculated normalization.
157GDS G KC=0.00242 4$LC=0.000322 5$MC=6.93E-5 10
157GDS G NC=1.589E-5 23$OC=2.45E-6 4$PC=1.605E-7 23
157GD L 723.0 ?
157GD G 607.1 2 0.42 21 ?
157GD cG $%I|g=0.047~{I24}, using the calculated normalization.
157GD G 668.5 2 0.11 3 ?
157GD cG $%I|g=0.012~{I4}, using the calculated normalization.
157GD L 729.01 17 3/2-
157GD G 613.73 14 0.15 5 ?
157GD cG $%I|g=0.017~{I6}, using the calculated normalization.
157GD cG M J|p values would make this an M2 transition, so placement
157GD2cG is questionable.
157GD G 674.59 18 0.15 5 [M1,E2] 0.009 3 C
157GD cG $%I|g=0.017~{I6}, using the calculated normalization.
157GDS G KC=0.0078 24$LC=0.0011 3$MC=0.00025 6
157GDS G NC=5.7E-5 13$OC=8.7E-6 21$PC=5.6E-7 19
157GD G 728.5 4 0.20 5 [M1,E2] 0.0077 22
157GD cG $%I|g=0.022~{I6}, using the calculated normalization.
157GDS G KC=0.0065 19$LC=0.00093 22$MC=0.00020 5
157GDS G NC=4.7E-5 11$OC=7.2E-6 18$PC=4.6E-7 15
157GD L 751.438 12 3/2+
157GD B 2 7.4
157GDS B EAV=191.6 15
157GD G 226.63 3 0.34 7 [M1,E2] 0.18 3 C
157GD cG $%I|g=0.038~{I9}, using the calculated normalization.
157GDS G KC=0.14 4$LC=0.028 4$MC=0.0063 10
157GDS G NC=0.00143 21$OC=0.000209 19$PC=1.0E-5 4
157GD G 276.86 5 0.37 7 [M1,E2] 0.098 21 C
157GD cG $%I|g=0.041~{I9}, using the calculated normalization.
157GDS G KC=0.079 21$LC=0.0145 4$MC=0.00322 15
157GDS G NC=0.00073 3$OC=0.0001087 21$PC=5.5E-6 20
157GD G 635.75 9 0.42 8 [E2] 0.00761 C
157GD cG $%I|g=0.047~{I10}, using the calculated normalization.
157GDS G KC=0.00629 9$LC=0.001027 15$MC=0.000226 4
157GDS G NC=5.16E-5 8$OC=7.75E-6 11$PC=4.30E-7 6
157GD G 687.502 13 10.7 11 [M1,E2] 0.009 3 C
157GD cG $%I|g=1.20~{I15}, using the calculated normalization.
157GDS G KC=0.0075 23$LC=0.00108 25$MC=0.00024 6
157GDS G NC=5.4E-5 13$OC=8.3E-6 20$PC=5.3E-7 18
157GD G 696.94 4 0.65 7 C
157GD cG $%I|g=0.073~{I10}, using the calculated normalization.
157GD G 750.8 6 1.17 12 &
157GD cG $%I|g=0.131~{I16}, using the calculated normalization.
157GD L 762.667 17 3/2- I
157GD G 237.9 2 0.14 7 [E1] 0.0288 C
157GD cG $%I|g=0.016~{I8}, using the calculated normalization.
157GDS G KC=0.0244 4$LC=0.00343 5$MC=0.000741 11
157GDS G NC=0.0001689 24$OC=2.55E-5 4$PC=1.523E-6 22
157GD G 288.023 19 0.87 13[E1] 0.01765 C
157GD cG $%I|g=0.097~{I16}, using the calculated normalization.
157GDS G KC=0.01500 21$LC=0.00208 3$MC=0.000449 7
157GDS G NC=0.0001026 15$OC=1.558E-5 22$PC=9.52E-7 14
157GD G 328.3 2 0.2 1 [M1,E2] 0.061 15 C
157GD cG $%I|g=0.022~{I12}, using the calculated normalization.
157GDS G KC=0.050 15$LC=0.0085 5$MC=0.00188 8
157GDS G NC=0.000429 21$OC=6.4E-5 6$PC=3.5E-6 13
157GD G 762.69 3 3.3 5 [M1,E2] 0.0069 20 @C
157GD cG $%I|g=0.37~{I6}, using the calculated normalization.
157GDS G KC=0.0058 17$LC=0.00083 20$MC=0.00018 5
157GDS G NC=4.2E-5 10$OC=6.4E-6 16$PC=4.2E-7 13
157GD L 771.333 17 (7/2+)
157GD G 163.7 2 0.07 4 C
157GD cG $%I|g=0.008~{I5}, using the calculated normalization.
157GD G 246.5 2 0.07 4 C
157GD cG $%I|g=0.008~{I5}, using the calculated normalization.
157GD G 543.93 6 0.30 6 &C
157GD cG $%I|g=0.034~{I7}, using the calculated normalization.
157GD G 591.097 19 1.43 14 C
157GD cG $%I|g=0.160~{I19}, using the calculated normalization.
157GD G 655.592 28 1.68 17 C
157GD cG $%I|g=0.188~{I23}, using the calculated normalization.
157GD G 707.46 9 0.42 6 C
157GD cG $%I|g=0.047~{I8}, using the calculated normalization.
157GD G 716.92 10 0.25 6 C
157GD cG $%I|g=0.028~{I7}, using the calculated normalization.
157GD L 814.21 4 (5/2-)
157GD G 339.3 2 0.15 8 C
157GD cG $%I|g=0.017~{I9}, using the calculated normalization.
157GD G 682.60 6 0.7 2 C
157GD cG $%I|g=0.078~{I23}, using the calculated normalization.
157GD G 698.62 5 0.57 6 C
157GD cG $%I|g=0.064~{I8}, using the calculated normalization.
157GD G 750.8 6 1.17 12 &C ?
157GD cG $%I|g=0.131~{I16}, using the calculated normalization.
157GD G 814.17 12 0.20 6
157GD cG $%I|g=0.022~{I7}, using the calculated normalization.
157GD L 816.710 15 (5/2,7/2-) I
157GD G 129.5 2 0.11 6 C
157GD cG $%I|g=0.012~{I7}, using the calculated normalization.
157GD G 209.0 2 0.15 8 C
157GD cG $%I|g=0.017~{I9}, using the calculated normalization.
157GD G 291.69 7 0.20 5 C
157GD cG $%I|g=0.022~{I6}, using the calculated normalization.
157GD G 342.0 2
157GD G 685.2 2 0.43 22 C
157GD cG $%I|g=0.048~{I25}, using the calculated normalization.
157GD G 700.856 19 2.67 27 aC
157GD cG $%I|g=0.30~{I4}, using the calculated normalization.
157GD G 752.61 4 2.31 23 aC
157GD cG $%I|g=0.26~{I3}, using the calculated normalization.
157GD G 762.69 3 0.3 AP @C
157GDF G FLAG=a
157GD cG $%I|g=0.034~{I17}, using the calculated normalization.
157GD2 G FL=54.526
157GD G 816.64 4 0.64 10
157GD cG $%I|g=0.072~{I13}, using the calculated normalization.
157GD L 919.53 11 (5/2+,7/2,9/2-) I
157GD G 739.34 12 0.16 5 C
157GD cG $%I|g=0.018~{I6}, using the calculated normalization.
157GD G 803.65 20 0.16 5 C
157GD cG $%I|g=0.018~{I6}, using the calculated normalization.
157GD G 865.05 20 0.18 5 ?
157GD cG $%I|g=0.020~{I6}, using the calculated normalization.
157GD L 1049.68 4
157GD G 934.24 8 0.35 9 aC
157GD cG $%I|g=0.039~{I11}, using the calculated normalization.
157GD G 985.69 4 1.30 13 C
157GD cG $%I|g=0.146~{I18}, using the calculated normalization.
157GD L 1060.08 6 3/2+,5/2
157GD G 585.46 20 0.16 5 C
157GD cG $%I|g=0.018~{I6}, using the calculated normalization.
157GD G 625.6 2 0.13 4 C
157GD cG $%I|g=0.015~{I5}, using the calculated normalization.
157GD G 944.21 10 0.29 9 C
157GD cG $%I|g=0.032~{I11}, using the calculated normalization.
157GD G 996.38 12 0.27 8
157GD cG $%I|g=0.030~{I10}, using the calculated normalization.
157GD G 1060.06 10 0.25 8
157GD cG $%I|g=0.028~{I10}, using the calculated normalization.
157GD L 1231.50 10 5/2+,7/2,9/2+
157GD G 1051.57 15 0.23 7
157GD cG $%I|g=0.026~{I8}, using the calculated normalization.
157GD G 1115.53 15 0.17 5 ?
157GD cG $%I|g=0.019~{I6}, using the calculated normalization.
157GD G 1167.38 12 0.42 10
157GD cG $%I|g=0.047~{I12}, using the calculated normalization.