151PM 151ND B- DECAY (12.44 M) 1985GLZY,1985II01,1989II0109NDS 200901
151PM H TYP=FUL$AUT=BALRAJ SINGH$CIT=NDS 110, 1 (2009)$CUT=20-Nov-2008$
151PM c See 1989Ii01 for |g|g(|q) data for about 20 |g|g cascades. See 1995Ik03
151PM2c for |b|g data and 1997Gr09 and 1996Gr20 for total absorption |g-ray
151PM3c data
151PM c Others: 1977Se06 (a companion publication to 1985Ii01 from the same
151PM2c laboratory), 1978BuZJ (from same laboratory as 1985GlZY), 1969BoZG
151PM3c 1973Se12, 1971Na25, 1969Vo09, 1966Be27, 1968Ma15, 1960Bu06
151PM c 1995Ik03: |b|g data, deduced Q(|b{+-})
151PM c 1996Gr20, 1997Gr09: total absorption |g-ray data in singles and |b|g
151PM2c coin mode. Deduced relative |b feedings as a function of excitation
151PM3c energy
151PM c For levels and radiation data, consult ENSDF database
151PM2c (http://www.nndc.bnl.gov/ensdf/)
151PM3c and/or Nuclear Data Sheets 80, 263 (1997).
151PM cB $|b and |b|g studies (1973Se12) have been carried out with a ce
151PM2cB spectrometer using solid state detectors. The most energetic |b group
151PM3cB observed feeds the 255 level. Although recognizing that a 10% g.s. |b
151PM4cB group would probably have escaped detection, the evaluator has assumed
151PM5cB that no g.s. |b exists. Inclusion of a 10% g.s. Component would have
151PM6cB negligible effect on the log| {Ift} values for excited states of
151PM7cB {+151}Pm; it would, however, increase the uncertainty in the
151PM8cB normalization. Others: 1959Sc39, 1952Ru10
151PM cB IB$From |g-ray intensity balance for excited states. For g.s., the
151PM2cB value is from total |g absorption study (1997Gr09,1996Gr20). Relative
151PM3cB I|b's from total |g absorption (1997Gr09) are given under comments and
151PM4cB are in general agreement with those from level scheme. Some
151PM5cB differences are as follows: 1. I|b(507+524) from 4|p|g (1997Gr09) is
151PM6cB smaller by|?2%. 2. I|b(1175+1183+1201) from 4|p|g (1997Gr09) is larger
151PM7cB by|?2%. 3. I|b(1298) from 4|p|g (1997Gr09) is smaller by|?6%. 4. For
151PM8cB levels above 2100, additional I|b=0.18% is indicated by 4|p|g data
151PM9cB (1997Gr09)
151PM cB $From total |g-absorption %I|b=0.0 for the following levels: 175, 197,
151PM2cB 261, 427, 532, 958, 1011, 1073; consistent with those from |g-ray
151PM3cB intensity balance
151PM cB $For 577 level, apparent I|b(from level scheme)=-0.34~{I9}. 1997Gr09
151PM2cB give I|b=1.16%, from total |g absorption. However, this value may have
151PM3cB resulted from the implicit use (in the analysis of total |g absorption
151PM4cB data) previous incorrect I|b(577)=1.32% (1988Si15)
151PM cG $|g|g(|q): 1989Ii01, 1977Se06, 1973Se12, 1971Be97
151PM TG
151PM tG Experimental conversion coefficients
151PM TG
151PM TG EG EKC ELC EMC other shells
151PM TG ------------------------------------------------------
151PM TG
151PM TG 31.67 1.9 12
151PM TG 58.28 1.09 17
151PM TG 68.98 0.66 5 0.21 4
151PM TG 80.74 1.3 9
151PM TG 85.12 1.99 23 0.86 7 0.18 3 ENC=0.05 1
151PM TG 89.96 0.31 3
151PM TG 102.45 1.32 14
151PM TG 116.80 0.167 15 0.0247 27 0.0061 10 ENC=0.0019 9
151PM TG EL12C=0.0196 23
151PM TG EL3C=0.0051 11
151PM TG 138.89 0.087 7 0.0134 22
151PM TG 149.61 0.09 3
151PM TG 170.76 0.279 24 0.046 5 0.014 3
151PM TG 175.07 0.047 4 0.009 3
151PM TG 183.19 0.10 6 0.05 3
151PM TG 197.27 0.10 6
151PM TG 199.68 0.17 5
151PM TG 238.63
151PM TG + 0.10 2 0.03 2
151PM TG 239.60
151PM TG 255.68 0.075 5 0.012 1 0.0028 6
151PM TG 263.56 0.026 10
151PM TG 300.58 0.011 5
151PM TG 324.3 0.025 16
151PM TG 402.33 0.024 5 0.006 2
151PM TG 423.56 0.019 3 0.005 2
151PM TG 585.22 0.014 7
151PM TG 736.2 0.0029 14
151PM TG 797.5 0.0018 9
151PM TG 914.3 0.004 2
151PM TG
151PM TG ---------------------------------------------------------
151PM TG $ GG(THETA) data (from 1989Ii01. Others: 1977Se06,1973Se12,1971Be97)
151PM TG
151PM TG G - G cascade A2 A4 reference
151PM TG ---------------------------------------------------------
151PM TG
151PM TG 90 - 85 +0.34 2 0.00 5
151PM TG 139 - 117 -0.15 2 +0.01 2
151PM TG 150 - 175 +0.11 6 0.00 12
151PM TG 171 - 139 -0.02 5 1977Se06
151PM TG 171 - 256 +0.088 5 1977Se06
151PM TG 271 - 175 +0.17 3 +0.04 7
151PM TG 301 - 424 +0.03 1 +0.01 2
151PM TG 320 - 171 +0.03 3 +0.02 6
151PM TG 333 - 175 +0.15 4 -0.03 8
151PM TG 357 - 175 -0.07 6 -0.03 11
151PM TG 383 - 798 +0.07 2 -0.15 1 1971Be97
151PM TG 402 - 175 +0.13 2 +0.02 4
151PM TG 402 - 90 -0.13 7 +0.05 16
151PM TG 408 - 117 -0.14 8 -0.02 15
151PM TG 424 - 117 -0.04 1 -0.01 2
151PM TG 461 - 117 +0.33 5 +0.01 9
151PM TG 678 - 175 +0.14 3 -0.01 4
151PM TG 736 - 117 +0.22 3 -0.01 4
151PM TG 739 - 175 +0.14 4 0.00 6
151PM TG 798 - 117 +0.21 3 0.00 4
151PM TG 1016 - 117 +0.20 3 +0.02 4
151PM TG 1123 - 175 +0.13 3 -0.02 4
151PM TG 1123 - 175 +0.25 2 -0.12 3 1971Be97
151PM TG 1181 - 117 +0.21 3 +0.02 4
151PM TG 1181 - 117 +0.059 3 +0.025 10 1971Be97
151PM TG 1787 - 117 -0.17 2 + 0.21 2 1971Be97
151PM TG ---------------------------------------------------------
151PM cG E$Weighted average of 1985GlZY and 1977Se06 or 1985Ii01 wherever
151PM2cG possible. The agreement between the two sets is excellent, except for
151PM3cG close multiplets where 1985GlZY seems to have marginally better
151PM4cG resolution. There are very few unplaced |g's, and only a few of these
151PM5cG are reported by both groups. For multiply placed transitions energy is
151PM6cG given for the composite peak. Uncertainties for weaker members of
151PM7cG unresolved lines are not given. These are expected to be|? 0.5~keV
151PM cG RI$From 1985GlZY unless otherwise indicated. 1985GlZY use |g|g data to
151PM2cG assign I|g to weak transitions and components of unresolved multiplets
151PM cG MR$From |g|g(|q), unless stated otherwise
151PM cG M$From ce data. ce data from 1969BoZG combined with |g data of 1985GlZY
151PM2cG by the evaluator, using the E1 116.8|g for normalization. |a(exp) for
151PM3cG 117|g have been established by 1969BoZG, 1969Vo09, 1971Na25, using
151PM4cG Si(Li) ce spectrometers calibrated with transitions of known
151PM5cG multipolarity in other nuclei. For weak but placed |g's, 1969BoZG
151PM6cG derive |a(exp)'s from the |bce spectra, using |b detection efficiencies
151PM7cG derived from the level scheme. The estimated uncertainty for the
151PM8cG efficiency factor is |?10%. The evaluator has used this approach to
151PM9cG estimate |a(exp)'s for |g's unplaced by 1969BoZG. Where no such data
151PMacG exists, mult consistent with |DJ{+|p} has been assigned to calculate
151PMbcG |a. Contributions to the electron intensities from neighboring
151PMccG (unresolved) |g rays have been subtracted
151PMCCG based on assumed multipolarities suggested by DJPI.
151PM cG M(Z)$(1181|g)(117|g)(|q) consistent with E1
151PM cG E(F)$From 1977Se06. E|g and I|g deduced after subtracting contaminant
151PM2cG component
151PM cG E(H)$1985GlZY quote 206.69
151PM cG E(K)$Observed by 1985GlZY only in |g|g. Uncertainty is|?0.5~keV
151PM cG E(L)$Assigned to 1445 level by 1985Ii01, presumably from 1360|g-85|g
151PM2cG coincidences. Assigned to 1892 level by 1985GlZY, presumably from
151PM3cG 1360|g-357|g-175|g coincidences. The evaluator has not attempted to
151PM4cG divide I|g between the two locations
151PM cG E(N)$Masked by 1180.89|g in spectra of 1985Ii01
151PM cG E(A)$Observed only by 1985GlZY
151PM cG E(I)$Observed only by 1977Se06 or 1985Ii01
151PM cG E(J)$Reported only by 1985GlZY but peak present in spectra of 1977Se06
151PM2cG or 1985Ii01
151PM cG M(S)$|a(K)exp for unresolved 238.63 + 239.60 doublet is consistent with
151PM2cG E1 for 238.6 and M1 for 239.60 or with both transitions being M1+E2.
151PM3cG |DJ{+|p} requires E1 for 238.63|g
151PM cL E$From least-squares fit to E|g's, |g's known from |g|g only are given
151PM2cL negligible weight in determining level energies. Above 1000 keV, many
151PM3cL levels are reported only by 1985GlZY
151PM cL T$From ce|g(t) of 1968Ma15, |g|g(t) and |b|g(t) of 1965Fo08, 1966Be27
151PM2cL and 1976Be09. The upper limits are suspect because the detectors used
151PM3cL were unable to resolve close doublets and the level scheme used was
151PM4cL incomplete
151PM cL J$From 'adopted levels'
151PM cL E(B)$Level identified by 1985GlZY only
151PM cL T(A)$From |b|g(t) (1966Be27), value considered as half-life instead of
151PM2cL mean lifetime (evaluator)
151PM cL T(D)$From 1968Ma15. Other: 1966Be27 give 80~ps as mean lifetime but the
151PM2cL authors probably meant half-life (in evaluator's opinion)
151PM cL T(E)$Weighted average of 0.91~ns~{I3} (1965Fo08), 0.93~ns~{I3}
151PM2cL (1966Be27) and 0.95~ns~{I4} (1966Be27)
151PM cL J(F)$(408|g)(116|g)(|q) supports 3/2 over the other possible choice of
151PM2cL 5/2, assuming 408|g is E1
151PM cL T(K)$From |b|g(t) (1976Be09)
151ND P 0.0 3/2+ 12.44 M 7 2442 4
151PM N 0.0133 8 0.0133 8 1.00 1.0
151PM cN NR$from I(|g+ce) of |g's feeding g.s.=85.4~{I18}, with
151PM2cN I|b(g.s.)=14.6~{I18} (1997Gr09,1996Gr20), in rough agreement with 0.013
151PM3cN from estimate of absolute intensity of 1181|g from 1293 level
151PM4cN (1967Dz08)
151PM PN 3
151PM G 67.02 5 1.4 4
151PM G 258.0 3 2.2 5 I
151PM G 476.5 3 1.2 5 A
151PM G 522.1 2 1.2 6 A
151PM G 535.7 4 0.5 3 A
151PM G 557.4 4 1.5 6 A
151PM G 636.4 2 2.3 5 A
151PM G 679.6 3 3.3 10 A
151PM G 717.60 159.7 11 J
151PM G 1008.6 102.9 6 I
151PM G 1106.0 2 7.6 13 A
151PM G 1132.55 106.9 12
151PM G 1408.3 2 0.7 2
151PM G 1434.4 5 1.4 2 I
151PM G 1442.4 101.3 3 I
151PM G 1540.0 4 0.3 2 A
151PM G 1559.8 6 0.6 3 A
151PM G 1642.7 3 1.0 1 I
151PM G 1658.9 3 0.6 1 I
151PM G 1664.6 3 0.6 2
151PM G 1711.2 2 1.8 2
151PM G 1727.2 2 0.7 1 A
151PM G 1932.5 2 1.7 2
151PM G 1950.3 6 0.4 1 I
151PM G 1980.2 2 0.4 1
151PM G 2009.0 4 0.3 2 A
151PM G 2062.5 3 0.1 1 A
151PM G 2113.4 4 0.1 1 A
151PM G 2124.7 4 0.1 1 A
151PM G 2135.3 4 0.1 1 A
151PM G 2153.8 3 0.3 1 A
151PM G 2186.2 4 0.2 1 A
151PM G 2227.4 4 0.1 1 A
151PM G 2234.6 4 0.1 1 A
151PM G 2254.90 120.8 1
151PM L 0.0 5/2+
151PM B 14.6 18 6.86 6
151PMS B EAV=966.4 18
151PM cB IB$from %I|b(g.s.+85)=14.6~{I18} (1997Gr09,1996Gr20, total |g
151PM2cB absorption). |b feeding to 85 level is expected to be negligible for
151PM3cB |DJ=2, no
151PM L 85.119 7 7/2+
151PM G 85.12 1 154 4 M1+E2 +0.88 +15-103.16 14 C
151PMS G KC=1.98 4$LC=0.92 12$MC=0.21 3$NC+=0.052 7
151PMS G NC=0.046 6$OC=0.0060 7$PC=0.000110 5
151PM cG MR$from |g|g(|q). |d=0.8~{I2} from K/L=2.3~{I4}. |d=+1.8~{I3} is also
151PM2cG possible from |g|g(|q) but is inconsistent with K/L ratio
151PM L 116.794 6 5/2- 89 PS 15 D
151PM B 0.9 LT 8.0 GT ?
151PMS B EAV=913.7 18
151PM cB $I|b=1.40% (1997Gr09, total |g absorption)
151PM G 31.67 3 34 4 E1 1.068 C
151PMS G LC=0.843 12$MC=0.181 3$NC+=0.0444 7
151PMS G NC=0.0391 6$OC=0.00510 8$PC=0.000186 3
151PM cG M$from |a(L)exp, estimated from combined ce(K)(69|g)+ce(L)(32|g) by
151PM2cG subtraction of calculated ce(K)(69|g) component
151PM G 116.80 1 2930 40E1 0.1751 C
151PMS G KC=0.1483 21$LC=0.0211 3$MC=0.00449 7$NC+=0.001148 16
151PMS G NC=0.000998 14$OC=0.0001435 20$PC=7.44E-6 11
151PM L 175.075 6 7/2- 0.2 NS LT A
151PM B 1.0 4 9.06 18 1U
151PMS B EAV=877.7 18
151PM cB $I|b=0.0% (1997Gr09, total |g absorption)
151PM G 58.28 1 28 2 M1+E2 0.14 +6-9 7.55 22 C
151PMS G KC=6.19 10$LC=1.07 19$MC=0.23 5$NC+=0.060 11
151PMS G NC=0.052 10$OC=0.0075 12$PC=0.000399 7
151PM G 89.96 1 115 4 E1 0.357 C
151PMS G KC=0.301 5$LC=0.0442 7$MC=0.00939 14$NC+=0.00239 4
151PMS G NC=0.00208 3$OC=0.000295 5$PC=1.455E-5 21
151PM G 175.07 1 476 16E1 0.0582 C
151PMS G KC=0.0496 7$LC=0.00685 10$MC=0.001454 21$NC+=0.000374 6
151PMS G NC=0.000324 5$OC=4.73E-5 7$PC=2.62E-6 4
151PM cG $ce(M)(175|g) and ce(L)(183|g) superposed
151PM L 197.272 109/2+
151PM B 0.23 LT 8.5 GT ?
151PMS B EAV=877.5 18
151PM cB $I|b=0.0% (1997Gr09, total |g absorption)
151PM G 112.15 5 8.8 15[M1,E2] 1.31 20 C
151PMS G KC=0.91 5$LC=0.31 18$MC=0.07 5$NC+=0.018 11
151PMS G NC=0.016 10$OC=0.0021 11$PC=4.9E-5 12
151PM G 197.27 1 16 1 (E2) 0.212 C
151PMS G KC=0.1540 22$LC=0.0450 7$MC=0.01012 15$NC+=0.00253 4
151PMS G NC=0.00222 4$OC=0.000298 5$PC=7.71E-6 11
151PM cG $|a(K)exp estimated (evaluator) from |b|g (1969BoZG), using |b{+-}
151PM2cG detection efficiency of 0.5
151PM L 255.692 7 3/2+ 0.93 NS 2 E
151PM B 7.5 8 6.96 5
151PMS B EAV=851.3 18
151PM cB $I|b=7.45% (1997Gr09, total |g absorption)
151PM G 138.89 1 530 16E1 0.1091 C
151PMS G KC=0.0927 13$LC=0.01302 19$MC=0.00276 4$NC+=0.000709 10
151PMS G NC=0.000615 9$OC=8.91E-5 13$PC=4.76E-6 7
151PM G 170.76 30 5 [E2] 0.345 @C
151PMF G FL=85.119
151PMS G KC=0.241 4$LC=0.0811 12$MC=0.0183 3$NC+=0.00456 7
151PMS G NC=0.00402 6$OC=0.000533 8$PC=1.169E-5 17
151PM G 255.68 1 1110 20M1+E2 -0.8 4 0.105 7 C
151PMS G KC=0.086 8$LC=0.0146 8$MC=0.00316 21$NC+=0.00081 5
151PMS G NC=0.00071 5$OC=0.000102 4$PC=5.2E-6 7
151PM cG MR$from (171|g)(256|g)(|q) using |d(170.76|g)=-0.4~{I3}. Value
151PM2cG consistent with 0.6~{I4} from K/L
151PM L 261.157 23(9/2-)
151PM B 0.24 LT 8.4 GT ?
151PMS B EAV=848.8 18
151PM cB $I|b=0.0% (1997Gr09, total |g absorption)
151PM G 63.81 6 2.6 11[E1] 0.898 C
151PMS G KC=0.750 11$LC=0.1167 17$MC=0.0249 4$NC+=0.00626 9
151PMS G NC=0.00547 8$OC=0.000761 11$PC=3.46E-5 5
151PM G 86.08 104 2 [M1,E2] 3.1 8 C
151PMS G KC=1.91 12$LC=1.0 7$MC=0.22 16$NC+=0.05 4
151PMS G NC=0.05 4$OC=0.006 5$PC=0.00010 3
151PM G 176.09 8 21 1 [E1] 0.0573 C
151PMS G KC=0.0488 7$LC=0.00674 10$MC=0.001431 21$NC+=0.000368 6
151PMS G NC=0.000319 5$OC=4.66E-5 7$PC=2.58E-6 4
151PM L 324.682 8 5/2+
151PM B 3.9 5 7.19 6
151PMS B EAV=820.4 18
151PM cB $I|b=3.86% (1997Gr09, total |g absorption)
151PM G 68.98 1 95 4 M1+E2 0.16 4 4.63 9 C
151PMS G KC=3.81 6$LC=0.64 6$MC=0.139 13$NC+=0.036 4
151PMS G NC=0.031 3$OC=0.0045 4$PC=0.000244 4
151PM cG MR$from |a(L)exp
151PM cG $ce(K)(69|g) and ce(L)(32|g) superposed
151PM G 149.61 1 22 1 E1 0.0891 C
151PMS G KC=0.0757 11$LC=0.01058 15$MC=0.00225 4$NC+=0.000577 8
151PMS G NC=0.000500 7$OC=7.26E-5 11$PC=3.93E-6 6
151PM G 207.7 1 3.4 5 [E1] 0.0368 C
151PMS G KC=0.0314 5$LC=0.00430 6$MC=0.000912 13$NC+=0.000235 4
151PMS G NC=0.000204 3$OC=2.99E-5 5$PC=1.689E-6 24
151PM G 239.60 6 28 2 M1,E2 0.123 13 C
151PMS G KC=0.100 16$LC=0.018 3$MC=0.0040 7$NC+=0.00103 15
151PMS G NC=0.00090 14$OC=0.000128 13$PC=5.9E-6 15
151PM cG M$from |a(K)exp, after correcting Ice for E1 contribution of 238.63|g
151PM G 324.68 2 36 2 [M1,E2] 0.051 9 C
151PMS G KC=0.043 9$LC=0.00697 13$MC=0.001509 24$NC+=0.000389 7
151PMS G NC=0.000337 5$OC=4.91E-5 22$PC=2.6E-6 7
151PM cG $|a(K)exp would permit E1 or M1+E2
151PM L 426.451 141/2+ 0.2 NS LT A
151PM B 2.6 2 7.28 4
151PMS B EAV=775.0 18
151PM cB $I|b=2.63% (1997Gr09, total |g absorption)
151PM G 170.76 2 216 8 M1+E2 -0.4 3 0.343 @C
151PMS G KC=0.284 11$LC=0.046 8$MC=0.0100 19$NC+=0.0026 5
151PMS G NC=0.0022 4$OC=0.00033 5$PC=1.77E-5 14
151PM cG $Ice corrected for E2 transitions from 255.7 and 427.1 levels
151PM cG MR$from (171|g)(139|g)(|q), consistent with 0.3~{I3} from |a(K)exp
151PM G 426.47 3 29 3 [E2] 0.0190 C
151PMS G KC=0.01552 22$LC=0.00277 4$MC=0.000604 9$NC+=0.0001545 22
151PMS G NC=0.0001344 19$OC=1.92E-5 3$PC=8.87E-7 13
151PM L 427.150 15(7/2)+
151PM G 102.45 2 37 2 M1(+E2) 1 LT 1.60 16 C
151PMS G KC=1.20 4$LC=0.31 15$MC=0.07 4$NC+=0.018 8
151PMS G NC=0.015 8$OC=0.0021 9$PC=7.1E-5 8
151PM cG $For |a(K)exp, correction made for ce(M) of 58|g
151PM G 165.99 4 4.6 7 [E1] 0.0673 C
151PMS G KC=0.0572 8$LC=0.00793 12$MC=0.001685 24$NC+=0.000433 6
151PMS G NC=0.000375 6$OC=5.47E-5 8$PC=3.00E-6 5
151PM G 171.4 1 11 3 [E2] 0.341 C
151PMS G KC=0.239 4$LC=0.0799 12$MC=0.0180 3$NC+=0.00449 7
151PMS G NC=0.00395 6$OC=0.000525 8$PC=1.157E-5 17
151PM G 229.90 5 2.5 7 C
151PM G 310.40 112.2 8 C
151PM G 341.95 7 4.4 8 C
151PM G 427.2 2 8 3 C
151PM L 507.885 115/2+
151PM B 1.8 7.4
151PMS B EAV=738.9 18
151PM cB IB$I|b=0.64% (1997Gr09, total |g absorption). Due to large discrepancy
151PM2cB in two results, |DI|b is not given
151PM G 80.74 3 18 1 M1,E2 3.9 11 C
151PMS G KC=2.27 17$LC=1.3 10$MC=0.29 22$NC+=0.07 6
151PMS G NC=0.06 5$OC=0.008 6$PC=0.00012 4
151PM cG $|a(K)exp estimated by subtraction of large KLM Auger contribution
151PM G 183.19 2 34 1 M1,E2 0.277 7 C
151PMS G KC=0.217 23$LC=0.047 14$MC=0.010 4$NC+=0.0026 8
151PMS G NC=0.0023 7$OC=0.00032 8$PC=1.2E-5 3
151PM cG $Estimates of |a(K)exp and |a(L)exp involve large corrections for
151PM2cG Ice(M) of 139|g and 176|g, respectively
151PM G 252.23 4 10 1 [M1,E2] 0.106 12 C
151PMS G KC=0.086 15$LC=0.0156 18$MC=0.0034 5$NC+=0.00087 10
151PMS G NC=0.00076 10$OC=0.000109 8$PC=5.1E-6 14
151PM G 332.78 2 52 3 C
151PM G 391.13 2 3.5 11 C
151PM G 422.6 2 28 4 C
151PM G 507.84 12 6.3 9 C
151PM L 524.339 12(3/2)+ F
151PM B 0.74 7.7
151PMS B EAV=731.6 18
151PM cB IB$I|b=0.28% (1997Gr09, total |g absorption). Due to discrepancy in
151PM2cB two results, |DI|b is not given
151PM G 16.5 1 1 AC S
151PM cG TI$|g not observed but inferred from several triple cascades like
151PM2cG (249|g)(16|g)(333|g) to yield I(|g+ce)=1~{I1}
151PM G 97.87 5 1.1 6 C
151PM G 199.68 2 20 1 M1,E2 0.213 10 C
151PMS G KC=0.169 21$LC=0.035 9$MC=0.0076 21$NC+=0.0019 5
151PMS G NC=0.0017 5$OC=0.00024 5$PC=9.8E-6 24
151PM cG $|a(K)exp estimated (evaluator) from |b|g (1969BoZG), using detection
151PM2cG efficiency of 0.9
151PM G 268.67 4 12 1 [M1,E2] 0.088 12 C
151PMS G KC=0.072 13$LC=0.0127 10$MC=0.0028 3$NC+=0.00071 6
151PMS G NC=0.00062 6$OC=8.9E-5 4$PC=4.3E-6 12
151PM G 407.55 2 38 1 C
151PM G 439.22 3 24 1 C
151PM G 524.31 4 38 1 C
151PM L 532.057 16(7/2-)
151PM B 0.08 LT 9.7 GT 1U?
151PMS B EAV=723.3 18
151PM cB $I|b=0.0% (1997Gr09, total |g absorption)
151PM G 104.9 6 3 1 FC
151PM G 270.89 3 24 2 [M1,E2] 0.086 12 C
151PMS G KC=0.070 13$LC=0.0123 10$MC=0.0027 3$NC+=0.00069 6
151PMS G NC=0.00060 5$OC=8.6E-5 4$PC=4.2E-6 11
151PM cG MR$+0.14~{I6} or +3.0~{I+8-5} from (271|g)(175|g)(|q)
151PM G 334.65 143.6 12[E1] 0.01073 AC
151PMS G KC=0.00918 13$LC=0.001228 18$MC=0.000260 4$NC+=6.75E-5 10
151PMS G NC=5.83E-5 9$OC=8.65E-6 13$PC=5.15E-7 8
151PM G 357.00 2 29 2 [M1,E2] 0.040 8 C
151PMS G KC=0.033 8$LC=0.0052 3$MC=0.00113 5$NC+=0.000291 15
151PMS G NC=0.000253 11$OC=3.7E-5 3$PC=2.0E-6 6
151PM cG MR$+0.2~{I2} or -1.6~{I+6-12} from (357|g)(175|g)(|q)
151PM G 415.2 3 2 1 C
151PM G 446.88 7 14 1 C
151PM G 531.97 6 9.1 7 C
151PM L 540.372 143/2- 0.1 NS LT A
151PM B 3.09 24 7.10 4
151PMS B EAV=724.5 18
151PM cB $I|b=3.07% (1997Gr09, total |g absorption)
151PM G 113.88 19 7 2 IC
151PM G 284.7 1 3.2 9 C
151PM G 365.35 116.3 10 C
151PM G 423.56 2 445 9 M1+E2 -0.15 1 0.0300 @C
151PMS G KC=0.0256 4$LC=0.00349 5$MC=0.000743 11$NC+=0.000194 3
151PMS G NC=0.0001675 24$OC=2.53E-5 4$PC=1.619E-6 23
151PM cG MR$from (424|g)(117|g)(|q) and from (301|g)(424|g)(|q)
151PM cG $For |a(K)exp and |a(L)exp, Ice(K,L) of 1969BoZG reduced by 12% to
151PM2cG allow for contributions from ce(K) and ce(L) lines of unresolved 422|g,
151PM3cG 426|g, 427|g.
151PM G 540.6 3 3.3 7 AC
151PM L 577.402 12(5/2)-
151PM G 402.33 2 19 3 M1,E2 0.029 6
151PMS G KC=0.024 6$LC=0.0037 4$MC=0.00079 7$NC+=0.000205 19
151PMS G NC=0.000177 16$OC=2.6E-5 3$PC=1.5E-6 5
151PM cG $For |a(K)exp and |a(L)exp, Ice(K,L) reduced to allow for contributions
151PM2cG from ce(K) and ce(L) lines of unresolved 407|g
151PM cG MR$+0.03~{I3} or +4.1~{I5} from (402|g)(175|g,90|g)(|q)
151PM G 460.59 2 72 2 [M1+E2] -0.6 3 0.0220 17 C
151PMS G KC=0.0187 16$LC=0.00265 13$MC=0.000567 25$NC+=0.000148 7
151PMS G NC=0.000127 6$OC=1.91E-5 11$PC=1.16E-6 11
151PM cG MR$from (461|g)(117|g)(|q)
151PM G 492.24 107.5 7 C
151PM G 577.36 4 27 1 C
151PM L 746.552 15(3/2-)
151PM B 0.31 9 7.91 13
151PMS B EAV=634.0 18
151PM cB $I|b=0.32% (1997Gr09, total |g absorption)
151PM G 169.20 6 5.6 8 [M1,E2] 0.354 6 C
151PMS G KC=0.27 3$LC=0.063 22$MC=0.014 5$NC+=0.0035 12
151PMS G NC=0.0031 11$OC=0.00043 13$PC=1.6E-5 4
151PM G 206.16 103.2 3 HC
151PM G 222.18 6 3.5 10 C
151PM G 238.63 2 36 2 (E1) 0.0255 C
151PMF G FLAG=S$
151PMS G KC=0.0218 3$LC=0.00296 5$MC=0.000628 9$NC+=0.0001621 23
151PMS G NC=0.0001403 20$OC=2.07E-5 3$PC=1.187E-6 17
151PM G 320.09 3 46 3 C
151PM G 421.8 2 10 4 C
151PM G 490.78 117.3 7 C
151PM G 629.74 5 11 1 C
151PM G 746.5 0.6 4 KC
151PM L 755.569 18(5/2,7/2-)
151PM B 0.09 7 8.4 4
151PMS B EAV=630.0 18
151PM cB $I|b=0.105% (1997Gr09, total |g absorption)
151PM G 580.2 3 1.2 6 A
151PM G 639.0 5 1.6 7 AC
151PM G 670.39 6 25 1 C
151PM G 755.57 3 88 2 C
151PM L 773.599 19(1/2,3/2,5/2+)
151PM B 0.08 5 8.5 3
151PMS B EAV=622.2 18
151PM cB $I|b=0.088% (1997Gr09, total |g absorption)
151PM G 232.92 132.5 7 A
151PM G 249.29 3 25 2 C
151PM G 347.13 2 30 2 C
151PM G 518.0 2 4.0 8 C
151PM L 809.46 4 (5/2+,7/2-) B
151PM B 0.14 6 8.19 19
151PMS B EAV=606.6 18
151PM cB $I|b=0.124% (1997Gr09, total |g absorption)
151PM G 301.8 2 4.8 13 AC
151PM G 612.22 7 5.6 7 C
151PM G 634.0 3 2.0 5 A
151PM G 724.28 7 14 2 @C
151PM G 809.23 1017 2 C
151PM L 840.966 14(3/2)+
151PM B 4.4 3 6.66 3
151PMS B EAV=592.9 18
151PM cB $I|b=4.06% (1997Gr09, total |g absorption)
151PM G 94.40 151.2 2 IC
151PM G 263.56 2 59 3 E1 0.0197 C
151PMS G KC=0.01681 24$LC=0.00227 4$MC=0.000482 7$NC+=0.0001247 18
151PMS G NC=0.0001079 16$OC=1.593E-5 23$PC=9.25E-7 13
151PM cG $|a(K)exp estimated (evaluator) from |b|g (1969BoZG), using |b
151PM2cG detection efficiency of 0.5.
151PM G 300.58 2 137 4 E1 0.01406 C
151PMS G KC=0.01201 17$LC=0.001615 23$MC=0.000342 5$NC+=8.87E-5 13
151PMS G NC=7.67E-5 11$OC=1.135E-5 16$PC=6.69E-7 10
151PM G 316.56 7 3.5 7 C
151PM G 413.5 3 3 1 AC
151PM G 414.63 8 13 1 C
151PM G 516.21 155.4 9
151PM G 585.22 3 98 8 M1,E2 0.011 3 C
151PMS G KC=0.0091 24$LC=0.00130 23$MC=0.00028 5$NC+=7.3E-5 13
151PMS G NC=6.3E-5 11$OC=9.4E-6 18$PC=5.6E-7 16
151PM cG $For |a(K)exp, Ice(K) of 1969BoZG reduced by 40% to allow for
151PM2cG contributions from ce(K) and ce(L) lines of unresolved 550|g, 577|g,
151PM3cG 589|g.
151PM G 724.28 7 8 2 @C
151PM G 841.07 4 57 5 @C
151PM L 852.30 6 1/2+ B
151PM B 0.25 6 7.89 11
151PMS B EAV=588.0 18
151PM cB $I|b=0.24% (1997Gr09, total |g absorption)
151PM G 596.64 8 32 2 C
151PM G 851.8 9 3 @C
151PM L 852.994 15 5/2(+) 0.1 NS LT A
151PM B 9.6 6 6.31 3
151PMS B EAV=587.7 18
151PM cB $I|b=8.95% (1997Gr09, total |g absorption)
151PM G 275.52 3 17 2 C
151PM G 312.63 3 18 2 C
151PM G 321.06 5 15 1 C
151PM G 344.99 103.0 7 A
151PM G 597.6 2 16 2 C
151PM G 677.88 3 179 4 C
151PM cG MR$+0.05~{I5} or +3.7~{I8} from (678|g)(175|g)(|q)
151PM G 736.23 3 445 10(E1) 0.00179 C
151PMS G KC=0.001538 22$LC=0.000199 3$MC=4.20E-5 6$NC+=1.094E-5 16
151PMS G NC=9.44E-6 14$OC=1.419E-6 20$PC=8.95E-8 13
151PM cG $For |a(K)exp, Ice(K) of 1969BoZG reduced by 20% to allow for
151PM2cG contribution from ce(K) and ce(L) lines of unresolved 739|g
151PM cG MR$-0.1~{I1} or -1.4~{I2} from (736|g)(117|g)(|q). |a(K)exp gives E1 or
151PM2cG E2+M1 with |d>2.1
151PM cG M$from consistency of ce and |g|g(|q) data
151PM G 767.89 6 20 1 C
151PM G 853.30 1216 3
151PM L 870.58 5 (5/2+,7/2-) B
151PM B 0.16 5 8.07 14
151PMS B EAV=580.1 18
151PM cB $I|b=0.141% (1997Gr09, total |g absorption)
151PM G 362.7 2 1.7 7 A
151PM G 673.22 177.0 9 C
151PM G 695.7 5 2.5 12 A
151PM G 753.8 2 1 KC
151PM G 785.28 8 11 1 C
151PM G 870.70 11 8 1 @C
151PM L 874.71 2 3/2+
151PM B 0.79 8 7.37 5
151PMS B EAV=578.3 18
151PM cB $I|b=0.73% (1997Gr09, total |g absorption)
151PM G 297.3 0.8 5 KC
151PM G 366.9 3 2.0 8 AC
151PM G 550.04 3 46 1 C
151PM G 619.01 4 25 2 C
151PM G 757.9 3 2.8 11 A
151PM G 874.5 2 7.8 9 AC
151PM L 897.63 7 (3/2,5/2) B
151PM B 0.19 6 7.96 14
151PMS B EAV=568.4 18
151PM cB $I|b=0.166% (1997Gr09, total |g absorption)
151PM G 373.57 2 1 @C
151PMF G FL=524.339
151PM G 573.0 5 1.2 6 A
151PM G 780.7 3 2.7 7 C
151PM G 812.6 2 9.4 15 C
151PM G 897.65 9 21 1 C
151PM L 914.309 135/2+
151PM B 8.7 6 6.28 3
151PMS B EAV=561.2 18
151PM cB $I|b=7.73% (1997Gr09, total |g absorption)
151PM G 158.79 6 7.0 7 [D,Q] 0.23 15 C
151PM G 167.88 7 7.9 8 [E1] 0.0652 A
151PMS G KC=0.0555 8$LC=0.00769 11$MC=0.001633 23$NC+=0.000420 6
151PMS G NC=0.000364 6$OC=5.30E-5 8$PC=2.92E-6 4
151PM G 337.12 163.1 9 AC
151PM G 486.98 195.1 8
151PM G 589.61 3 22 1 C
151PM G 658.61 3 55 2 C
151PM G 739.20 3 114 3 C
151PM G 797.53 2 355 8 E1 1.52E-3 C
151PMS G KC=0.001309 19$LC=0.0001685 24$MC=3.56E-5 5$NC+=9.29E-6 13
151PMS G NC=8.00E-6 12$OC=1.205E-6 17$PC=7.63E-8 11
151PM cG $For |a(K)exp, Ice(K) of 1969BoZG reduced by 10% to allow for
151PM2cG contribution from ce(K) and ce(L) lines of unresolved 798|g
151PM cG M$from |a(K)exp and (798|g)(117|g)(|q)
151PM G 829.16 5 17 1 C
151PM G 914.28 4 69 6 M1,E2 0.0037 9 C
151PMS G KC=0.0031 8$LC=0.00043 9$MC=9.1E-5 18$NC+=2.4E-5 5
151PMS G NC=2.0E-5 4$OC=3.1E-6 7$PC=1.9E-7 5
151PM cG $For |a(K)exp, Ice(K) of 1969BoZG reduced by 20% to allow for
151PM2cG contribution from ce(K) and ce(L) lines of unresolved 912|g, 913|g,
151PM3cG 919|g
151PM L 943.11 5 (3/2+,5/2) B
151PM B 0.25 5 7.79 9
151PMS B EAV=548.9 18
151PM cB $I|b=0.22% (1997Gr09, total |g absorption)
151PM G 418.4 2 4.0 7 AC
151PM G 687.5 3 1.6 5 A
151PM G 858.3 2 7.9 12 C
151PM G 943.17 7 28 1 C
151PM L 957.89 6 5/2+ B
151PM G 211.36 8 5.1 8 A
151PM G 380.1 2 2.4 9 AC
151PM G 841.07 12 2 @C
151PM G 872.5 1 1 KC
151PM G 958.18 4 2 @C
151PMF G FL=0.0
151PM L 989.88 4 5/2+
151PM B 0.52 7 7.42 6
151PMS B EAV=528.8 17
151PM cB $I|b=0.52% (1997Gr09, total |g absorption)
151PM G 449.2 2 2.4 9 AC
151PM G 465.6 5 1.7 8 AC
151PM G 481.92 134.1 7 AC
151PM G 562.73 5 16 1 C
151PM G 665.21 117.0 8 C
151PM G 734.0 2 7.6 20 A
151PM G 792.4 4 2.9 8 AC
151PM G 873.1 1 1 KC
151PM G 904.7 2 7 2 @C
151PM G 989.71 163.9 6 C
151PM L 1010.71 9 B
151PM B 0.01 LT 9.1 GT
151PMS B EAV=520.0 17
151PM cB $I|b=0.0% (1997Gr09, total |g absorption)
151PM G 925.5 1 2 1 @C
151PM G 1010.8 3 1.5 10 AC
151PM L 1072.91 8 (3/2+) B
151PM G 1073.1 1 8.1 7 C
151PM L 1133.214 21(5/2+)
151PM B 3.9 3 6.38 4
151PMS B EAV=468.1 17
151PM cB $I|b=3.86% (1997Gr09, total |g absorption)
151PM G 292.15 11 4.2 10 AC
151PM G 323.8 1.0 5 KC
151PM G 377.73 9 4.1 9 C
151PM G 600.8 3 1.9 7 AC
151PM G 625.6 2 2.3 6
151PM G 705.85 125.7 6 C
151PM G 958.18 4 44 2 @C
151PM G 1016.40 3 188 4 C
151PM cG M$(1016|g)(117|g)(|q) consistent with E1
151PM G 1048.11 5 46 2 C
151PM L 1175.60 12 B
151PM B 0.070 8.1
151PMS B EAV=450.3 17
151PM cB IB$I|b=0.175% (1997Gr09, total |g absorption). Due to large
151PM2cB discrepancy in two results, |DI|b is not given
151PM G 919.93 126.9 10 C
151PM L 1183.27 4 (3/2,5/2)+ B
151PM B 0.47 7.2
151PMS B EAV=447.1 17
151PM cB IB$I|b=1.16% (1997Gr09, total |g absorption). Due to large discrepancy
151PM2cB in two results, |DI|b is not given
151PM G 373.57 116.1 12 @C
151PM G 427.65 5 14 3 AC
151PM G 605.8 3 1.8 6 A
151PM G 643.11 135.0 6 C
151PM G 1066.57 6 12 7 @C
151PM L 1200.97 5 (3/2+,5/2)
151PM B 0.74 7.0
151PMS B EAV=439.7 17
151PM cB IB$I|b=1.82% (1997Gr09, total |g absorption). Due to discrepancy in
151PM2cB two results, |DI|b is not given
151PM G 326.3 2 2.1 7 A
151PM G 391.7 1.0 5 KC
151PM G 454.6 2 3.1 6 AC
151PM G 676.8 5 4 2 AC
151PM G 773.62 9 20 2 @C
151PM G 876.39 7 29 1 C
151PM G 1084.0 3 1.9 5 C
151PM L 1297.682 145/2+ 48 PS 10 K
151PM B 1.18E3 10 17.9 16 5.50 4
151PMS B EAV=399.6 17
151PM cB IB$average of 19.5 (from |g-ray intensity balance) and I|b=16.2%
151PM2cB (1997Gr09, total |g absorption)
151PM cB E$from |b|g (1995Ik03)
151PM G 383.2 3 1.8 8 AC
151PM G 423.56 8.0 4 @C
151PMF G FL=874.71
151PM G 444.7 1 1 KC
151PM G 445.53 117.9 10 A
151PM G 456.68 115.4 6 AC
151PM G 488.18 128.6 8 AC
151PM G 542.06 3 38 1 C
151PM G 551.1 1.0 5 K
151PM G 720.3 2 1 KC
151PM G 765.40 6 13 1 AC
151PMF G FL=532.057
151PM cG E$poor fit. Level energy difference=765.62
151PM G 773.62 9 5 1 @C
151PM G 789.95 7 8 1 @C
151PM G 870.70 116.4 10 @
151PM G 973.23 1012.9 10 C
151PM G 1041.91 8 24 1 C
151PM G 1122.63 3 307 6 C
151PM G 1180.89 2 1000 20 ZC
151PM G 1213.18 1.5 10 @C
151PMF G FL=85.119
151PM G 1297.61 5 15 1
151PM L 1330.39 8 (5/2+) B
151PM B 0.22 5 7.36 10
151PMS B EAV=386.2 17
151PM cB $I|b=0.177% (1997Gr09, total |g absorption)
151PM G 459.8 0.4 2 K
151PM G 753.0 2 4.5 12 A
151PM G 789.95 9 4 1 @C
151PM G 798.2 5 11 3 AC
151PM L 1355.81 10 B
151PM B 0.04 2 8.06 22
151PMS B EAV=375.8 17
151PM cB $I|b=0.030% (1997Gr09, total |g absorption)
151PM G 503.8 3 0.7 4 A
151PM G 1099.95 137.3 10 C
151PM L 1394.77 9 (3/2-) B
151PM B 0.30 4 7.13 6
151PMS B EAV=360.0 17
151PM cB $I|b=0.30% (1997Gr09, total |g absorption)
151PM G 648.4 3 0.5 3 A
151PM G 854.0 5 4 2 AC
151PM G 886.8 3 3.1 7 C
151PM G 1070.03 134.8 6 C
151PM G 1139.0 2 4.2 6 AC
151PM G 1395.0 3 7.4 13
151PM L 1424.57 6 (5/2-) B
151PM B 0.40 4 6.96 5
151PMS B EAV=347.9 17
151PM cB $I|b=0.40% (1997Gr09, total |g absorption)
151PM G 527.6 3 1.9 6 AC
151PM G 847.12 6 6.6 9 AC
151PM G 892.7 2 4.9 9 C
151PM G 1169.2 5 17 1 C
151PM L 1444.98 5 (5/2+)
151PM B 1.06 9 6.50 4
151PMS B EAV=339.7 16
151PM cB $I|b=1.53% (1997Gr09, total |g absorption)
151PM G 592.4 2 1.8 6 A
151PM G 867.6 5 5 1 AC
151PM G 904.7 2 8 2 @C
151PM G 912.5 2 8 2 @C
151PM G 936.8 3 3.3 14
151PM G 1189.24 9 20 1 C
151PM G 1269.6 2 5.1 14 AC
151PM G 1328.22 8 19 2 C
151PM G 1359.94 9 9.9 6 LC
151PM G 1445.4 2 3.7 3
151PM L 1562.1 2 (3/2-,5/2+) B
151PM B 0.060 18 7.56 13
151PMS B EAV=293.2 16
151PM cB $I|b=0.061% (1997Gr09, total |g absorption)
151PM G 709.3 0.6 5 KC
151PMF G FL=852.994
151PM G 815.4 3 3.2 10 A
151PM G 1387.1 4 1.7 4
151PM L 1589.91 17 (3/2-,5/2) B
151PM B 0.089 15 7.33 8
151PMS B EAV=282.4 16
151PM cB $I|b=0.088% (1997Gr09, total |g absorption)
151PM G 1049.5 2 6 1 AC
151PM G 1414.9 3 0.7 2
151PM L 1617.82 5 (3/2,5/2) B
151PM B 0.55 5 6.49 4
151PMS B EAV=271.5 16
151PM cB $I|b=0.54% (1997Gr09, total |g absorption)
151PM G 702.8 4 1.5 6 C
151PM G 777.1 3 1.5 6 A
151PM G 1040.4 2 4.9 8 AC
151PM G 1077.12 108.9 8 C
151PM G 1617.94 6 25 2
151PM L 1618.42 3 (3/2+,5/2+)
151PM B 0.73 5 6.37 3
151PMS B EAV=271.3 16
151PM cB $I|b=0.72% (1997Gr09, total |g absorption)
151PM G 744.0 2 1 KC
151PM G 1191.1 4 2.9 8 A
151PM G 1293.61 5 23 1 C
151PM G 1362.78 4 23 1 C
151PM G 1501.8 2 2.4 3 C
151PM G 1533.6 2 1.6 2
151PM L 1639.63 9 (1/2+,3/2,5/2+) B
151PM B 0.27 4 6.76 7
151PMS B EAV=263.1 16
151PM cB $I|b=0.88% (1997Gr09, total |g absorption)
151PM G 682.0 5 2.4 9 A
151PM G 741.7 2 3.5 8 A
151PM G 787.2 5 1.4 6 KC
151PMF G FL=852.30
151PM G 865.9 5 3 1 AC
151PM G 1115.4 3 4.1 7 C
151PM G 1131.6 2 4.3 12 AC
151PM G 1639.79 13 1.5 1
151PM L 1651.52 10 (3/2+,5/2) B
151PM B 0.15 3 6.99 9
151PMS B EAV=258.6 16
151PM cB $I|b=0.53% (1997Gr09, total |g absorption)
151PM G 1074.0 5 3.0 15 AC
151PM G 1111.0 4 1.4 5 C
151PM G 1566.41 106.8 5 C
151PM L 1713.10 13(3/2+,5/2) B
151PM B 0.028 4 7.60 7
151PMS B EAV=235.1 16
151PM cB $I|b=0.096% (1997Gr09, total |g absorption)
151PM G 1627.97 132.1 2 C
151PM L 1741.25 4 (1/2+,3/2,5/2+) B
151PM B 0.92 7 6.02 4
151PMS B EAV=224.5 15
151PM cB $I|b=1.79% (1997Gr09, total |g absorption)
151PM G 751.0 1.0 5 KC
151PM G 783.4 3 2.4 7
151PM G 866.4 3 5.6 19 @C
151PM G 889.1 3 3.4 7 C
151PM G 900.2 1 11 1 C
151PM G 967.58 12 14 1 @C
151PM G 994.64 104.2 3 C
151PM G 1201.03 6 12.7 10 @C
151PM G 1485.45 7 15.0 1 @C
151PM L 1793.68 20 (5/2) B
151PM B 0.033 14 7.35 19
151PMS B EAV=205.1 15
151PM cB $I|b=0.040% (1997Gr09, total |g absorption)
151PM G 1618.6 2 2 1 AC
151PM G 1708.5 0.5 3 KC
151PM L 1795.13 8 (3/2,5/2) B
151PM B 0.25 3 6.46 6
151PMS B EAV=204.5 15
151PM cB $I|b=0.29% (1997Gr09, total |g absorption)
151PM G 837.5 4 0.8 4 AC
151PM G 1217.71 144.5 6 C
151PM G 1270.9 2 4.8 13 C
151PM G 1287.2 1 8 1 C
151PM G 1795.1 4 0.8 2 A
151PM L 1805.51 4 (1/2+,3/2,5/2+) B
151PM B 0.58 5 6.07 4
151PMS B EAV=200.7 15
151PM cB $I|b=0.67% (1997Gr09, total |g absorption)
151PM G 848.0 2 1 KC
151PM G 964.74 1314 1 C
151PM G 1379.12 7 7.8 5 @C
151PM G 1549.75 5 20 1 C
151PM L 1809.80 4 (3/2,5/2)+
151PM B 0.95 8 5.85 4
151PMS B EAV=199.1 15
151PM cB $I|b=1.07% (1997Gr09, total |g absorption)
151PM G 479.3 3 0.8 5 A
151PM G 819.75 8 8.1 9 C
151PM G 851.8 3 12.8 19 @C
151PM G 866.4 3 1.5 10 @C
151PM G 912.5 2 8 2 @C
151PM G 935.1 1 1 KC
151PM G 969.2 4 4.9 11 @C
151PM G 1036.16 7 13.4 7 C
151PM G 1232.6 1 6.6 6 C
151PM G 1285.63 1612.3 11 C
151PM G 1383.37 9 5.8 4 C
151PM L 1822.17 6 1/2,3/2,5/2 B
151PM B 0.12 3 6.72 11
151PMS B EAV=194.6 15
151PM cB $I|b=0.152% (1997Gr09, total |g absorption)
151PM G 621.3 2 2.4 7 A
151PM G 924.4 1 1 KC
151PM G 951.85 203.9 9 C
151PM G 1066.57 6 2 1 @C
151PM L 1848.57 7 (5/2) B
151PM B 0.40 4 6.13 5
151PMS B EAV=185.0 15
151PM cB $I|b=0.45% (1997Gr09, total |g absorption)
151PM G 715.7 2 3.3 9 A
151PM G 905.3 5 3 1 AC
151PM G 950.8 1 1 KC
151PM G 1271.3 5 2 AC
151PM G 1308.5 4 1.8 4 A
151PM G 1316.3 2 10 1 C
151PM G 1673.2 2 1.3 2 C
151PM G 1731.82 126.4 3 AC
151PM G 1848.55 101.2 1
151PM L 1853.70 4 (5/2)+
151PM B 0.80 6 5.82 4
151PMS B EAV=183.1 15
151PM cB $I|b=0.91% (1997Gr09, total |g absorption)
151PM G 498.0 5 0.5 3 A
151PM G 1012.7 0.8 5 KC
151PM G 1080.09 5 16 1 @C
151PM G 1107.16 5 32 1 C
151PM G 1329.5 2 3.9 6 AC
151PM G 1598.04 7 6.9 5 C
151PM G 1678.4 2 0.4 1
151PM L 1854.50 8 (3/2+,5/2) B
151PM B 0.28 4 6.27 7
151PMS B EAV=182.9 15
151PM cB $I|b=0.32% (1997Gr09, total |g absorption)
151PM G 979.65 214.2 9
151PM G 1045.0 0.6 4 KC
151PM G 1276.9 3 1.9 5 C
151PM G 1314.2 2 12 2 @C
151PM G 1346.55 151.0 5 @C
151PM G 1427.6 3 0.8 5 C
151PM G 1854.55 150.9 1
151PM L 1873.63 4 (5/2)+
151PM B 0.91 7 5.71 4
151PMS B EAV=176.0 15
151PM cB $I|b=1.03% (1997Gr09, total |g absorption)
151PM G 801.0 3 1.8 7 A
151PM G 930.4 5 3 1 AC
151PM G 1003.24 134.7 7 C
151PM G 1021.05 2 1 @C
151PMF G FL=852.994
151PM G 1032.4 2 2 1 @C
151PM G 1064.0 2 4.2 5 C
151PM G 1118.2 3 4.0 7 @C
151PM G 1127.11 7 14 1 C
151PM G 1296.4 2 4.2 6 AC
151PM G 1333.10 127.7 7 C
151PM G 1341.58 8 9.0 7 C
151PM G 1349.3 5 1.8 7 C
151PM G 1366.1 1.1 3 KC
151PM G 1446.4 0.6 4 KC
151PM G 1548.9 3 4 1 AC
151PM G 1698.42 141.4 2 C
151PM G 1756.82 8 3.7 3 C
151PM G 1788.4 1.1 2 KC
151PM L 1878.60 6 (5/2) B
151PM B 0.17 2 6.43 6
151PMS B EAV=174.2 15
151PM cB $I|b=0.192% (1997Gr09, total |g absorption)
151PM G 1338.4 3 2.2 10 C
151PM G 1346.55 151.7 5 @C
151PM G 1451.5 0.3 2 KC
151PM G 1553.84 135.1 5 C
151PM G 1622.8 100.7 2 C
151PM G 1703.65 150.4 2 @C
151PM G 1761.77 8 2.3 2 C
151PM L 1892.05 2 (5/2)+
151PM B 1.49 10 5.45 4
151PMS B EAV=169.4 15
151PM cB $I|b=1.68% (1997Gr09, total |g absorption)
151PM G 881.14 164.6 7 C
151PM G 934.04 9 8.8 14 C
151PM G 949.05 155 1 C
151PM G 1021.05 11 5 1 @C
151PM cG E$level energy difference=1021.47
151PM G 1051.0 5 2 1 AC
151PM G 1082.7 5 2 1 AC
151PM G 1136.58 8 13.6 7 C
151PM G 1145.5 2 4 1 C
151PM G 1314.2 5 7.0 6 @C
151PM G 1351.7 0.2 1 KC
151PM G 1359.94 9 9.9 6 LC
151PM G 1636.34 6 6.6 4 C
151PM G 1716.92 7 8.2 4 C
151PM G 1775.26 6 18 1 C
151PM G 1807.00 9 4.7 3 C
151PM G 1892.15 6 12.7 7
151PM L 1897.4 1 (3/2+,5/2+) B
151PM B 0.036 22 7.0 3
151PMS B EAV=167.5 15
151PM cB $I|b=0.040% (1997Gr09, total |g absorption)
151PM G 954.4 3 1.7 8 AC
151PM G 999.5 3 1.9 8
151PM G 1044.3 0.4 2 KC
151PM G 1357.0 0.5 2 KC
151PM L 1903.18 4 (5/2)+
151PM B 0.76 7 5.71 5
151PMS B EAV=165.5 15
151PM cB $I|b=0.87% (1997Gr09, total |g absorption)
151PM G 719.6 3 3.5 10 A
151PM G 727.5 5 0.8 6 A
151PM G 945.5 5 1 1 AC
151PM G 960.5 3 4.3 12 AC
151PM G 1032.4 2 3 1 @C
151PM G 1147.8 5 1.0 5 AC
151PM G 1156.90 158.4 20 @C
151PM G 1325.9 3 2.4 6 AC
151PM G 1371.4 1 2.2 4 AC
151PM G 1379.12 3.6 6 @C
151PM G 1475.78 9 5.0 7 C
151PM G 1578.36 6 12.1 6 C
151PM G 1647.43 8 2.7 3 C
151PM G 1786.51 8 6.6 5 C
151PM G 1903.35 140.9 1
151PM L 1910.68 7 (3/2+,5/2+) B
151PM B 0.043 17 6.94 18
151PMS B EAV=162.8 15
151PM cB $I|b=0.051% (1997Gr09, total |g absorption)
151PM G 967.58 121.5 5 @C
151PM G 1057.8 5 0.8 5
151PMF G FL=852.994
151PM G 1585.8 4 0.3 2
151PM G 1793.84 9 3.0 2 C
151PM G 1825.4 0.2 1 K
151PM L 1927.98 6 (5/2+) B
151PM B 0.28 3 6.07 5
151PMS B EAV=156.7 14
151PM cB $I|b=0.31% (1997Gr09, total |g absorption)
151PM G 985.3 3 1.8 8 AC
151PM G 1030.5 1 1 KC
151PM G 1172.53 138.0 6 JC
151PM G 1350.4 4 1.1 6 @C
151PM G 1752.99 8 3.4 3 C
151PM G 1810.9 1 6.0 4 C
151PM L 1933.10 4 (1/2+,3/2,5/2)
151PM B 0.31 4 6.01 6
151PMS B EAV=154.9 14
151PM cB $I|b=0.35% (1997Gr09, total |g absorption)
151PM G 602.4 2 2.9 14 A
151PM G 731.9 4 1.5 6 A
151PM G 1035.4 1.0 5 KC
151PM G 1080.09 5 2 1 @C
151PM G 1092.0 2 2.3 5 C
151PM G 1159.4 3 3.9 8 C
151PM G 1186.7 2 5.6 4 NC
151PM G 1393.0 3 0.8 4 C
151PM G 1425.29 8 3.4 5 C
151PM L 1959.61 7 (1/2+,3/2,5/2) B
151PM B 0.146 15 6.26 5
151PMS B EAV=145.7 14
151PM cB $I|b=0.161% (1997Gr09, total |g absorption)
151PM G 969.2 4 0.6 4 @C
151PM G 1186.0 2.0 5 KC
151PM G 1213.18 8 6.4 5 @C
151PM G 1703.65 152.0 2 @C
151PM L 1973.32 7 (1/2+,3/2,5/2) B
151PM B 0.113 16 6.33 7
151PMS B EAV=141.0 14
151PM cB $I|b=0.131% (1997Gr09, total |g absorption)
151PM G 163.6 2 1.5 5 A
151PM G 983.5 2 1.9 8 A
151PM G 1465.41 8 4.8 4 C
151PM G 1973.3 3 0.3 1
151PM L 1989.71 13 (3/2,5/2) B
151PM B 0.084 13 6.41 7
151PMS B EAV=135.3 14
151PM cB $I|b=0.101% (1997Gr09, total |g absorption)
151PM G 544.61 164.2 7
151PM G 1234.1 5 1.0 5 AC
151PM G 1873.1 2 1.1 1 C
151PM L 1993.81 5 (5/2)+ B
151PM B 0.30 3 5.84 5
151PMS B EAV=133.9 14
151PM cB $I|b=0.34% (1997Gr09, total |g absorption)
151PM G 1184.2 3 7 1 AC
151PM G 1238.35 8 3.7 5 C
151PM G 1461.6 0.7 5 KC
151PM G 1485.45 3.0 1 @C
151PMF G FL=507.885
151PM G 1737.75 151.2 2 C
151PM G 1818.74 8 4.3 3 C
151PM G 1908.6 2 2.5 2 C
151PM G 1993.8 3 0.4 1
151PM L 1998.25 5 (5/2)+ B
151PM B 0.50 5 5.61 5
151PMS B EAV=132.4 14
151PM cB $I|b=0.56% (1997Gr09, total |g absorption)
151PM G 435.9 1.0 5 K
151PM G 925.5 1 8.0 1 @C
151PM G 1123.5 5 2 1 AC
151PM G 1145.9 1 5 1 C
151PM G 1156.90 5 2 @C
151PMF G FL=840.966
151PM G 1224.45 152.4 5 C
151PM G 1251.60 153.8 5 C
151PM G 1473.6 3 1.5 3 A
151PM G 1571.84 7 7.4 5 C
151PM G 1742.4 2 1.0 1 C
151PM G 1800.9 4 0.2 1 A
151PM G 1998.1 3 0.3 1 A
151PM L 2010.99 5 (5/2)+ B
151PM B 0.30 3 5.79 5
151PMS B EAV=128.1 14
151PM cB $I|b=0.33% (1997Gr09, total |g absorption)
151PM G 100.1 2 2.6 10 A
151PM G 615.9 3 1.3 6 A
151PM G 655.0 2 2.9 6 A
151PM G 1201.03 2 1 @C
151PMF G FL=809.46
151PM G 1255.4 2 3.1 5 C
151PM G 1264.3 2 1.5 3
151PM G 1470.8 2 1.2 3 C
151PM G 1584.6 2 0.7 2
151PM G 1686.3 2 1.1 1 C
151PM G 1835.99 14 0.7 1 C
151PM G 1894.0 2 1.9 3 AC
151PM G 1925.97 9 2.7 3 C
151PM G 2010.92 150.8 1
151PM L 2015.93 9 (3/2,5/2) B
151PM B 0.08 2 6.34 11
151PMS B EAV=126.4 14
151PM cB $I|b=0.101% (1997Gr09, total |g absorption)
151PM G 1118.2 3 1 1 @C
151PM G 1174.9 1 2.6 7 A
151PM G 1206.6 0.4 2 KC
151PM G 1260.86 271.3 3 C
151PM G 1439.0 0.9 6 KC
151PM L 2018.87 5 (1/2+,3/2,5/2+) B
151PM B 0.14 2 6.09 7
151PMS B EAV=125.4 14
151PM cB $I|b=0.161% (1997Gr09, total |g absorption)
151PM G 1029.05 202.7 6 C
151PM G 1165.5 0.7 3 K
151PM G 1177.7 5 2.3 12 AC
151PM G 1592.5 2 1.6 2 C
151PM G 2018.85 5 3.5 3
151PM L 2022.4 3 (3/2+,5/2) B
151PM B 0.060 12 6.45 9
151PMS B EAV=124.2 14
151PM cB $I|b=0.071% (1997Gr09, total |g absorption)
151PM G 1079.5 1.0 5 KC
151PM G 1151.8 3 3.5 7 C
151PM L 2023.15 8 (5/2) B
151PM B 0.113 22 6.17 9
151PMS B EAV=124.0 14
151PM cB $I|b=0.131% (1997Gr09, total |g absorption)
151PM G 125.74 8 1.8 11
151PM G 1125.4 5 2 1 AC
151PM G 1490.93 180.7 2
151PM G 1498.95 152.4 3 C
151PM G 1767.45 150.7 1 C
151PM G 1938.0 0.2 1 KC
151PM G 2023.16 180.7 1
151PM L 2024.01 14(1/2,3/2,5/2) B
151PM B 0.104 15 6.20 7
151PMS B EAV=123.7 14
151PM cB $I|b=0.121% (1997Gr09, total |g absorption)
151PM G 668.1 2 2.0 6 A
151PM G 823.2 4 1.7 8
151PM G 1268.5 2 4.1
151PM L 2038.05 12(1/2,3/2,5/2)
151PM B 0.070 9 6.33 6
151PMS B EAV=119.0 14
151PM cB $I|b=0.080% (1997Gr09, total |g absorption)
151PM G 1282.2 4 1.6 5 C
151PM G 1782.36 133.5 3 C
151PM G 2038.1 3 0.2 1 A
151PM L 2053.10 24 (5/2+) B
151PM B 0.016 5 6.91 14
151PMS B EAV=114.0 14
151PM cB $I|b=0.025% (1997Gr09, total |g absorption)
151PM G 1797.4 0.3 1 KC
151PM G 1855.8 4 0.7 3 A
151PM G 2053.1 3 0.2 1 A
151PM L 2084.92 8 (1/2,3/2,5/2) B
151PM B 0.051 6 6.29 6
151PMS B EAV=103.5 13
151PM cB $I|b=0.075% (1997Gr09, total |g absorption)
151PM G 1507.48 8 3.2 3
151PM G 1829.4 2 0.6 1 C
151PM L 2106.86 14 (3/2,5/2) B
151PM B 0.033 12 6.39 16
151PMS B EAV=96.4 13
151PM cB $I|b=0.053% (1997Gr09, total |g absorption)
151PM G 1332.3 1.0 6 KC
151PMF G FL=773.599
151PM G 1350.4 5 0.8 6 @C
151PM G 1989.3 0.2 1 KC
151PMF G FL=116.794
151PM G 2106.96 150.5 1
151PM L 2119.09 7 (1/2+,3/2,5/2+) B
151PM B 0.067 14 6.03 10
151PMS B EAV=92.5 13
151PM cB $I|b=0.112% (1997Gr09, total |g absorption)
151PM G 1611.5 3 0.3 2 A
151PM G 1693.0 3 0.9 9
151PM G 1863.37 8 3.3 3 C
151PM G 2118.94 180.5 1
151PM L 2204.30 15 (1/2+,3/2+,5/2+) B
151PM B 0.036 13 5.87 16
151PMS B EAV=65.9 13
151PM cB $I|b=0.088% (1997Gr09, total |g absorption)
151PM G 394.6 2 2.2 9 A
151PM G 1457.6 0.2 2 KC
151PM G 2204.2 2 0.3 1 A
151PM L 2268.59 19 (5/2+) B
151PM B 0.011 5 5.95 20
151PMS B EAV=46.8 12
151PM cB $I|b=0.023% (1997Gr09, total |g absorption)
151PM G 650.8 3 0.5 3 A
151PM G 2093.5 3 0.2 1 A
151PM G 2268.5 4 0.1 1 A
151PM L 2304.01 15 1/2+,3/2+,5/2+ B
151PM B 0.053 10 4.96 10
151PMS B EAV=36.7 12
151PM cB $I|b=0.105% (1997Gr09, total |g absorption)
151PM G 430.2 3 2.0 6 A
151PM G 1128.7 4 0.8 3 A
151PM G 1877.6 2 1.1 1 A
151PM G 2303.8 4 0.1 1 A