147LA 147BA B- DECAY 1981SHZH,1981SCZM,2007SYZZ22NDS 202203
147LA H TYP=FUL$AUT=N. Nica and B. Singh$CIT=NDS 181, 1 (2022)$CUT=9-Mar-2022$
147LA c 1981ShZH: n-induced {+235}U fission products analyzed with
147LA2c Tristan ISOL isotope separator at BNL with thermoionization source
147LA2c and moving tape collector.
147LA2c Measured T{-1/2} at SOLIS facility with |g-x HPGe detector and 2|p
147LA2c plastic scintillator; measured |g|g with two Ge(Li) detectors.
147LA c 1981ScZM: fission products analyzed with ISOL systems
147LA2c Lohengrin and Ostis (ILL Grenoble), and Josef (K.F.A Julich).
147LA2c Measured |g, |g|g, |g|gt, |b|gt. Measured conversion electrons and
147LA2c mixing ratios (K/L ratio) with Ge(Li).
147LA c 2007SyZZ: n-induced {+235}U fission products analyzed with mass
147LA2c separator OSIRIS (Neutron Research Laboratory Studsvik). Measured
147LA2c |b|g|gt and extended level scheme (with no |g intensities).
147LA c 1974ClZX: {+147}La detected in isomeric decay of fission fragments
147LA2c from spontaneous fission of {+252}Cf
147LA c Others: 2003SyZZ (T{-1/2}, deduced Q{-0}),
147LA2c 1989Ro20 ({+147}La |b{+-}, J|p of {+147}La g.s., see also
147LA2c 1981ScZM), 1987RoZW (absolute photon intensity of {+147}La 167|g),
147LA2c 1986Wa17, 1982Ga24 ({+147}La %|b{+-}n)
147LA c Level scheme is from 1981ShZH, which differs notably from that of
147LA2c 1981ScZM by including the 16 keV level (and some replacements of |g's)
147LA DG MR$IF NO VALUE GIVEN IT WAS ASSUMED MR=1.00 FOR E2/M1,
147LA2DG MR=1.00 FOR E3/M2 AND MR=0.10 FOR THE OTHER MULTIPOLARITIES
147LA DG CC$FROM BrIcc v2.3b (16-Dec-2014) 2008Ki07, "Frozen Orbitals" appr.
147BA P 0.0 (5/2-) 0.894 S 7 6414 22
147BA cP $data from {+147}Ba Adopted Levels
147BA cP QP$From 2021Wa16
147LA N 0.0159 1.00
147LA PN 4
147LA cN NR$absolute photon intensities were calculated from the absolute
147LA2cN intensity %I|g(167.4|g in {+147}La)=15.9 {I16}, based on %I|g(315|g in
147LA2cN {+147}Pr |b{+-} decay)=18.2 {I18} (the value listed here for
147LA2cN %I|g(167.4|g) was recalculated by evaluator from %I|g(167.4|g)=11 from
147LA2cN 1987RoZW and %I|g(315|g)=12.60 used by 1987RoZW - see {+147}Pr |b{+-}
147LA2cN in {+147}Nd datasets for discussion on %I|g(315|g in {+147}Pr |b{+-}
147LAxcN decay))
147LA cL E$From least-squares fit to E|g's. As no uncertainties are available
147LA2cL for the E|g input, the E(level) values are calculated with the
147LA2cL assumption that the uncertainties are the same (of 1 keV) for all the
147LA2cL E|g's
147LA cL J$From Adopted Levels
147LA cL T$From 1981ScZM except as noted
147LA cG E,RI$From 1981ShZH (reported with no unc) except as noted
147LA cG RI$Values are relative to 1000 for the 167.4-keV transition.
147LA cG M$From Adopted Levels, Gammas dataset with most values deduced
147LA2cG in this dataset by 1981ScZM based on |a(K)exp (values not given)
147LA cG MR$From 1981ScZM based on measured K/L ratios (values not given)
147LA cG CC(B)$Since the multipolarity is not known for this |g, the |a is
147LA2cG calculated as average of smallest and largest values for the E1, M2
147LA3cG and E2 multipolarities for this transition with an uncertainty
147LA4cG taken large enough to overlap these values.
147LA cG E(a)$From 2007SyZZ (reported with no unc). 2007SyZZ give no |g
147LA2cG ray intensities.
147LA cG E(b)$Observed by both 1981ShZH and 2007SyZZ
147LA cB $Q(|b{+-})|?6.4 MeV and the highest level at |?1.8 MeV indicate that
147LA2cB the level scheme is incomplete. However based on the existing data, |S
147LA2cB I|b|?100, which indicates that the level scheme is rather complete.
147LA2cB This contradiction suggests that these data should be used rather
147LA2cB cautiously; new studies are needed for {+147}Ba |b{+-} decay
147LA cB LOGFT$Since many |g multipolarities are not known, conversion
147LA2cB coefficients averaged over E1, M1 and E2 values were used to calculate
147LA2cB log| {Ift}'s. Although these values are approximate and tentative
147LA2cB especially for |b-feedings deduced from more intense low energy |g's
147LA2cB (E|g<200 keV), they might be beneficial for future studies, reason
147LA2cB for which they are listed here.
147LA L 0.0 (5/2+) 4.06 S 4
147LAC L %B-=100$%B-N=0.041 4
147LA cL T,%B-,%B-N$Adopted Values
147LA B 13 5.7
147LAS B EAV=2825 11
147LA cB IB$|g feeding of 15.7 level was included in the feeding of g.s.
147LA L 15.6 (3/2+)
147LA B
147LA G 15.7 [M1] 36.6 S
147LAF G FLAG=b
147LA cG E$15.4 (2007SyZZ)
147LAS G LC=29.0 4$MC=6.04 9
147LAS G NC=1.325 19$OC=0.215 3$PC=0.01644 23
147LA L 74.5 (7/2+) 3 NS
147LA B 8 5.9
147LAS B EAV=2790 11
147LA G 74.3 220 M1(+E2) 4.2 17 C
147LA2 G %IG=3.5
147LAF G FLAG=b
147LAS G KC=2.5 4$LC=1.3 11$MC=0.29 23
147LAS G NC=0.062 49$OC=0.0088 67$PC=0.000157 12
147LA cG E$74.3 (2007SyZZ)
147LA L 120.9 (5/2+) 1.4 NS
147LA B 8.7 5.9
147LAS B EAV=2768 11
147LA G 46.6 10 [M1+E2] 22 13 @C
147LA2 G %IG=0.16
147LAF G FLAG=b
147LA cG E$46.5 (2007SyZZ)
147LAS G KC=7.7 8$LC=11 11$MC=2.5 23
147LAS G NC=0.53 48$OC=0.074 66$PC=0.00054 13
147LA G 105.2 440 M1+E2 0.65 1.151 C
147LA2 G %IG=7.0
147LAF G FLAG=b
147LAS G KC=0.872 13$LC=0.220 3$MC=0.0475 7
147LAS G NC=0.01021 15$OC=0.001526 22$PC=6.07E-5 9
147LA cG E$105.5 (2007SyZZ)
147LA G 120.8 34 [M1+E2] 0.83 20 BC
147LA2 G %IG=0.54
147LAF G FLAG=b
147LA cG E$120.8 (2007SyZZ)
147LAS G KC=0.61 8$LC=0.168 96$MC=0.037 22
147LAS G NC=0.0078 45$OC=0.00116 62$PC=4.01E-5 21
147LA L 167.5 (7/2-) 2.4 NS 11
147LA cL T$mean value of 3.5 ns (1981ScZM, no unc) and 1.3 ns {I1} (2007SyZZ)
147LA2cL with unc taken to cover both values (both, probably by |g(t))
147LA B 8.7 5.8
147LAS B EAV=2746 11
147LA G 46.6 59 (E1) 1.86 @C
147LA2 G %IG=0.94
147LAF G FLAG=b
147LA cG E$46.5 (2007SyZZ)
147LAS G KC=1.556 22$LC=0.243 4$MC=0.0504 7
147LAS G NC=0.01077 15$OC=0.001623 23$PC=8.57E-5 12
147LA cG M$from Adopted Gammas
147LA G 93.0 71 E1 0.287 C
147LA2 G %IG=1.1
147LAF G FLAG=b
147LA cG E$93.1 (2007SyZZ)
147LAS G KC=0.245 4$LC=0.0339 5$MC=0.00701 10
147LAS G NC=0.001516 22$OC=0.000237 4$PC=1.480E-5 21
147LA G 167.4 1000 E1 0.0567 C
147LA2 G %IG=15.9
147LAF G FLAG=b
147LA cG E$167.4 (2007SyZZ)
147LAS G KC=0.0486 7$LC=0.00644 9$MC=0.001330 19
147LAS G NC=0.000289 4$OC=4.60E-5 7$PC=3.16E-6 5
147LA L 211.7 (7/2+)
147LA B 8.0 5.9
147LAS B EAV=2725 11
147LA G 90.9 20 [M1+E2] 2.11 69 BC
147LA2 G %IG=0.32
147LAF G FLAG=b
147LAS G KC=1.41 20$LC=0.55 39$MC=0.120 86
147LAS G NC=0.026 18$OC=0.0037 25$PC=9.0E-5 5
147LA cG E$90.9 (2007SyZZ)
147LA G 196.1 435 E2 0.190 C
147LA2 G %IG=6.9
147LAF G FLAG=b
147LA cG E$196.2 (2007SyZZ)
147LAS G KC=0.1454 21$LC=0.0353 5$MC=0.00762 11
147LAS G NC=0.001634 23$OC=0.000243 4$PC=9.02E-6 13
147LA G 211.7 70 M1+E2 0.140 7 @C
147LA2 G %IG=1.1
147LAF G FLAG=b
147LA cG E$211.7 (2007SyZZ)
147LAS G KC=0.1142 17$LC=0.0207 55$MC=0.0044 13
147LAS G NC=9.5E-4 26$OC=0.00015 4$PC=8.0E-6 9
147LA L 229.3 (11/2-) 10.2 NS 9
147LA cL T$from 2007SyZZ by |g(t)
147LA G 61.8 E2 11.50 aC
147LAS G KC=4.41 7$LC=5.55 8$MC=1.238 18
147LAS G NC=0.261 4$OC=0.0364 5$PC=0.000228 4
147LA L 232.9 (9/2+)
147LA B 1.30 6.6
147LAS B EAV=2716 11
147LA G 158.6 55 M1+E2 0.34 5
147LA2 G %IG=0.88
147LAF G FLAG=b
147LA cG E$158.7 (2007SyZZ)
147LAS G KC=0.270 18$LC=0.059 25$MC=0.0126 56
147LAS G NC=0.0027 12$OC=4.1E-4 16$PC=1.84E-5 13
147LA G 232.9 53 (E2) 0.1068 B
147LA2 G %IG=0.84
147LAF G FLAG=b
147LAS G KC=0.0839 12$LC=0.0181 3$MC=0.00388 6
147LAS G NC=0.000835 12$OC=0.0001258 18$PC=5.37E-6 8
147LA cG E$232.9 (2007SyZZ)
147LA L 252.3
147LA B 0.35 7.2
147LAS B EAV=2706 11
147LA G 236.6 38 0.06 4 B
147LA2 G %IG=0.60
147LA L 265.0 (5/2-) 0.3 NS
147LA B 5.4 6.0
147LAS B EAV=2701 11
147LA G 97.4 75 M1 1.166 @C
147LA2 G %IG=1.2
147LAF G FLAG=b
147LA cG E$97.5 (2007SyZZ)
147LAS G KC=0.995 14$LC=0.1350 19$MC=0.0281 4
147LAS G NC=0.00617 9$OC=0.001002 14$PC=7.76E-5 11
147LA G 144.0 52 [E1] 0.0858 BC
147LA2 G %IG=0.83
147LAF G FLAG=b
147LAS G KC=0.0734 11$LC=0.00982 14$MC=0.00203 3
147LAS G NC=0.000441 7$OC=6.98E-5 10$PC=4.70E-6 7
147LA cG E$143.8 (2007SyZZ)
147LA G 190.5 58 [E1] 0.0398 BC
147LA2 G %IG=0.92
147LAF G FLAG=b
147LAS G KC=0.0342 5$LC=0.00450 7$MC=0.000929 13
147LAS G NC=0.000202 3$OC=3.23E-5 5$PC=2.25E-6 4
147LA cG E$190.6 (2007SyZZ)
147LA G 249.3 328 E1 0.0193 C
147LA2 G %IG=5.2
147LAF G FLAG=b
147LA cG E$249.4 (2007SyZZ)
147LAS G KC=0.01661 24$LC=0.00216 3$MC=0.000447 7
147LAS G NC=9.75E-5 14$OC=1.562E-5 22$PC=1.124E-6 16
147LA G 264.8 64 [E1] 0.01649 BC
147LA2 G %IG=1.0
147LAF G FLAG=b
147LAS G KC=0.01417 20$LC=0.00184 3$MC=0.000380 6
147LAS G NC=8.30E-5 12$OC=1.331E-5 19$PC=9.63E-7 14
147LA cG E$264.9 (2007SyZZ)
147LA L 278.7
147LA B 1.7 6.5
147LAS B EAV=2694 11
147LA G 157.7 63 0.24 17 BC
147LA2 G %IG=1.0
147LAF G FLAG=b
147LA cG E$157.6 (2007SyZZ)
147LA G 262.8 60 0.046 25 B
147LA2 G %IG=0.95
147LAF G FLAG=b
147LA cG E$262.8 (2007SyZZ)
147LA G 278.3 25 0.040 29 BC
147LA2 G %IG=0.40
147LAF G FLAG=b
147LA cG E$278.5 (2007SyZZ)
147LA L 307.9
147LA B 1.53 6.5
147LAS B EAV=2680 11
147LA G 140.6 5 0.34 25 B
147LA2 G %IG=0.080
147LA G 292.3 48 0.032 20 B
147LA2 G %IG=0.76
147LAF G FLAG=b
147LA cG E$292.4 (2007SyZZ)
147LA G 307.9 81
147LA2 G %IG=1.3
147LAF G FLAG=b
147LA cG E$307.7 (2007SyZZ)
147LA L 317.7
147LA B 1.8 6.5
147LAS B EAV=2676 11
147LA G 149.9 97 0.30 21 B
147LA2 G %IG=1.5
147LA L 342.5
147LA B 1.70 6.5
147LAS B EAV=2664 11
147LA G 175.0 57 0.17 12 BC
147LA2 G %IG=0.91
147LAF G FLAG=b
147LA cG E$175.0 (2007SyZZ)
147LA G 268.2 29 0.044 28 BC
147LA2 G %IG=0.46
147LAF G FLAG=b
147LA cG E$268.1 (2007SyZZ)
147LA G 342.5 15 0.023 14 B
147LA2 G %IG=0.24
147LA L 362.5
147LA B 1.52 6.5
147LAS B EAV=2655 11
147LA G 150.2 a
147LA G 241.7 13 0.06 4 B
147LA2 G %IG=0.21
147LAF G FLAG=b
147LA cG E$241.4 (2007SyZZ)
147LA G 362.6 100 0.020 13 B
147LA2 G %IG=1.6
147LAF G FLAG=b
147LA cG E$362.6 (2007SyZZ)
147LA L 379.2
147LA B 0.68 6.9
147LAS B EAV=2647 11
147LA G 61.3 7 E1 0.897
147LA2 G %IG=0.11
147LAS G KC=0.757 11$LC=0.1114 16$MC=0.0230 4
147LAS G NC=0.00495 7$OC=0.000758 11$PC=4.32E-5 6
147LA G 100.6 7 1.1 9 BC
147LA2 G %IG=0.11
147LAF G FLAG=b
147LA cG E$100.6 (2007SyZZ)
147LA G 149.9 aC
147LA G 211.7 aC
147LA G 304.8 36 0.03 2 BC
147LA2 G %IG=0.57
147LAF G FLAG=b
147LA cG E$304.8 (2007SyZZ)
147LA L 380.1
147LA B 3.1 6.2
147LAS B EAV=2647 11
147LA G 115.1 33 0.7 5 BC
147LA2 G %IG=0.53
147LAF G FLAG=b
147LA cG E$115.1 (2007SyZZ)
147LA G 127.8 12 0.5 4 B
147LA2 G %IG=0.19
147LA G 168.4 10 0.19 13 BC
147LA2 G %IG=0.16
147LAF G FLAG=b
147LA cG E$168.5 (2007SyZZ)
147LA G 259.5 10 0.05 3 BC
147LA2 G %IG=0.16
147LAF G FLAG=b
147LA cG E$259.0 (2007SyZZ)
147LA G 364.5 144 C
147LA2 G %IG=2.3
147LAF G FLAG=b
147LA cG E$364.7 (2007SyZZ)
147LA G 379.9 36 C
147LA2 G %IG=0.57
147LAF G FLAG=b
147LA cG E$380.2 (2007SyZZ)
147LA L 419.6
147LA B 0.47 7.0
147LAS B EAV=2628 11
147LA G 140.6 5 0.34 25 B
147LA2 G %IG=0.080
147LAF G FLAG=b
147LA cG E$140.4 (2007SyZZ)
147LA G 251.4 12 0.05 4 B
147LA2 G %IG=0.19
147LAF G FLAG=b
147LA cG E$251.4 (2007SyZZ)
147LA G 298.5 5 0.033 21 @
147LA2 G %IG=0.080
147LAB G FLAG=B
147LAF G FLAG=b
147LA cG E$298.0 (2007SyZZ)
147LA G 344.6 5 0.02 1 B
147LA2 G %IG=0.080
147LAF G FLAG=b
147LA cG E$344.6 (2007SyZZ)
147LA L 440.1
147LA B 0.46 7.0
147LAS B EAV=2619 11
147LA G 319.3 8 0.028 17 B
147LA2 G %IG=0.13
147LAF G FLAG=b
147LA cG E$319.0 (2007SyZZ)
147LA G 365.3 a
147LA G 424.5 21
147LA2 G %IG=0.33
147LAF G FLAG=b
147LA cG E$424.5 (2007SyZZ)
147LA L 473.7
147LA B 3.3 6.2
147LAS B EAV=2603 11
147LA G 208.9 12 0.09 6 B
147LA2 G %IG=0.19
147LAF G FLAG=b
147LA cG E$208.9 (2007SyZZ)
147LA G 261.8 42 0.05 3 B
147LA2 G %IG=0.67
147LAF G FLAG=b
147LA cG E$262.0 (2007SyZZ)
147LA G 352.5 5 0.021 13 B
147LA2 G %IG=0.080
147LAF G FLAG=b
147LA cG E$355.2 (1981ShZH); value of 2007SyZZ was adopted becasue it is
147LA2cG in better agreement with |DE(levels)
147LA G 399.4 44
147LA2 G %IG=0.70
147LAF G FLAG=b
147LA cG E$399.3 (2007SyZZ)
147LA G 458.1 20
147LA2 G %IG=0.32
147LA G 473.7 117
147LA2 G %IG=1.9
147LAF G FLAG=b
147LA cG E$473.7 (2007SyZZ)
147LA L 476.9 (-)
147LA B 4.6 6.0
147LAS B EAV=2601 11
147LA G 97.4 10 1.2 9 @C
147LA2 G %IG=0.16
147LAB G FLAG=B
147LAF G FL=379.2
147LAF G FLAG=b
147LA cG E$97.7 (2007SyZZ)
147LA G 134.5 4 0.4 3 B
147LA2 G %IG=0.064
147LAF G FLAG=b
147LA cG E$134.6 (2007SyZZ)
147LA G 198.2 12 0.11 7 B
147LA2 G %IG=0.19
147LAF G FLAG=b
147LA cG E$198.5 (2007SyZZ)
147LA G 211.7 70 M1+E2 0.140 7 @C
147LA2 G %IG=1.1
147LAF G FLAG=b
147LA cG E$211.8 (2007SyZZ)
147LAS G KC=0.1142 17$LC=0.0207 55$MC=0.0044 13
147LAS G NC=9.5E-4 26$OC=0.00015 4$PC=8.0E-6 9
147LA G 243.9 8 0.06 4 B
147LA2 G %IG=0.13
147LAF G FLAG=b
147LA cG E$243.9 (2007SyZZ)
147LA G 309.5 95 0.03 2 @C
147LA2 G %IG=1.5
147LAB G FLAG=B
147LAF G FLAG=b
147LA cG E$309.5 (2007SyZZ)
147LA G 356.1 148 0.021 13 BC
147LA2 G %IG=2.4
147LAF G FLAG=b
147LA cG E$356.1 (2007SyZZ)
147LA G 401.9 5
147LA2 G %IG=0.080
147LA G 477.0 40 C
147LA2 G %IG=0.64
147LAF G FLAG=b
147LA cG E$476.9 (2007SyZZ)
147LA L 493.5
147LA G 260.3 a
147LA G 372.7 a
147LA G 419.3 a
147LA L 510.6
147LA B 1.26 6.6
147LAS B EAV=2586 11
147LA G 130.6 33 M1+E2 0.64 14
147LA2 G %IG=0.53
147LAB G FL=380.1
147LAF G FLAG=b
147LA cG E$130.4 (2007SyZZ)
147LAS G KC=0.48 5$LC=0.124 65$MC=0.027 15
147LAS G NC=0.0057 31$OC=8.5E-4 42$PC=3.21E-5 18
147LA G 147.6 a
147LA G 203.3 5 0.10 7 B
147LA2 G %IG=0.080
147LAF G FLAG=b
147LA cG E$202.5 (2007SyZZ)
147LA G 298.5 19 0.033 21 @
147LA2 G %IG=0.30
147LAF G FLAG=b
147LA cG E$298.7 (2007SyZZ)
147LA L 523.4
147LA G 294.1 a
147LA G 355.9 a
147LA L 542.1
147LA B 2.30 6.3
147LAS B EAV=2571 11
147LA G 277.0 15 0.038 24 B
147LA2 G %IG=0.24
147LAF G FLAG=b
147LA cG E$276.9 (2007SyZZ)
147LA G 309.5 10 0.031 20 @
147LA2 G %IG=0.16
147LAB G FLAG=B
147LAF G FLAG=b
147LA cG E$308.6 (2007SyZZ)
147LA G 374.4 38 0.018 12 B
147LA2 G %IG=0.60
147LAF G FLAG=b
147LA cG E$374.3 (2007SyZZ)
147LA G 421.2 8
147LA2 G %IG=0.13
147LAF G FLAG=b
147LA cG E$420.8 (2007SyZZ)
147LA G 467.6 22
147LA2 G %IG=0.35
147LAF G FLAG=b
147LA cG E$467.5 (2007SyZZ)
147LA G 541.9 50
147LA2 G %IG=0.80
147LAF G FLAG=b
147LA cG E$541.9 (2007SyZZ)
147LA L 603.0
147LA B 0.57 6.9
147LAS B EAV=2542 11
147LA G 337.9 4 0.024 14 B
147LA2 G %IG=0.064
147LA G 370.2 26 0.019 13 B
147LA2 G %IG=0.41
147LAF G FLAG=b
147LA cG E$370.2 (2007SyZZ)
147LA G 482.3 a
147LA G 528.7 a
147LA G 602.5 5
147LA2 G %IG=0.080
147LA L 620.1
147LA B 0.76 6.8
147LAS B EAV=2534 11
147LA G 240.9 a
147LAF G FL=379.2
147LA G 387.4 5 0.017 12 B
147LA2 G %IG=0.080
147LAF G FLAG=b
147LA cG E$396.9 (2007SyZZ)
147LA G 452.4 16
147LA2 G %IG=0.25
147LAF G FLAG=b
147LA cG E$452.5 (2007SyZZ)
147LA G 545.7 27
147LA2 G %IG=0.43
147LA L 703.3
147LA B 1.65 6.4
147LAS B EAV=2495 11
147LA G 226.2 30 0.08 5 BC
147LA2 G %IG=0.48
147LAF G FLAG=b
147LA cG E$226.4 (2007SyZZ)
147LA G 323.2 27 0.028 17 BC
147LA2 G %IG=0.43
147LAF G FL=380.1
147LAF G FLAG=b
147LA cG E$323.2 (2007SyZZ)
147LA G 340.8 20 0.023 14 B
147LA2 G %IG=0.32
147LAF G FLAG=b
147LA cG E$340.5 (2007SyZZ)
147LA G 395.4 17 0.016 11 B
147LA2 G %IG=0.27
147LAF G FLAG=b
147LA cG E$395.4 (2007SyZZ)
147LA G 438.2 8
147LA2 G %IG=0.13
147LA G 491.5 11
147LA2 G %IG=0.18
147LAF G FLAG=b
147LA cG E$491.5 (2007SyZZ)
147LA G 536.0 24 C
147LA2 G %IG=0.38
147LAF G FLAG=b
147LA cG E$535.9 (2007SyZZ)
147LA L 734.4
147LA B 0.38 7.0
147LAS B EAV=2481 11
147LA G 455.5 9 b
147LA2 G %IG=0.14
147LA cG E$455.5 (2007SyZZ)
147LA G 567.2 a
147LA G 613.4 15 b
147LA2 G %IG=0.24
147LA cG E$613.4 (2007SyZZ)
147LA G 659.9 a
147LA L 766.6
147LA G 645.7 a
147LA G 692.1 a
147LA L 777.8
147LA B 0.29 7.1
147LAS B EAV=2460 11
147LA G 566.1 10 b
147LA2 G %IG=0.16
147LA cG E$565.6 (2007SyZZ)
147LA G 656.8 8 b
147LA2 G %IG=0.13
147LA cG E$656.8 (2007SyZZ)
147LA L 810.3
147LA B 0.64 6.8
147LAS B EAV=2445 11
147LA G 502.3 13
147LA2 G %IG=0.21
147LA G 598.6 36 b
147LA2 G %IG=0.57
147LA cG E$598.5 (2007SyZZ)
147LA G 642.8 a
147LA G 689.5 a
147LA L 825.5
147LA G 658.0 a
147LA L 836.7
147LA G 669.2 a
147LA L 844.9
147LA G 677.4 a
147LA L 856.5
147LA B 1.61 6.3
147LAS B EAV=2424 11
147LA G 548.4 5 b
147LA2 G %IG=0.080
147LA cG E$548.4 (2007SyZZ)
147LA G 577.8 15 b
147LA2 G %IG=0.24
147LA cG E$577.8 (2007SyZZ)
147LA G 591.7 41 b
147LA2 G %IG=0.65
147LA cG E$591.4 (2007SyZZ)
147LA G 644.6 a
147LA G 689.0 40 b
147LA2 G %IG=0.64
147LA cG E$689.0 (2007SyZZ)
147LA G 735.7 a
147LA L 866.2
147LA G 698.7 a
147LA L 910.8
147LA B 0.94 6.6
147LAS B EAV=2398 11
147LA G 645.5 14
147LA2 G %IG=0.22
147LA G 743.5 59 b
147LA2 G %IG=0.94
147LA cG E$743.4 (2007SyZZ)
147LA L 920.0
147LA G 752.5 a
147LA L 953.9
147LA G 534.3 a
147LA L 964.4
147LA G 796.9 a
147LA L 996.9
147LA G 829.4 a
147LA L 1014.6
147LA G 785.3 a
147LA L 1016.7
147LA G 849.2 a
147LA L 1022.3
147LA G 757.3 a
147LA G 810.6 a
147LA L 1120.2
147LA G 855.3 a
147LA G 908.4 a
147LA L 1158.8
147LA G 737.3 a
147LA G 949.0 a
147LA L 1190.0
147LA B 1.37 6.3
147LAS B EAV=2267 11
147LA G 925.1 46 b
147LA2 G %IG=0.73
147LA cG E$924.9 (2007SyZZ)
147LA G 978.1 16 b
147LA2 G %IG=0.25
147LA cG E$977.7 (2007SyZZ)
147LA G 1022.7 24 b
147LA2 G %IG=0.38
147LA cG E$1022.5 (2007SyZZ)
147LA L 1190.5
147LA G 810.3 a
147LAF G FL=380.1
147LA G 811.3 a
147LAF G FL=379.2
147LA L 1243.6
147LA G 864.1 a
147LAF G FL=379.2
147LA G 1076.3 a
147LA L 1275.6
147LA G 798.6 a
147LA G 1108.3 a
147LA L 1299.8
147LA G 1132.3 a
147LA L 1301.5
147LA G 1036.7 a
147LA G 1089.6 a
147LA L 1384.3
147LA G 1216.8 a
147LA L 1415.6
147LA G 1150.7 a
147LA G 1248.1 a
147LA G 1341.1 a
147LA L 1501.5
147LA G 1334.0 a
147LA L 1532.8
147LA B 7.7 5.4
147LAS B EAV=2107 11
147LA G 621.4 a
147LA G 1055.8 99 b
147LA2 G %IG=1.6
147LA G 1059.1 38 b
147LA2 G %IG=0.60
147LA G 1154.0 a
147LAF G FL=379.2
147LA G 1268.0 34 b
147LA2 G %IG=0.54
147LA cG E$1268.0 (2007SyZZ)
147LA G 1365.4 73 b
147LA2 G %IG=1.2
147LA cG E$1365.2 (2007SyZZ)
147LA G 1517.3 240 b
147LA2 G %IG=3.8
147LA cG E$1517.3 (2007SyZZ)
147LA L 1552.6
147LA B 0.87 6.4
147LAS B EAV=2098 11
147LA G 1173.3 a
147LAF G FL=379.2
147LA G 1319.4 a
147LA G 1385.8 21 b
147LA2 G %IG=0.33
147LA cG E$1384.8 (2007SyZZ)
147LA G 1431.2 34 b
147LA2 G %IG=0.54
147LA cG E$1431.4 (2007SyZZ)
147LA L 1568.6
147LA G 1091.8 a
147LA G 1401.0 a
147LA L 1588.7
147LA B 2.00 6.0
147LAS B EAV=2081 11
147LA G 678.4 14
147LA2 G %IG=0.22
147LA G 885.1 37 b
147LA2 G %IG=0.59
147LA cG E$885.2 (2007SyZZ)
147LA G 1323.4 12
147LA2 G %IG=0.19
147LA G 1467.7 37 b
147LA2 G %IG=0.59
147LA cG E$1467.7 (2007SyZZ)
147LA G 1588.7 26
147LA2 G %IG=0.41
147LA L 1618.0
147LA G 914.7 a
147LA L 1619.4
147LA G 1239.2 a
147LAF G FL=380.1
147LA G 1354.6 a
147LA L 1648.5
147LA B 0.54 6.5
147LAS B EAV=2053 11
147LA G 838.2 9
147LA2 G %IG=0.14
147LA G 1383.8 16
147LA2 G %IG=0.25
147LA G 1436.5 9 b
147LA2 G %IG=0.14
147LA cG E$1436.0 (2007SyZZ)
147LA L 1660.9
147LA G 1449.2 a
147LA L 1671.9
147LA G 1406.9 a
147LA L 1701.1
147LA G 1533.6 a
147LA L 1715.2
147LA G 1503.5 a
147LA L 1741.5
147LA G 1476.3 a
147LA G 1530.1 a
147LA L 1757.8
147LA B 2.6 5.8
147LAS B EAV=2001 11
147LA G 1589.3 a
147LA G 1636.5 30 b
147LA2 G %IG=0.48
147LA cG E$1636.1 (2007SyZZ)
147LA G 1683.1 13 b
147LA2 G %IG=0.21
147LA cG E$1683.1 (2007SyZZ)
147LA G 1759.3 123
147LA2 G %IG=2.0
147LA L 1766.4
147LA G 1501.4 a
147LA L 1776.9
147LA G 1609.4 a
147LA L 1949.1
147LA G 1781.6 a