109AG 109PD B- DECAY 2015KR07 16NDS 201610
109AG H TYP=FUL$AUT=S. KUMAR(a), J. CHEN(b) AND F.G. KONDEV$
109AG2 H CIT=NDS 137, 1 (2016)$CUT=31-May-2016$
109AG c 2015Kr07: {+109}Pd source was produced in neutron irradiations at the
109AG1c Oregon State University TRIGA Reactor on a natural Pd target.
109AG2c |g rays were detected by Ge(Li) detectors. Measured E|g, I|g, T{-1/2}.
109AG C 1968BE22: {+109}Pd source were prepared by irradiating samples of
109AG2C metallic enriched {+108}Pd (85-95%). |g rays were detected by Ge(Li)
109AG3C detectors (FWHM=2.0 keV at E|g=662) and NaI(Tl) detectors. Measured
109AG4C E|g, I|g, |g|g-con. Deduced levels, |g-ray branching ratios.
109AG C 1968GR02: {+109}Pd source were prepared by irradiating 4 mg samples of
109AG2C enriched metallic {+108}Pd (94.2%) at the MIT reactor or at the
109AG3C Institute of Technology, Finland reactor. |g rays were detected by
109AG4C Ge(Li) detectors (FWHM=2.5 or 4 keV at E|g=662) and a NaI(Tl)
109AG5C detector. Measured E|g, I|g, |g|g-coin. Deduced levels, |g-ray
109AG6C branching ratios.
109AG C 1969SC12: {+109}Pd source were prepared by irradiating 4 mg samples of
109AG2C enriched metallic {+108}Pd (94.2%) at the Ames Laboratory Research
109AG3C Reactor. |g rays were detected by Ge(Li) (FWHM=1.8 keV at E|g=100 and
109AG4C 2.8 keV at E|g=1000) and NaI(Tl) detectors. Measured E|g, I|g,
109AG5C |g|g-coin. Deduced levels, |g-ray branching ratios.
109AG C 1970BA37: {+109}Pd source were prepared by irradiating samples of
109AG2C metallic enriched {+108}Pd (~94%). |g rays were detected by a 2.5
109AG3C cm{+3} Ge(Li) detector (FWHM=2.0 keV at E|g=661) and conversion
109AG4C electrons were detected by a high resolution iron-free double focusing
109AG5C beta-ray spectrometer. Measured E|g, I|g, E(ce), I(ce). Deduced levels,
109AG6C |g-ray transition multipolarities, |g-ray branching ratios, conversion
109AG7C coefficients.
109AG C 1975EL10: {+109}Pd source were prepared by irradiating 4 mg samples of
109AG2C natural metallic {+108}Pd at the ARE reactor. |g rays were detected by
109AG3C Ge(Li) and NaI(Tl)l detectors. Measured E|g, I|g, |g|g-coin, |g|g(|q).
109AG4C Deduced levels, J|p, |g-ray branching ratios and mixing ratios.
109AG C 1978PR08: {+109}Pd source were prepared by irradiating samples of
109AG2C metallic enriched {+108}Pd (~95%) at the Rez INR reactor. |g rays were
109AG3C detected by Ge(Li) coaxial detectors (FWHM=2.5 keV at E|g=1333 and 1.8
109AG4C keV at E|g=662). Measured E|g, I|g, |g|g-coin. Deduced levels, |g-ray
109AG5C branching ratios.
109AG C 1982AW03: {+109}Pd source were prepared by irradiating samples of
109AG2C metallic enriched {+108}Pd (~94%) at the Inchass reactor. |g rays were
109AG3C detected by Ge(Li) detectors (FWHM=2.7 keV at E|g=1332.6 and 0.56 keV
109AG4C at E|g=122). Measured E|g, I|g. Deduced levels, |g-ray branching
109AG5C ratios.
109AG C 1988BR31: {+109}Pd source were prepared by irradiating 225 mg samples
109AG2C of enriched {+108}Pd (98.79%) in the Oregon State University TRIGA
109AG3C reactor for a period of 2 hours. |g rays were detected by Ge detectors.
109AG4C Measured E|g, I|g, |g|g(|q), ce. Deduced levels, J|p, |g-ray
109AG5C multipolarities, branching ratios and mixing ratios.
109AG c Other measurements: 1953Av25, 1953Nu04, 1954Mo38, 1957Ma16,
109AG2c 1957Wa05, 1959St28, 1962Br15, 1962Ec02, 1967DiZZ, 1967Na18, 1968BaZY,
109AG3c 1970Be79, 1973ChZN, 1973ChWJ, 1973BuZX, 1976GaZQ, 1977ChYJ, 1977Bo04,
109AG4c 1978Sh08, 1982Br19, 1983BaZT, 1983Ch42, 1985Ed01
109AG CG E,RI$From 2015KR07, unless otherwise stated
109AG3CG I|g values are normalized to I|g(647.27)=100.
109AG cG M,MR$From Adopted Gammas, unless otherwise stated
109AG cB IB$Deduced from I(|g+ce) intensity balances by assuming no |b{+-}
109AG2cB feeding g.s.
109AG cL E$From a least-squares fit to E|g
109AG cL J,T$From Adopted Levels, unless otherwise stated
109AG DG CC$FROM BrIcc v2.3b (16-Dec-2014) 2008Ki07, "Frozen Orbitals" appr.
109AG CG MR$IF NO VALUE GIVEN IT WAS ASSUMED MR=0.00 FOR E2/M1,
109AG2CG MR=1.00 FOR E3/M2 AND MR=0.10 FOR THE OTHER MULTIPOLARITIES
109PD P 0.0 5/2+ 13.59 H 12 1113.3 14
109AG N 0.000260 7 1.0 1.0
109AG CN NR$from SUMOF (I(|g+ce) to GS)=100 by assuming no |b{+-} feeding to
109AG2CN g.s.
109AG PN 3
109AG L 0.0 1/2- STABLE
109AG L 88.0338 107/2+ 39.79 S 21 M1
109AG2 L MOMM1=+4.400 6 (1985ED01)
109AG B 100 4 6.130 18
109AGS B EAV=359.87 59
109AG cB E$1028 keV 2 in 1962Br15. Other measurements: 1959St28, 1954Mo38
109AG G 88.0336 10 1.410E430 E3 26.3 C
109AGS G KC=11.41 16$LC=12.06 17$MC=2.47 4
109AGS G NC=0.386 6$OC=0.001398 20
109AG CG E$From adopted gammas. Others in 109PD B- DECAY: 88.022 10 (2015KR07),
109AG2CG 88.04 5 (1969SC12), 88.04 10 (1982AW03), 88.06 2 (1978SH08), 88.1 2
109AG3CG (1968BE22), 88.2 5(1968GR02), 88.0 4 (1970BA37), 88.1 5 (1975EL10), and
109AG4CG 88 1 (1978PR08)
109AG CG RI$Others: 1.37E4 16 (1968GR02), 1.48E4 18 (1969SC12),
109AG2CG 1.17E4 12 (1970BA37), 1.43E4 19 (1975EL10), 1.46E4 13 (1978PR08) and
109AG3CG 1.20E4 8 (1982AW03).
109AG CG M$From adopted gammas. ce data in 109PD B- DECAY: EKC=10.6 5
109AG2CG (1970BA37);EKC=11.6, K:L:M:N=(0.98 5):1:(0.20 1):(0.050 5),
109AG3CG L1:L2:L3=(0.185 15):1:(1.163 27) (1978SH08)
109AG cG $Double K-shell vacancy per K-shell internal conversion:
109AG2cG 13.0|*10{+-5} 11 (1979Va04)
109AG L 132.764 89/2+ 2.60 NS 12
109AG cL T$from delayed coincidence in 1972Ja01. Other: 1968BeZV
109AG G 44.77 134.7 4 M1+E2 0.14 6 4.6 5 C
109AGS G KC=3.85 19$LC=0.65 20$MC=0.126 39
109AGS G NC=0.0212 60$OC=0.000711 22
109AG CG E$weighted average of 44.7 2 (1968Be22), 44.8 6 (1968GR02),
109AG2CG 44.8 4 (1970BA37), 44.0 5 ( 1975EL10) and 44.98 21 (1982AW03).
109AG3CG Other: 45.8 2 (1978SH08)
109AG CG RI$weighted average of 5.5 17 (1968GR02), 4.8 5 (1970BA37) and
109AG2CG 4.5 6 (1982AW03). Other: 4.5 (1968BE22)
109AG cG MR$From 1984ShZL
109AG CG M$ EKC=3.6 5, ELC=0.7 3 (1978SH08)
109AG L 311.381 63/2- 5.9 PS 7
109AG B 0.0208 7 9.421 16
109AGS B EAV=269.18 56
109AG G 311.390 10 130 1 M1+E2 -0.192 7 0.0200
109AGS G KC=0.01743 25$LC=0.00212 3$MC=0.000402 6
109AGS G NC=6.96E-5 10$OC=3.24E-6 5
109AG CG E$Others: 311.3 1 (1968BE22), 311.5 5 (1968GR02),
109AG2CG 311.4 1 (1969SC12), 311.4 2 (1970BA37), 311.0 2 (1975EL10),
109AG3CG 311.4 1 (1978PR08) and 311.4 1 (1982AW03).
109AG CG RI$Others: 154 12 (1968GR02), 91 8 (1970BA37),
109AG2CG 123 12 (1975EL10), 124 6 (1978PR08) and 121 9 (1982AW03).
109AG CG M$EKC=0.019 2 (1970BA37)
109AG cG MR$Other: 0.35 5 from |g|g(|q) in 1975El10
109AG L 415.205 75/2- 33.4 PS 13
109AG cL $1973Co10 observed 327|g (5/2- to 7/2+) and 282 (5/2- to 9/2+)
109AG2cL gammas through Coulomb excitation measurements. These gammas have
109AG3cL branching ratios of 0.37% {i9} and 0.05% {i3}, respectively. See
109AG4cL {+109}Ag Coulomb excitation. The 327|g is also seen by 1983Ch42.
109AG B 0.00650 23 9.710 17
109AGS B EAV=228.59 54
109AG G 103.827 232.57 12M1+E2 -0.039 17 0.379 C
109AGS G KC=0.329 5$LC=0.0410 7$MC=0.00780 13
109AGS G NC=0.001348 22$OC=6.18E-5 9
109AG CG E$Others: 103.7 2 (1968BE22), 103.6 7 (1968GR02),
109AG2CG 103.9 4 (1969SC12), 103.6 4 (1970BA37), 103.5 5 (1975EL10),
109AG3CG 103.6 2 (1978PR08) and 103.73 25 (1982AW03).
109AG CG RI$Others: 3.4 11 (1968GR02), 3.8 12 (1969SC12),
109AG2CG 1.9 2 (1970BA37), 2.7 6 (1975EL10), 2.8 5 (1978PR08) and 2.7 5
109AG3CG (1982AW03).
109AG CG M$EKC=0.44 5 (1970BA37)
109AG G 282.441 11 0.022 LE[M2] 0.1163 ?
109AGS G KC=0.0994 14$LC=0.01378 20$MC=0.00266 4
109AGS G NC=0.000458 7$OC=2.04E-5 3
109AG cG E$From level energy differences
109AG cG RI$From adopted gammas, relative to I|g(415.222|g)
109AG G 327.171 7 0.18 4 [E1] 0.00582 ?
109AGS G KC=0.00509 8$LC=0.000599 9$MC=0.0001133 16
109AGS G NC=1.95E-5 3$OC=8.81E-7 13
109AG cG E$From level energy differences
109AG cG RI$From adopted gammas, relative to I|g(415.222|g)
109AG G 415.222 10 43.9 5 E2 0.01098 C
109AGS G KC=0.00944 14$LC=0.001257 18$MC=0.000240 4
109AGS G NC=4.08E-5 6$OC=1.636E-6 23
109AG CG E$Others: 415.0 1 (1968BE22), 415.2 6 (1968GR02),
109AG2CG 415.2 3 (1969SC12), 415.1 2 (1970BA37), 415.2 1 (1975EL10),
109AG3CG 415.19 7 (1978PR08) and 415.3 1 (1982AW03).
109AG CG RI$Others: 35 11 (1968GR02), 43 12 (1969SC12),
109AG2CG 45 4 (1970BA37), 43 4 (1975EL10), 42 3 (1978PR08) and 48 6
109AG3CG (1982AW03).
109AG CG M$EKC=0.010 1 (1970BA37)
109AG L 697.38 14 ?
109AG B 0.00005 3 11.0 3
109AGS B EAV=125.13 49
109AG G 564.3 3 0.44 7 ?
109AG CG E$Weighted average of 564.4 5 (1975EL10) and 564.2 3 (1982AW03). Seen
109AG2CG only in 1975EL10 and 1982AW03.
109AG CG RI$weighted average of 0.43 7 (1975EL10) and 0.8 5 (1982AW03).
109AG G 609.37 170.015 15 ?
109AG CG E$Weighted average of 609.2 4 (1975EL10), 609.40 21 (1982AW03) and
109AG2CG 609.5 5 (1969SC12). It is not placed in 1969SC12 and evaluators have
109AG3CG assigned it to this level.
109AG CG RI$Others: 0.7 5 (1975EL10) and 0.6 3 (1969SC12).
109AG L 701.879 93/2- 0.27 PS 7
109AG B 0.00458 14 9.072 15
109AGS B EAV=123.58 49
109AG G 286.644 240.695 48[M1] 0.0244 C
109AGS G KC=0.0213 3$LC=0.00257 4$MC=0.000488 7
109AGS G NC=8.45E-5 12$OC=3.97E-6 6
109AG CG E$Others: 286.3 5 (1969SC12), 286.0 5 (1975EL10),
109AG2CG 286.8 2 (1978PR08) and 286.5 3 (1982AW03).
109AG CG RI$Others:0.6 2 (1969SC12), 0.8 1 (1975EL10) and
109AG2CG 0.5 1 (1978PR08). 1.7 5 from 1982AW03.
109AG G 390.515 183.51 14M1+E2 +0.21 4 0.0112617 C
109AGS G KC=0.00981 14$LC=0.001180 18$MC=0.000224 4
109AGS G NC=3.88E-5 6$OC=1.82E-6 3
109AG CG E$Others: 390.5 3 (1968BE22), 390.9 8 (1968GR02),
109AG2CG 390.6 2 (1969SC12), 390.7 5 (1970BA37), 391.0 3 (1975EL10),
109AG3CG 390.6 2 (1978PR08) and 390.4 2 (1982AW03).
109AG CG RI$Others: 3.9 8 (1968GR02), 3.8 12 (1969SC12),
109AG2CG 3.2 3 (1970BA37), 3.9 6 (1975EL10), 3.6 3 (1978PR08). 8.1 11 from
109AG3CG 1982AW03
109AG CG MR$0.19 6 from |g|g(|q) in 1977BO04, +0.23 5 from |g|g(|q) in
109AG2CG 1988BR31.
109AG CG M$EKC=0.095 2 (1970BA37)
109AG G 701.876 10 13.3 1 M1+E2 0.029 7 0.00273
109AGS G KC=0.00239 4$LC=0.000280 4$MC=5.32E-5 8
109AGS G NC=9.23E-6 13$OC=4.41E-7 7
109AG CG E$Others: 702.0 2 (1968BE22), 701.8 8 (1968GR02),
109AG2CG 701.9 2 (1969SC12), 702.0 3 (1970BA37), 701.9 3 (1975EL10),
109AG3CG 701.8 1 (1978PR08) and 701.80 15 (1982AW03).
109AG CG RI$Others: 14.2 19 (1968GR02), 13 3 (1969SC12),
109AG2CG 14.7 12 (1970BA37), 13.8 14 (1975EL10), 13.5 18 (1978PR08) and
109AG3CG 14.2 12 (1982AW03)
109AG CG M$EKC=0.0023 5 (1970BA37)
109AG L 706.972 10(3/2,5/2-)
109AG B 0.00161 5 9.508 15
109AGS B EAV=121.82 49
109AG G 395.590 280.282 24 C
109AG CG E$Others: 395.6 5 (1969SC12), 395.6 3 (1975EL10),
109AG2CG 395.8 9 (1978PR08) and 396.3 3 (1982AW03).
109AG CG RI$Others: 0.27 13 (1969SC12), 0.7 3 (1975EL10),
109AG2CG 0.27 5 (1978PR08) and 0.50 5 (1982AW03).
109AG G 706.964 106.33 6
109AG CG E$Others: 706.9 3 (1968BE22), 707.0 2 (1969SC12),
109AG2CG 707.1 4 (1970BA37), 707.1 2 (1975EL10), 706.9 1 (1978PR08) and
109AG3CG 707.7 2 (1982AW03).
109AG CG RI$Others: 6.5 18 (1969SC12), 7.1 7 (1970BA37),
109AG2CG 7.1 10 (1975EL10), 6.3 9 (1978PR08) and 5.3 6 (1982AW03)
109AG CG $EKC=0.0020 6 (1970BA37)
109AG L 724.385 6 3/2+ 3.2 NS 8
109AG cL T$from delayed coincidence in 1982Br19
109AG B 0.0215 6 8.318 14
109AGS B EAV=115.87 48
109AG G 309.182 1016.3 2 E1(+M2) +0.03 6 0.0068 6 C
109AGS G KC=0.0060 5$LC=0.00071 7$MC=0.000133 14
109AGS G NC=2.29E-5 23$OC=1.03E-6 11
109AG CG E$Others: 309.3 5 (1968BE22), 309.1 5 (1969SC12),
109AG2CG 309.1 7 (1970BA37), 109.0 5 (1975EL10), 309.3 4 (1978PR08) and
109AG3CG 309.30 15 (1982AW03).
109AG CG RI$Others: 19 8 (1969SC12), 21.0 9 (1970BA37),
109AG2CG 16.4 16 (1975EL10), 20 6 (1978PR08) and 20 2 (1982AW03)
109AG CG MR$|g|g(|q) in 1988BR31
109AG CG M$EKC=0.006 1 (1970BA37)
109AG G 413.010 10 27.6 3 E1+M2 0.18 5 0.0042 6 C
109AGS G KC=0.0037 6$LC=0.00044 7$MC=8.4E-5 14
109AGS G NC=1.45E-5 23$OC=6.6E-7 11
109AG CG E$Others: 413.0 1 (1968BE22), 413.5 10 (1968GR02),
109AG2CG 413.0 4 (1969SC12), 413.2 2 (1970BA37), 413.0 1 (1975EL10),
109AG3CG 413.0 1 (1978PR08) and 413.05 10 (1982AW03).
109AG CG RI$Others: 40 12 (1968GR02), 27 8 (1969SC12),
109AG2CG 23 2 (1970BA37), 29 3 (1975EL10), 29 2 (1978PR08) and
109AG3CG 24 3 (1982AW03)
109AG CG MR$from |g|g(|q) in 1977BO04.
109AG CG M$EKC=0.0030 3 (1970BA37)
109AG G 636.342 10 42.5 4 E2 0.00323 C
109AGS G KC=0.00281 4$LC=0.000350 5$MC=6.65E-5 10
109AGS G NC=1.142E-5 16$OC=4.98E-7 7
109AG CG E$Others: 636.4 2 (1968BE22), 636.1 5 (1968GR02),
109AG2CG 636.3 1 (1969SC12), 636.3 3 (1970BA37), 636.5 4 (1975EL10),
109AG3CG 636.25 9 (1978PR08) and 636.3 1 (1982AW03).
109AG CG RI$Others: 42 6 (1968GR02), 41 10 (1969SC12),
109AG2CG 41 4 (1970BA37), 40 4 (1975EL10), 42 3 (1978PR08) and
109AG3CG 42.6 21 (1982AW03)
109AG CG M$EKC=0.0026 5 (1970BA37)
109AG G 724.372 14 0.24 3 C
109AG CG E$Others: 724.6 3 (1968BE22), 724.4 3 (1969SC12),
109AG2CG 724.4 5 (1970BA37), 724.6 2 (1975EL10), 724.1 3 (1978PR08) and
109AG3CG 724.4 3 (1982AW03).
109AG CG RI$Others: 0.8 3 (1969SC12), 1.1 1 (1970BA37),
109AG2CG 1.0 3 (1975EL10), 0.4 4 (1978PR08) and 1.1 3 (1982AW03)
109AG L 735.322 75/2+
109AG B 0.0339 10 8.079 15
109AGS B EAV=112.15 48
109AG G 423.942 12 3.83 6 E1(+M2) +0.08 8 0.0032 6 C
109AGS G KC=0.0028 5$LC=0.00033 7$MC=6.2E-5 12
109AGS G NC=1.07E-5 21$OC=4.9E-7 10
109AG CG E$Others: 423.9 3 (1968BE22), 424.7 8 (1968GR02),
109AG2CG 423.9 2 (1969SC12), 424.0 4 (1970BA37), 424.1 3 (1975EL10),
109AG3CG 424.0 2 (1978PR08) and 424.0 2 (1982AW03).
109AG CG RI$Others: 2.8 7 (1968GR02), 3.8 12 (1969SC12),
109AG2CG 3.9 3 (1970BA37), 3.8 5 (1975EL10), 3.5 3 (1978PR08) and
109AG3CG 3.4 5 (1982AW03)
109AG CG M$EKC=0.0030 5 (1970BA37)
109AG CG MR$from |g|g(|q) in 1988BR31; Other: -0.27 3 from |g|g(|q) in 1977BO04
109AG G 602.568 10 33.6 3 E2 0.00374 C
109AGS G KC=0.00324 5$LC=0.000407 6$MC=7.75E-5 11
109AGS G NC=1.329E-5 19$OC=5.75E-7 8
109AG CG E$Others: 602.5 1 (1968BE22), 602.4 5 (1968GR02),
109AG2CG 602.5 1 (1969SC12), 602.4 2 (1970BA37), 602.3 5 (1975EL10),
109AG3CG 602.49 9 (1978PR08) and 602.6 1 (1982AW03).
109AG CG RI$Others: 33 4 (1968GR02), 33 8 (1969SC12),
109AG2CG 34 3 (1970BA37), 35 4 (1975EL10), 35 2 (1978PR08) and
109AG3CG 31 3 (1982AW03)
109AG CG M$EKC=0.0030 5 (1970BA37)
109AG G 647.272 10 100 M1 0.00330 C
109AGS G KC=0.00288 4$LC=0.000339 5$MC=6.43E-5 9
109AGS G NC=1.117E-5 16$OC=5.33E-7 8
109AG CG E$Others: 647.3 1 (1968BE22), 647.3 6 (1968GR02),
109AG2CG 647.3 1 (1969SC12), 647.3 2 (1970BA37),
109AG3CG 647.21 7 (1978PR08) and 647.3 1 (1982AW03). 646.4 1 from 1975EL10
109AG CG M$EKC=0.0027 4 (1970BA37)
109AG L 811.74 19 ?
109AG B 0.00011224 10.24 10
109AGS B EAV=86.84 46
109AG G 114.26 190.25 8 ?
109AG CG E$Weighted average of 114.2 3 (1975EL10) and 114.30 25 (1982AW03).
109AG2CG Seen only in 1975EL10 and 1982AW03.
109AG CG RI$from 1975EL10. 2.8 6 from 1982AW03
109AG G 500.6 3 0.18 4 ?
109AG CG E$Weighted average of 500.6 5 (1975EL10) and 500.6 3 (1982AW03).
109AG2CG Seen only in 1975EL10 and 1982AW03.
109AG CG RI$from 1975EL10. 1.2 3 from 1982AW03
109AG L 862.638 95/2- 1.39 PS 21
109AG B 0.00189 6 8.750 17
109AGS B EAV=70.65 44
109AG G 447.426 14 3.74 6 M1+E2 -0.16 4 0.00801 C
109AGS G KC=0.00699 10$LC=0.000834 12$MC=0.0001582 23
109AGS G NC=2.74E-5 4$OC=1.295E-6 19
109AG CG E$Others: 447.5 2 (1968BE22), 448.2 8 (1968GR02),
109AG2CG 447.6 2 (1969SC12), 447.4 3 (1970BA37), 447.8 3 (1975EL10),
109AG3CG 447.5 2 (1978PR08) and 447.02 20 (1982AW03).
109AG CG RI$Others: 4 1 (1968GR02), 3.3 12 (1969SC12),
109AG2CG 3.3 3 (1970BA37), 3.0 5 (1975EL10), 3.5 3 (1978PR08) and
109AG3CG 3.0 5 (1982AW03)
109AG CG MR$-0.12 14 from |g|g(|q) in 1988BR31
109AG CG M$EKC=0.0070 8 (1970BA37)
109AG G 551.258 14 2.82 4 M1+E2 -0.28 3 0.00482 C
109AGS G KC=0.00421 6$LC=0.000500 7$MC=9.49E-5 14
109AGS G NC=1.645E-5 23$OC=7.76E-7 11
109AG CG E$Others: 551.3 2 (1968BE22), 551.3 8 (1968GR02),
109AG2CG 551.4 4 (1969SC12), 551.2 3 (1970BA37), 551.2 5 (1975EL10),
109AG3CG 551.2 1 (1978PR08) and 551.2 2 (1982AW03).
109AG CG RI$Others: 2.3 8 (1968GR02), 2.5 9 (1969SC12),
109AG2CG 2.5 3 (1970BA37), 2.6 5 (1975EL10), 2.7 2 (1978PR08) and
109AG3CG 3.1 3 (1982AW03)
109AG CG MR$-0.28 4 from |g|g(|q) in 1977BO04, -0.26 7 from |g|g(|q) in 1988BR31
109AG G 862.637 14 0.682 8 E2 1.51E-3
109AGS G KC=0.001313 19$LC=0.0001584 23$MC=3.00E-5 5
109AGS G NC=5.18E-6 8$OC=2.36E-7 4
109AG CG E$Others:862.8 5 (1968BE22), 862.5 4 (1969SC12),
109AG2CG 863.0 7 (1970BA37), 862.9 1 (1975EL10),
109AG3CG 862.5 3 (1978PR08) and 862.6 3 (1982AW03).
109AG CG RI$Others: 0.54 18 (1969SC12),
109AG2CG 0.3 1 (1970BA37), 0.5 2 (1975EL10), 0.66 11 (1978PR08) and
109AG3CG 0.44 5 (1982AW03)
109AG L 869.429 6 5/2+
109AG B 0.0202 6 7.683 16
109AGS B EAV=68.53 44
109AG G 134.107 18 5.92 12 M1+E2 0.44 +13-150.24 3 C
109AGS G KC=0.201 21$LC=0.030 6$MC=0.0058 11
109AGS G NC=0.00097 17$OC=3.5E-5 3
109AG CG E$Others: 134.3 2 (1968BE22), 134.7 7 (1968GR02),
109AG2CG 134.2 2 (1969SC12), 134.5 3 (1970BA37), 134.4 2 (1975EL10),
109AG3CG 134.0 2 (1978PR08) and 134.1 2 (1982AW03).
109AG CG RI$Others: 4.9 15 (1968GR02), 5.4 18 (1969SC12),
109AG2CG 4.0 4 (1970BA37), 4.7 7 (1975EL10), 6.1 9 (1978PR08) and
109AG3CG 5.7 6 (1982AW03)
109AG CG M$EKC=0.20 2 (1970BA37)
109AG G 145.039 14 3.83 7M1+E2 0.13 2 0.1531 25 C
109AGS G KC=0.1326 21$LC=0.0167 4$MC=0.00318 7
109AGS G NC=0.000549 11$OC=2.48E-5 4
109AG CG E$Others: 145.4 3 (1968BE22), 145.9 7 (1968GR02),
109AG2CG 145.1 2 (1969SC12), 145.5 3 (1970BA37), 145.4 2 (1975EL10),
109AG3CG 145.0 2 (1978PR08) and 145.20 21 (1982AW03).
109AG CG RI$Others: 4.2 13 (1968GR02), 4.6 14 (1969SC12),
109AG2CG 3.1 3 (1970BA37), 3.5 5 (1975EL10), 3.8 8 (1978PR08) and
109AG3CG 3.9 5 (1982AW03)
109AG CG MR$0.13 2 from |g|g(|q) in 1975EL10
109AG CG M$EKC=0.15 2 (1970BA37)
109AG G 162.37 4 0.41 4
109AG G 454.269 14 1.71 6 E1(+M2) -0.14 +36-170.0030 17 C
109AGS G KC=0.0026 15$LC=3.1E-4 19$MC=5.9E-5 36
109AGS G NC=1.02E-5 62$OC=4.7E-7 29
109AG CG E$Others: 454.3 2 (1968BE22), 454.3 3 (1969SC12),
109AG2CG 454.1 3 (1970BA37), 454.0 3 (1975EL10),
109AG3CG 454.2 2 (1978PR08) and 454.40 25 (1982AW03).
109AG CG RI$Others: 2.2 11 (1969SC12), 2.3 2 (1970BA37),
109AG2CG 2.2 4 (1975EL10), 1.7 2 (1978PR08) and 2.2 5 (1982AW03)
109AG CG MR$-0.14 +36-17 from |g|g(|q) in 1988BR31
109AG G 558.040 10 10.4 1 E1+M2 -0.20 4 0.0020521 C
109AGS G KC=0.00179 18$LC=0.000214 23$MC=4.0E-5 5
109AGS G NC=7.0E-6 8$OC=3.2E-7 4
109AG CG E$Others: 558.1 1 (1968BE22), 557.8 5 (1968GR02),
109AG2CG 558.1 2 (1969SC12), 558.5 2 (1970BA37), 558.0 3 (1975EL10),
109AG3CG 558.05 7 (1978PR08) and 558.10 15 (1982AW03).
109AG CG RI$Others: 9.5 14 (1968GR02), 10 3 (1969SC12),
109AG2CG 9.6 9 (1970BA37), 10.7 16 (1975EL10), 9.9 7 (1978PR08) and
109AG3CG 11.0 7 (1982AW03)
109AG CG MR$-0.26 5 from |g|g(|q) in 1977BO04, -0.026 23 from |g|g(|q) in
109AG2CG 1988BR31.
109AG CG M$EKC=0.0012 3 (1970BA37)
109AG G 736.652 10 6.77 7 E2 0.00222 C
109AGS G KC=0.00193 3$LC=0.000236 4$MC=4.48E-5 7
109AGS G NC=7.72E-6 11$OC=3.44E-7 5
109AG CG E$Others: 736.7 2 (1968BE22), 736.7 7 (1968GR02),
109AG2CG 736.7 2 (1969SC12), 736.8 4 (1970BA37), 736.7 2 (1975EL10),
109AG3CG 736.6 1 (1978PR08) and 736.50 25 (1982AW03).
109AG CG RI$Others: 7.7 11 (1968GR02), 6.9 19 (1969SC12),
109AG2CG 7.7 7 (1970BA37), 7.5 12 (1975EL10), 6.8 9 (1978PR08) and
109AG3CG 7.5 6 (1982AW03)
109AG CG M$EKC=0.0018 5 (1970BA37)
109AG G 781.394 10 46.6 5 M1+E2 0.00213
109AGS G KC=0.00187 3$LC=0.000219 3$MC=4.14E-5 6
109AGS G NC=7.19E-6 10$OC=3.44E-7 5
109AG CG E$Others: 781.4 2 (1968BE22), 781.8 7 (1968GR02),
109AG2CG 781.4 2 (1969SC12), 781.5 3 (1970BA37), 782.1 4 (1975EL10),
109AG3CG 781.3 1 (1978PR08) and 781.4 1 (1982AW03).
109AG CG RI$Others: 51 6 (1968GR02), 45 12 (1969SC12),
109AG2CG 50 4 (1970BA37), 49 7 (1975EL10), 48 3 (1978PR08) and
109AG3CG 43 3 (1982AW03)
109AG CG M$EKC=0.0017 5 (1970BA37)
109AG G 869.415 25 0.06 3 [M2] 0.00427
109AGS G KC=0.00372 6$LC=0.000453 7$MC=8.62E-5 12
109AGS G NC=1.495E-5 21$OC=7.06E-7 10
109AG CG E$Other: 868.8 10 (1969SC12)
109AG CG RI$Other: 0.15 8 (1969SC12)
109AG L 910.903 117/2+
109AG B 0.00132 4 8.609 17
109AGS B EAV=55.82 43
109AG G 778.140 14 4.29 5 M1 0.00215 C
109AGS G KC=0.00188 3$LC=0.000221 3$MC=4.18E-5 6
109AGS G NC=7.26E-6 11$OC=3.47E-7 5
109AG CG E$Others: 778.3 5 (1968BE22),
109AG2CG 778.3 5 (1969SC12), 778.4 7 (1970BA37), 778.2 2 (1975EL10),
109AG3CG 778.2 3 (1978PR08), 778.3 5 (1982AW03) and 778.3 5 (1988BR31)
109AG CG RI$Others: 6.2 25 (1969SC12),
109AG2CG 4.0 4 (1970BA37), 5.8 9 (1975EL10), 7.3 25 (1978PR08) and
109AG3CG 4.0 5 (1982AW03)
109AG CG M$EKC=0.0018 5 (1970BA37)
109AG G 822.862 14 0.759 8 [M1] 0.00190
109AGS G KC=0.001660 24$LC=0.000194 3$MC=3.67E-5 6
109AGS G NC=6.38E-6 9$OC=3.06E-7 5
109AG CG E$Others: 822.9 3 (1968BE22),
109AG2CG 822.9 4 (1969SC12), 822.7 5 (1970BA37), 823.1 2 (1975EL10),
109AG3CG 822.8 2 (1978PR08) and 822.9 3 (1982AW03).
109AG CG RI$Others: 0.77 22 (1969SC12), 0.5 1 (1970BA37), 0.77 11
109AG2CG (1978PR08) and 0.8 5 (1982AW03). 1.5 4 from 1975EL10.
109AG L 912.217 24 7/2-
109AG G 497.010 23 0.319 23(M1+E2) 0.00619
109AGS G KC=0.00540 8$LC=0.000641 9$MC=0.0001215 17
109AGS G NC=2.11E-5 3$OC=1.001E-6 14
109AG CG E$Others: 496.9 5 (1968BE22), 496.7 7 (1970BA37), and
109AG3CG 496.9 6 (1978PR08)
109AG CG RI$Others: 0.15 3 (1970BA37) and 0.31 6 (1978PR08)
109AG G 601.1 7 0.06 2 (E2) 0.00377
109AGS G KC=0.00327 5$LC=0.000410 6$MC=7.80E-5 12
109AGS G NC=1.338E-5 20$OC=5.79E-7 9
109AG CG E,RI$From adopted gammas. RI relative to RI(496|g)
109AG L 1099.11 4(5/2,7/2-)
109AG B 0.0000625 6.41 14
109AGS B EAV=3.56 36
109AG G 402.05 9 0.25 9 ?
109AG CG E$weighted average of 402.2 5 (1975EL10) and 402.0 3 (1982AW03).
109AG2CG Seen only in 1975EL10 and 1982AW03.
109AG CG RI$from 1975EL10. 1.9 5 from 1982AW03
109AG G 787.6 3 0.8 5 ?
109AG CG E,RI$from 1982AW03. 1975EL10 give E|g=790.2 5 with I|g=0.09 1.
109AG G 966.29 4 0.145 7
109AG CG E$Others: 966.3 5 (1968BE22), 966.4 7 (1970BA37),
109AG2CG 966.2 3 (1975EL10), 966.2 5 (1978PR08) and 966.1 3 (1982AW03).
109AG CG RI$Others: 0.37 13 (1975EL10), 0.25 4 (1978PR08) and
109AG2CG 0.43 5 (1982AW03)
109AG G 1011.16 5 0.092 5
109AG CG E$Others: 1010.5 5 (1968BE22), 1010.6 9 (1970BA37),
109AG2CG 1010.0 3 (1975EL10), 1010.8 6 (1978PR08) and 1010.5 3 (1982AW03).
109AG CG RI$Others: 0.25 8 (1975EL10), 0.11 4 (1978PR08) and
109AG2CG 0.38 4 (1982AW03)