154GD 154EU B- DECAY 2004Ku13 25NDS 202503
154GD H TYP=FUL$AUT=N. NICA$CIT=NDS 200, 2 (2025)$CUT=22-Aug-2022$
154GD D DATA SET COMPLETELY RE-DONE (MARCH, 2008) BY CW REICH TO INCORPORATE
154GD2D DATA FROM 2004Ku13, WHICH ELIMINATES SEVERAL LEVELS, A NUMBER OF
154GD3D PREVIOUSLY REPORTED GAMMAS, AS WELL AS BRINGING IN OTHER DATA.
154GD c The level scheme is primarily from 2004Ku13. This work eliminates a
154GD2c number of previously reported levels and sets rather stringent upper
154GD3c limits on the intensities of |?75 gammas that were previously
154GD4c associated
154GD4c with the {+154}Gd level scheme. All the |g's listed by these authors
154GD5c are placed in their proposed level scheme. In earlier studies, a number
154GD6c of |g's were shown as unplaced. In view of this recent study, the
154GD7c evaluator has not listed any of these previously unplaced |g's.
154GD c 2004Ku13: measured |?2.4|*10{+8} |g-ray singles and |?1.|*10{+8} |g|g
154GD2c coin events using the "8|p SPECTROMETER" array of 20
154GD3c Compton-suppressed HPGe detectors, having nominal active volumes of
154GD4c 115 cm{+3}. 380 twofold coincidence combinations were available for
154GD5c the array. The source-detector distances were 22~cm. No absorbers were
154GD6c placed in front of the detectors, and only the surrounding BGO
154GD7c Compton-suppression detectors served to suppress the room background.
154GD c Data are from many measurements including |g energies from 1968Me12,
154GD2c 1970Ri19, 1980Sh15, 1989Ki10, 1990He05, 1990Me15, and 1992Sm02; |g
154GD3c intensities from 1968Me12, 1969Va09, 1970Ri19, 1980Ro22, 1980Sh15,
154GD4c 1984Iw03, 1989Ki10, 1990He05, 1990Me15, 1991BaZS, 1992Ha02, 1992Sa04,
154GD5c and 1992Sm02; half-lives from 1955Su64, 1961St04, 1963Bu03, 1968Ku03,
154GD6c 1972Aw04, 1995Ma03; |b{+-} intensities from 1966Ha36 and 1968Ng01; and
154GD7c |g|g coincidences from 1968Me12 and 1977Gu10. Measurements related to
154GD8c J{+|p}'s and |g multipolarity assignments are listed in {+154}Gd
154GD9c Adopted Levels and |g radiations. Other references on E|g, I|g, |g
154GDac multipolarities, and the decay scheme include 1959Ha07, 1960De16,
154GDbc 1966Dz15, 1968Br20, 1968Me18, 1968Ng01, 1969An01, 1969Au09, 1969GuZW,
154GDcc 1969Ri03, 1970Ke13, 1970Ra37, 1970Re08, 1972De12, 1972Ha84, 1974HeYW,
154GDdc 1980Yo06, 1982Co05, 1982HoZF, 1991ZaZZ, 1992Ak03 and 2002El07; on
154GDec half-lives 1961Na06; and on miscellaneous properties 1960Ma38,
154GDfc 1962Lu03, 1966Di02, 1967Ho06, 1970Wa26, 1977Ra08. brief descriptions
154GDgc of the experimental methods employed in these are not given here. They
154GDhc are available on-line in the ENSDF file (at www.nndc.bnl.gov).
154GD d Evaluated x-ray emission probabilities from 2004BeZQ
154GD d (in photons/100 decays)
154GD d ------------------------
154GD d L| x ray: 7.1|+0.3
154GD d K|a{-1}| x ray: 7.2|+0.2
154GD d K|a{-2}| x ray: 13.0|+0.3
154GD d K|b{-1}'| x ray: 4.1|+0.1
154GD d K|b{-2}'| x ray: 1.08|+0.3
154GD D Experimental methods:
154GD D Measurements of decay scheme including G energies and intensities:
154GD D 1959Ha07: Measured EG and RI for 2 G's on curved-crystal spectrometer.
154GD D 1960De16: See notes below. Measured EG and RI for 7 G's.
154GD D 1966Dz15: 154EU from n capture in enriched (98.9%) 153EU. G's
154GD2D measured from recoil electrons in magnetic spectrometer.
154GD3D EG and RI for 32 G's.
154GD D 1968Br20: 154EU from n capture in enriched 153EU. Measured RI and I
154GD2D in magnetic spectrometer by internal and external conversion.
154GD D 1968Ha28: CE measured in magnetic spectrometer. Deduced EKC for 4 G's.
154GD D 1968Me12: 154EU from n capture in enriched 153EU and 154EU enriched
154GD2D after production. Ge(Li) detectors used to measure EG, RI, and
154GD3D GG coincidences. Give 140 RI values and 66 or 140 EG values.
154GD D 1968Me18: 154EU from n capture in enriched 153EU and 154EU enriched
154GD2D after production. G measured but only results are level
154GD3D energies.
154GD D 1968Ng01: 154EU from n capture in enriched (98.8%) 153EU. Ge(Li)
154GD2D detector used to measure EG and RI for 30 G's. Measured beta
154GD3D on magnetic spectrometer and deduced 6 I(B-) values. Measured
154GD4D CE on magnetic spectrometer for 13 G's; deduced 10 EKC.
154GD D 1969An01: 154EU from n capture in enriched (98.7%) 153EU. Measured
154GD2D CE in THE magnetic spectrometer (R= 0.1%). I(e-) for 8 lines.
154GD D 1969Au09: 154EU from n capture in 153EU. Measured G's with Ge(Li)
154GD2D detectors. EG and RI for 13 G's.
154GD D 1969GuZW: Measured EG and RI for 23 G's.
154GD D 1969Ri03: 154EU from n capture in enriched 153EU. G's measured with
154GD2D Ge(Li) detectors and obtained 13 EG and RI.
154GD D 1969Va09: Ge(Li) detector used to measure EG and RI for 48 G's.
154GD2D GG(THETA) measured and deduced MR for 8 G's.
154GD D 1970Ke13: 154EU from thermal n capture. Measured 12 EG and RI.
154GD D 1970Ra37: 154EU from n capture in enriched (98.8%) 153EU. EG measured
154GD2D on curved-crystal spectrometer for 16 G's.
154GD D 1970Re08: 154EU from n capture. Measured 2 EG and RI with
154GD2D curved-crystal spectrometer.
154GD D 1970Ri19: Ge(Li) and NaI detectors used to measure EG, RI, and GG
154GD2D coincidences for 51 G's.
154GD D 1970Ru09: 154EU from isotope separation following n capture in
154GD2D enriched 153EU. Used Ge(Li), NaI, and magnetic spectrometer
154GD2D to measure G singles, GG(THETA), GG(THETA,t), and GCE(THETA).
154GD3D Gives some RI and 5 MR values.
154GD D 1971Ru05: 154EU from isotope separation following n capture in
154GD2D enriched 153EU. Measured G in Ge(Li) detector, GG(THETA) with
154GD3D Ge(Li) and NaI detectors, and CE in magnetic spectrometer.
154GD4D Gives 1 MR, 3 RI, 13 EKC, and 3 I(E0,K)/I(E2,K) ratios.
154GD D 1972Ha84: Review paper, quoted results from others.
154GD D 1972Na21: 154EU purchased. Ge(Li) detector used to measure RI for
154GD2D 12 G's. CE measured on Si(Li) detector and deduced 20 EKC.
154GD D 1974HeYW: Ge(Li) detector used to measure EG and RI for 25 G's.
154GD D 1977YoZo: Measured RI and deduced relative B(E2) values, but no RI
154GD2D given. Abstract. See 1980Yo06.
154GD D 1980Sh15: 154EU purchased. Ge(Li) detector for G measurements.
154GD2D EG and RI for 82 G's, SIGMA AP 0.3 keV and 2%, resp.
154GD D 1980Yo06: Ge(Li) detector used to measure RI for 26 G's above 400
154GD2D keV, with SIGMA AP 0.3 keV.
154GD D 1982Co05: 154EU both purchased and from isotope separator group.
154GD2D Ge and Ge(Li) detectors used to measure RI of 8 G's with SIGMA
154GD3D of 0.6-1.0%.
154GD D 1982HoZF: Measured G-emission probabilities for 9 G's.
154GD D 1984Iw03: Ge(Li) detector used to measure RI for G's below 450 keV.
154GD2D G intensities normalized by requiring 100% feeding of ground
154GD3D state and including results from 1980Yo06.
154GD D 1989Ki10: Measured G singles, GG coincidences, and GG(THETA) with Ge
154GD2D and NaI(Tl) detectors including Compton suppression. Report
154GD3D 81 EG, RI values and 10 MR values.
154GD D 1990He05: Measured 35 EG values and 24 RI's.
154GD D 1990Me15: Report 33 EG and RI values, partly related to 1968Me12.
154GD D 1991BaZS: Evalution of RI for 12 best lines for ^IAEA-CRP of 1992;
154GD2D does not include 1990Me15, 1992Ha02, or 1992Sm02.
154GD D 1991ZaZZ: Abstract gives 13 RI values.
154GD D 1992El11: MEASURED G SINGLES AND GG COINCIDENCES USING COMMERCIALLY
154GD2D AVAILABLE SOURCES. DISCOVERED ONE NEW G, MEASURED RI VALUES
154GD3D FOR SEVERAL GAMMAS FOR WHICH SUCH VALUES WERE NOT PREVIOUSLY
154GD4D GIVEN AND PLACED SEVERAL PREVIOUSLY OBSERVED, BUT UNPLACED, G'S.
154GD D 1992Ha02: Measured G singles. Report 130 measured RI's and give
154GD2D weighted average for values from 13 references including
154GD3D 1968Me12, 1990Me15 and 1992Sm02.
154GD D 1992Sm02: Measured EG and RI for 27 G's.
154GD D 1997Ka47: DID NEUTRON ACTIVATION OF A 24-ELEMENT STANDARD IN SIX
154GD2D DIFFERENT IRRADIATION POSITIONS IN TWO DIFFERENT NUCLEAR
154GD3D REACTORS. USING A GENERALIZED LEAST-SQUARES ANALYSIS PROCEDURE,
154GD4D THESE AUTHORS WERE ABLE TO DEDUCE THERMAL-NEUTRON CROSS
154GD5D SECTIONS, RESONANCE INTEGRALS AND |g-EMISSION PROBABILITIES FOR
154GD6D THE VARIOUS NUCLIDES. FOR 154EU, THEY REPORT EMISSION-PROBABILITY
154GD7D VALUES FOR THE 247.9 AND 996.2 GAMMAS.
154GD D 2002El07: 154EU B- DECAY. MEASURED EG, RI, GG COIN USING TWO HPGe
154GD2D DETECTORS AND A Compton-suppression SYSTEM CONSISTING OF A HPGe
154GD3D DETECTOR SURROUNDED BY A 9"|*9" ANNULAR NaI(Tl) SINGLE CRYSTAL.
154GD4D REPORT RELATIVE RI VALUES AND LEVEL SCHEME.
154GD D Measurements of multipolarities:
154GD D 1960De16: 154EU from n capture in enriched (95%) 153EU. GG(THETA)
154GD2D measured with NaI detectors. Deduced MR for 5 G's.
154GD D 1961Ba19:
154GD D 1964Ca12: Measured circular polarization of 1274 G and deduced MR for
154GD2D G and J of 1397 level.
154GD D 1964Ha47: Measured CE with magnetic spectrometer, G with NaI detector,
154GD2D and GCE coincidences. Deduced MR for 3 G's and EKC for 5 G's.
154GD D 1966Dz15: See comments above. Deduced 8 or 11 MR.
154GD D 1969Ha01: GG(THETA) measured with Ge(Li) and NaI detectors. Deduced
154GD2D MR for 2 G's.
154GD D 1969Ha36: GG(THETA) measured with Ge(Li) and NaI detectors. Deduced
154GD2D MR for 6 G's.
154GD D 1969Va09: See comments above. Deduced 8 MR.
154GD D 1971La11: GG(THETA) and GG(THETA,t) measured with Ge and NaI detectors
154GD2D Deduced MR for 2 G's.
154GD D 1971Ma65: GCE(THETA) and GG(THETA) measured. CE measured in magnetic
154GD2D spectrometer. Deduced MR and EKC for 1 G.
154GD D 1971Wh01: 154EU from n capture in enriched 153EU. GG(THETA) measured
154GD2D with Ge(Li) and NaI detectors. Deduce MR for 5 G's and
154GD3D associated level spins.
154GD D 1972De12: Description of GG(THETA) measurement system.
154GD D 1972Go35: 154EU from n capture in enriched 153EU. GG(THETA) measured
154GD2D with Ge(Li) detectors. Deduced MR for 7 G's and level spins.
154GD D 1973Ob01: GG(THETA) measured with Ge(Li) and NaI detectors. Deduced
154GD2D MR for 4 G's.
154GD D 1974Lo02: Comments on expected E1,M2 mixtures. No new data.
154GD D 1977Gu10: Ge(Li) and NaI detectors used to measure G singles and
154GD2D GG and GG(THETA) coincidences. Deduced MR for 19 G's. EG and RI
154GD3D given for AP 75 G's.
154GD D 1983Gi07: 154EU from n capture in enriched (AP 98%) 153EU.
154GD2D Measured GG(THETA), GCE(THETA), and G(THETA) from oriented
154GD3D nuclei. Deduced MR for 15 G's.
154GD D 1983Le19: GG(THETA) and GGG(THETA) measured with Ge(Li) and NaI
154GD2D detectors. Deduced MR for 1 G.
154GD D 1992Ak03: MEASURED GG(THETA) AND CEK-G(THETA). REPORTED MR VALUES FOR
154GD2D 9 G TRANSITIONS.
154GD D 1996Al31: MEASURED GG(THETA) USING THE 12 ^Ge DETECTORS FROM THE
154GD2D ^OSIRIS FACILITY, THE DETECTORS BEING MOUNTED IN A RING AROUND
154GD3D THE SOURCE. THESE AUTHORS MEASURED MR FOR THE 3+|)2+ TRANSITION
154GD4D WITHIN THE GAMMA BAND. FROM THIS, AND THE PREVIOUSLY KNOWN
154GD5D G-FACTOR OF THE 2+ MEMBER OF THE GS BAND, THEY DETERMINED THE
154GD6D G-FACTOR OF THE 2+ MEMBER OF THE GAMMA BAND.
154GD D Measurements of lifetimes:
154GD D 1961Na06: No source data. GG coincidences for 2+ lifetime.
154GD D 1961St04: 154EU from n capture in enriched 153EU. Measured lifetime
154GD2D of 2+ state in course of GG(THETA,H) study.
154GD D 1963Bu03: 154EU from n capture in enriched (97%) target. Measured
154GD2D lifetimes of first 2+ and 4+ states by B-CE coincidences in
154GD3D double-lens spectrometer.
154GD D 1968Ku03: 154EU source. Measured lifetime of 2+ state from B-CE
154GD2D coincidences with two plastic scintillators.
154GD D 1972Aw04: 154EU from n capture. Measured lifetimes of first 2+ and 4+
154GD2D states with two magnetic lens CE spectrometers.
154GD D 1978Ag03: Calculated B(E2) from model. Tallies measurements.
154GD D 1995Ma03: MEASURED T OF THE FIRST 2+ STATE USING A "FAST-TIMING"
154GD2D BGG(t) METHOD. ALSO DEDUCED AN ICC VALUE FOR THE 2+ TO 0+ TRANSITION
154GD3D USING THIS T VALUE AND A "BEST" BE2 VALUE FROM OTHER SOURCES.
154GD D Measurements of B- shapes and other B- decay related properties:
154GD D These measurements generally do not give data for any data sets.
154GD D 1960La04: Measured B- shape and deduced shape factor and E(B-).
154GD D 1961Sa10: Measured B(1860)G(123)(THETA) and deduced B matrix elements.
154GD D 1961Su08: Measured BG(THETA) and deduced B matrix elements.
154GD D 1961Wy04: Measured BG(THETA) and deduced B matrix elements.
154GD D 1962Bh02: Measured BG(THETA) and deduced B matrix elements.
154GD D 1963He09: Measured BG circular polarization, deduced on JPI.
154GD D 1963Su08: Measured BG(THETA) and change of correlation with E(B-).
154GD D 1964Du03: Recalculated B matrix elements.
154GD D 1964Li05: Reanalyzed B matrix elements.
154GD D 1966Ci02: Measured BG(THETA).
154GD D 1966Ha36: Measured BG coincidences to deduced E(B-) and IB for two
154GD2D branches.
154GD D 1968Zg01: Measured BG(THETA) and change of correlation with E(B-).
154GD D 1969Su09: Measured BG(THETA).
154GD D 1977Ra08: Measured B- shape factor. Deduced E(B-) and matrix elements
154GD D 1978RaYT: Measured BGG(THETA).
154GD D Other measurements:
154GD D 1960Ma38: Measured GG(THETA,H,t) to deduce g factor of 2+ state.
154GD D 1961Ba19: Measured GG polarization (THETA) to deduced JPI of 1 level.
154GD D 1961St04: Measured GG(THETA,H,t) to deduce g factor of 2+ state.
154GD D 1962Lu03: 154EU from n capture. Measure GG coincidence rates with
154GD2D NaI detectors. Deduced ICC and EKC for 1 G.
154GD D 1964Ca12: 154EU from n capture in enriched (99%) 153EU. BG(THETA)
154GD2D to determine circular polarization. Deduced 1 J value.
154GD D 1966Di02: 154EU from n capture. Measure GG coincidence rates with
154GD2D NaI detectors. Deduced ICC and EKC for 1 G. Same results as
154GD3D 1962Lu03.
154GD D 1966Ha36: 154EU from n capture in enriched (99.0%) 153EU. Beta shapes
154GD2D measured in magnetic spectrometer in coincidence with G.
154GD D 1967Ho06: 154EU from n capture in enriched 153EU. GCE(THETA) measured
154GD2D with magnetic spectrometer and NaI detector. GG(THETA) measured
154GD3D with NaI detectors. Deduced particle parameters for 2 G's.
154GD D 1970Wa26: 154EU from thermal n capture. GG(THETA,H,t) measured
154GD2D to obtain g factor of 2+ state.
154GD D 1977Ra08: 154EU from n capture in enriched (99%) 153EU. B- shape
154GD2D in coincidence with 123 G measured with magnetic spectrometer.
154GD cB $Beta-spectral shape factors are given by 1960La04, 1966Ha36, 1968Ng01,
154GD2cB and 1977Ra08. |b|g(|q) has been measured by 1961Sa10, 1961Su08,
154GD3cB 1961Wy04, 1962Bh02, 1963Su08, 1966Ci02, 1968Zg01, 1969Su09, and
154GD4cB 1978RaYT. |b|g circular polarization has been measured by 1963He09.
154GD5cB |b{+-} decay matrix elements have been computed in many of these
154GD6cB papers, as well as in 1964Du03 and 1964Li05.
154GD cB IB$Average of measured values from 1966Ha36 and 1968Ng01, unless noted
154GD2cB as from |g-transition intensity balances. Where the measured values are
154GD3cB given, the intensity-balance values are also given as as comments and
154GD4cB are in excellent agreement. The total |b{+-} intensity listed is
154GD5cB 100.4%. The following levels (and upper limits on the intensities of
154GD6cB the feeding |b{+-} transitions) are not observed by 2004Ku13: 1135.96
154GD7cB (<0.0073); 1233 (<0.0049); 1276.63 (<0.0039); 1293.59 (<0.0051);
154GD8cB 1294.17 (<0.0083); 1295.467 (<0.0091); 1510.1 (<0.0086); 1698.2
154GD9cB (<0.0006); 1770.5 (<0.0045); 1838.3 (<0.0023); 1861.2 (<0.0008); 1879.0
154GDacB (<0.0003); and 1894.7 (<0.0017). Note that these limits are given
154GDbcB relative to I|g(1274|g)=100. To express them in transitions per 100
154GDccB decays, multiply by 0.3484.
154GD cB E(R)$From 1966Ha36.
154GD cB E(S)$From 1968Ng01.
154GD cB IB(T)$From |g-transition intensity balance.
154GD cG $The indicated placements of the |g's in the level scheme are supported
154GD2cG by the |g|g-coincidence relations from 2004Ku13, as well as from
154GD3cG 1968Me12 and 1977Gu10. These are not specifically shown on the
154GD4cG level-scheme drawing.
154GD cG RI$The I|g values for the prominent |g rays are important because
154GD2cG {+154}Eu is used as an efficiency calibration standard for Ge
154GD3cG detectors. For this reason, some of these I|g values were given
154GD4cG detailed consideration by the Decay Data Evaluation Project, a program
154GD5cG carried out under the auspices of the IAEA. The {+154}Eu data were
154GD6cG evaluated by V.P. Chechev and N.K. Kuzmenko and included all the data
154GD7cG available to them. Their results are given in 2004BeZQ. The data
154GD8cG reported by 2004Ku13 were not included in their work, but are in
154GD9cG generally good agreement with it.
154GD cG RI$Values of the absolute emission probabilities of the {+154}Eu-decay
154GD2cG |g's have also recently been measured by 2004Te01. These values are in
154GD3cG generally in good agreement with the evaluated values of Chechev and
154GD4cG Kuzmenko, as well as with those of 2004Ku13.
154GD cG E$Values are from 2004Ku13, unless noted otherwise.
154GD cG E(P)$From the recommended values in the analysis and evaluation of
154GD2cG 2000He14.
154GD cG RI$Relative values, from 2004Ku13 unless noted otherwise.
154GD cG M,MR$Assignments and values are from {+154}Gd adopted |g radiations and
154GD2cG include the results of all types of experiments and all decay modes.
154GD3cG See {+154}Gd adopted |g radiations for other information including: (1)
154GD4cG mixing ratios such as |d(M3/E2) and |d(M2/E1) where |d can be zero and
154GD5cG is not included here; (2) comments on measurements for lines which are
154GD6cG multiplets; and (3) identification of |a values that are based on
154GD7cG experimental values rather than theory.
154GD cL E$From a least-squares fit to the |g-ray energies. Three E|g's out of
154GD2cL 135 differ by more than 3|s.
154GD cL J$From Adopted Levels.
154GD cL T$Adopted values.
154GD CL BAND(A)$K{+|p}=0+ ground-state band.
154GD CL BAND(B)$K{+|p}=0+ |b{+-}vibrational band.
154GD CL BAND(C)$K{+|p}=2+ |g-vibrational band.
154GD CL BAND(D)$K{+|p}=0- octupole-vibrational band.
154GD CL BAND(E)$Second excited K{+|p}=0+ band. Proposed as a "pairing isomer"
154GD2cL by 2003Ku19.
154GD CL BAND(F)$K{+|p}=1- octupole-vibrational band.
154GD CL BAND(G)$K{+|p}=2+ band.
154GD CL BAND(H)$K{+|p}=4+ band. Bandhead of a hexadecapole-vibrational band.
154GD CL BAND(I)$K{+|p}=2- octupole-vibrational band.
154GD DG CC$FROM BrIcc v2.3e (17-Jun-2020) 2008Ki07, "Frozen Orbitals" appr.
154EU P 0.0 3- 8.592 Y 5 1968.0 8
154EU DP J From 154EU Adopted Levels.
154EU DP T From 154EU Adopted Levels.
154EU DP QP From 2003Au03.
154EU cP QP$From 2021Wa16
154GD N 0.3484 23 0.3484 230.99982 121.00018 12
154GD PN 4
154GD cN NR$Weighted average of 0.3532~{I18} (1992Ha02), 0.348~{I2} (1994Co02)
154GD2cN and 0.3456~{I14} (2004Te01), all from |g-activity and emission-rate
154GD3cN measurements. In the evaluation in 2004BeZQ, a value of 0.349~{I3} is
154GD4cN derived. With this value of I|g normalization, the total feeding to the
154GD5cN g.s. is 100.0|+1.7%.
154GD cN BR$Calculated by evaluator from the adopted data in
154GD2cN {+154}Eu |e decay and {+154}Eu |b{+-} decay. Same values are
154GD2cN also obtained by the evaluation of |g emission probability data
154GD2cN in 2004BeZQ.
154GD2dN Previously same values was obtained, but differently:
154GD2dN Branching is from 2004Te01, from comparison of the I|g value of the
154GD2dN 81.99, 2+|)0+ transition following |e decay to {+154}Sm, relative to
154GD3dN the I|g values of the |g's following the |b{+-} decay to {+154}Gd.
154GD L 0 0+ STABLE A
154GD L 123.071 3 2+ 1.184 NS 5 A
154GD2 L G=+0.455 21
154GD cL $The g-factor was computed from the adopted |m value. See the comment
154GD2cL in the "Adopted Levels, Gammas" data set.
154GD cL T$From 1995Ma03, |b|g|g(t). Others: 1.19~ns~{I10} (1955Su64); 1.18 ns 3
154GD2cL (1961St04); 1.16~ns~{I5} (1963Bu03); 1.21~ns~{I4} (1968Ku03);
154GD3cL 1.18~ns~{I4} (1972Aw04); 1.15~ns~{I3} (1961Na06); and 1.18~ns~{I3}
154GD4cL (1963Fo02).
154GD B 1844 2 10.0 12 12.16 6
154GDS B EAV=695.8 5
154GD cB IB$Value from intensity balance is 10.7~{I18}.
154GD cB E$From 1977Ra08. Others: 1866~{I12} (1968Ng01), 1845~{I10} (1966Ha36),
154GD2cB and 1855~{I5} (1960La04).
154GD G 123.0706 9 116.0 10 E2 1.187 17 P
154GD2 G %IG=40.4 4
154GDS G KC=0.656 9$LC=0.411 6$MC=0.0963 13
154GDS G NC=0.02153 30$OC=0.00286 4$PC=3.36E-5 5
154GD cG CC$Weighted average of the measured values 1.200~{I20} (1962Lu03) and
154GD2cG 1.194~{I19} (1995Ma03). The former value was determined by a
154GD3cG high-accuracy coincidence-sum method using a 4|p NaI(Tl) detector. The
154GD4cG latter used the measured T{-1/2} value and the B(E2) of the deexciting
154GD5cG |g to deduce |a(exp). The B(E2) value employed in this calculation was
154GD6cG obtained from the weighted average of the following B(E2)|^ values:
154GD7cG 3.85~{I8} (1977Ro08,1977Ro26), 3.90~{I6} (1977Sc33) and 3.83~{I4}
154GD8cG (1977Wo02), from Coul. ex.; and 3.87~{I6} (1983La08), from muonic x-ray
154GD9cG studies. (The |a(exp) value actually reported by 1995Ma03 was
154GDacG 1.193~{I19}. The slight difference between this and the |a(exp) given
154GDbcG above results from a different choice of statistical weights used by
154GDccG the evaluator, in accordance with ENSDF policy.) Note that the
154GDdcG theoretical value from 2005KiZW is 1.187, with an estimated uncertainty
154GDecG of 1.4%. The listed subshell coefficients have been scaled up from the
154GDfcG calculated ones to be consistent with the adopted |a value.
154GD cG EKC,K/T$From 1962Lu03, |a(K)exp=0.635~{I16} and
154GD2cG ce(K)/(|g+ce)=0.531~{I7}
154GD cG $K/L=1.54~{I3}, an average of 1.51~{I3} (1957Ke08) and 1.57~{I5}
154GD2cG (1966Ja02).
154GD cG $L1/L2/L3 L1:L2:L3=1.00:2.69~{I8}:2.46~{I6}, from 1957Ke08.
154GD L 371.000 1 4+ 45.6 PS 8 A
154GD cL T$From this dataset only: 39~ps~{I5} (1963Bu03) and 41~ps~{I7}
154GD2cL (1972Aw04). Other: 61~ps~{I4} (1972PlZW).
154GD B 1597 0.19 5 13.64 12 R
154GDS B EAV=588.1 5
154GD cB IB$Value from intensity balance is 0.34~{I7}.
154GD G 247.9290 7 19.77 14E2 0.1098 15 P
154GD2 G %IG=6.89 7
154GDS G KC=0.0809 11$LC=0.02244 31$MC=0.00513 7
154GDS G NC=0.001156 16$OC=0.0001616 23$PC=4.87E-6 7
154GD L 680.61 4 0+ B
154GD G 557.53 7 0.773 7 E2 0.0105315
154GD2 G %IG=0.2693 30
154GDS G KC=0.00864 12$LC=0.001480 21$MC=0.000327 5
154GDS G NC=7.46E-5 10$OC=1.111E-5 16$PC=5.85E-7 8
154GD G 680.72 10 E0 0.015 2
154GD2 G %IG=0.005225 34
154GD cG E,TI$Value listed in 2004BeZQ. 2004Ku13 do not show this transition.
154GD L 717.67 4 6+ A
154GD G 346.70 7 0.074712E2 0.0389 5
154GD2 G %IG=0.0260 5
154GDS G KC=0.0304 4$LC=0.00662 9$MC=0.001490 21
154GDS G NC=0.000338 5$OC=4.86E-5 7$PC=1.949E-6 27
154GD L 815.493 2 2+ B
154GD B 1198 60 0.7 5 12.5 4 S
154GDS B EAV=401.2 5
154GD cB IB$Value from intensity balance is 0.213~{I23}.
154GD G 134.87 7 0.023 3 E2 0.858 12
154GD2 G %IG=0.0080 10
154GDS G KC=0.503 7$LC=0.275 4$MC=0.0642 9
154GDS G NC=0.01436 20$OC=0.001916 27$PC=2.63E-5 4
154GD G 444.4924 19 1.570 14E2 0.0191427 P
154GD2 G %IG=0.547 6
154GDS G KC=0.01540 22$LC=0.00292 4$MC=0.000650 9
154GDS G NC=0.0001479 21$OC=2.169E-5 30$PC=1.021E-6 14
154GD G 692.4205 18 5.10 4 E0+M1+E2 7.5 4 0.00629 9 P
154GD2 G %IG=1.777 18
154GDS G KC=0.00524 7$LC=0.000828 12$MC=0.0001815 25
154GDS G NC=4.15E-5 6$OC=6.27E-6 9$PC=3.60E-7 5
154GD cG CC$From the adopted values. The listed subshell coefficients do not
154GD2cG include a contribution from the E0 component.
154GD G 815.51 7 1.467 11E2 0.00427 6
154GD2 G %IG=0.511 5
154GDS G KC=0.00358 5$LC=0.000542 8$MC=0.0001185 17
154GDS G NC=2.71E-5 4$OC=4.12E-6 6$PC=2.469E-7 35
154GD L 996.257 2 2+ C
154GD2 L G=+0.41 +4-5
154GD cL $The g-factor is that deduced by 1996Al31 from their measured
154GD2cL difference in the g-factors of the 2+ members of the g.s. and the |g
154GD3cL band. This difference was determined using their measured |d of the
154GD4cL 3+ |) 2+ transition within the |g band and the g-factor of the 2+
154GD5cL member of the g.s. band. For this latter quantity, the value
154GD6cL g(2+)=+0.455~{I21} was used.
154GD B 976 30 3.5 12 11.57 15 S
154GDS B EAV=328.3 4
154GD cB E$Component probably includes branch to 1047 level.
154GD cB IB$Value from intensity balance is 2.46~{I18}.
154GD G 180.72 7 0.015020 [M1,E2] 0.346 34
154GD2 G %IG=0.0052 7
154GDS G KC=0.27 6$LC=0.062 17$MC=0.014 4
154GDS G NC=0.0032 9$OC=0.00046 10$PC=1.8E-5 6
154GD G 315.64 7 0.0254 3[E2] 0.0516 7
154GD2 G %IG=0.00885 12
154GDS G KC=0.0398 6$LC=0.00919 13$MC=0.002079 29
154GDS G NC=0.000470 7$OC=6.71E-5 9$PC=2.509E-6 35
154GD G 625.2556 24 0.906 9 E2 0.0079211 P
154GD2 G %IG=0.316 4
154GDS G KC=0.00655 9$LC=0.001075 15$MC=0.0002366 33
154GDS G NC=5.40E-5 8$OC=8.10E-6 11$PC=4.46E-7 6
154GD G 873.1834 23 34.68 24E0+E2+M1 -9.4 4 0.00371 5 P
154GD2 G %IG=12.08 12
154GDS G KC=0.00311 4$LC=0.000463 6$MC=0.0001010 14
154GDS G NC=2.314E-5 32$OC=3.53E-6 5$PC=2.154E-7 30
154GD G 996.29 7 30.09 21E2 0.00277 4
154GD2 G %IG=10.48 10
154GDS G KC=0.002342 33$LC=0.000339 5$MC=7.37E-5 10
154GDS G NC=1.690E-5 24$OC=2.59E-6 4$PC=1.621E-7 23
154GD L 1047.584 23 4+ B
154GD B 0.131 4 12.909 14
154GDS B EAV=307.98 44
154GD cB E$Component probably includes branch to 996 level.
154GD cB IB$Value from intensity balance is 0.108~{I10}.
154GD G 232.12 7 0.062712E2 0.1359 19
154GD2 G %IG=0.0218 4
154GDS G KC=0.0986 14$LC=0.0289 4$MC=0.00663 9
154GDS G NC=0.001494 21$OC=0.0002076 29$PC=5.86E-6 8
154GD G 329.95 7 0.027 3 E2 0.0451 6
154GD2 G %IG=0.0094 10
154GDS G KC=0.0350 5$LC=0.00786 11$MC=0.001774 25
154GDS G NC=0.000402 6$OC=5.75E-5 8$PC=2.225E-6 31
154GD G 676.60 7 0.480 4 E0+M1+E2 +2.9 4 0.0071219
154GD2 G %IG=0.1672 18
154GDS G KC=0.00594 17$LC=0.000925 21$MC=0.000203 4
154GDS G NC=4.64E-5 10$OC=7.02E-6 16$PC=4.11E-7 13
154GD cG CC$Deduced from |a(K)exp=0.044~{I3}. See the Adopted Gammas data set.
154GD G 924.57 7 0.186225E2 0.00325 5
154GD2 G %IG=0.0649 10
154GDS G KC=0.00274 4$LC=0.000402 6$MC=8.76E-5 12
154GDS G NC=2.008E-5 28$OC=3.07E-6 4$PC=1.892E-7 26
154GD L 1127.804 2 3+ C
154GD B 843 15 16.8 5 10.659 13 S
154GDS B EAV=276.8 4
154GD cB IB$Value from intensity balance is 17.58~{I19}.
154GD G 80.4 0.008040[M1,E2] 4.7 10
154GD2 G %IG=0.0028 14
154GDS G KC=2.6 6$LC=1.7 12$MC=0.39 29
154GDS G NC=0.09 6$OC=0.012 8$PC=1.7E-4 7
154GD cG E,RI$From 2004BeZQ. 2004Ku13 do not show this transition.
154GD G 131.56 7 0.037712M1+E2 -4.3 +21-940.936 13
154GD2 G %IG=0.0131 4
154GDS G KC=0.553 30$LC=0.296 24$MC=0.069 6
154GDS G NC=0.0155 13$OC=0.00207 15$PC=3.0E-5 4
154GD cG MR$From 1996Al31, |g|g(|q). The other value consistent with the
154GD2cG |g|g(|q) data implies a sizable M1 component, which has been rejected
154GD3cG on physical grounds.
154GD G 312.32 7 0.052210[M1,E2] 0.070 16
154GD2 G %IG=0.0182 4
154GDS G KC=0.057 16$LC=0.0099 4$MC=0.00219 5
154GDS G NC=0.000501 14$OC=7.5E-5 5$PC=4.0E-6 14
154GD G 756.8020 23 12.98 9 E2+M1 -6.1 3 0.00516 7 P
154GD2 G %IG=4.52 4
154GDS G KC=0.00431 6$LC=0.000663 9$MC=0.0001450 20
154GDS G NC=3.32E-5 5$OC=5.03E-6 7$PC=2.97E-7 4
154GD G 1004.76 7 51.7 4 E2+M1 -7.4 4 0.00276 4
154GD2 G %IG=18.01 18
154GDS G KC=0.002329 33$LC=0.000336 5$MC=7.30E-5 10
154GDS G NC=1.675E-5 24$OC=2.57E-6 4$PC=1.615E-7 23
154GD L 1181.96 5 0+ E
154GD G 366.49 8 0.004410E2 0.0331 5
154GD2 G %IG=0.00153 35
154GDS G KC=0.0260 4$LC=0.00548 8$MC=0.001230 17
154GDS G NC=0.000279 4$OC=4.03E-5 6$PC=1.682E-6 24
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 1058.94 10 0.021 4 E2 2.44E-3 3
154GD2 G %IG=0.0073 14
154GDS G KC=0.002067 29$LC=0.000296 4$MC=6.42E-5 9
154GDS G NC=1.473E-5 21$OC=2.261E-6 32$PC=1.432E-7 20
154GD cG E$Transition is not listed in 2004BeZQ.
154GD L 1241.32 4 1- D
154GD G 245.07 13 0.0013 2[E1] 0.0267 4
154GD2 G %IG=0.00045 7
154GDS G KC=0.02264 32$LC=0.00317 4$MC=0.000685 10
154GDS G NC=0.0001562 22$OC=2.362E-5 33$PC=1.415E-6 20
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 426.00 13 0.0023 4[E1] 0.0068010
154GD2 G %IG=0.00080 14
154GDS G KC=0.00580 8$LC=0.000789 11$MC=0.0001700 24
154GDS G NC=3.89E-5 5$OC=5.96E-6 8$PC=3.78E-7 5
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 560.79 19 0.0018 5[E1] 0.00366 5
154GD2 G %IG=0.00063 17
154GDS G KC=0.00312 4$LC=0.000419 6$MC=9.02E-5 13
154GDS G NC=2.066E-5 29$OC=3.18E-6 4$PC=2.065E-7 29
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 1118.27 7 0.325 11E1 9.28E-413
154GD2 G %IG=0.113 4
154GDS G KC=0.000793 11$LC=0.0001031 14$MC=2.213E-5 31
154GDS G NC=5.08E-6 7$OC=7.88E-7 11$PC=5.34E-8 7$IPC=3.47E-6 5
154GD G 1241.34 7 0.352 4 E1 8.10E-411
154GD2 G %IG=0.1226 16
154GDS G KC=0.000658 9$LC=8.52E-5 12$MC=1.828E-5 26
154GDS G NC=4.20E-6 6$OC=6.52E-7 9$PC=4.43E-8 6$IPC=4.32E-5 6
154GD L 1251.630 7 3- D
154GD B 0.301 8 12.162 12 T
154GDS B EAV=229.7 4
154GD G 255.80 10 0.007926[E1] 0.0238834
154GD2 G %IG=0.0028 9
154GDS G KC=0.02028 28$LC=0.00283 4$MC=0.000612 9
154GDS G NC=0.0001396 20$OC=2.113E-5 30$PC=1.273E-6 18
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 436.20 11 0.009016[E1] 0.00644 9
154GD2 G %IG=0.0031 6
154GDS G KC=0.00549 8$LC=0.000746 10$MC=0.0001607 23
154GDS G NC=3.68E-5 5$OC=5.63E-6 8$PC=3.59E-7 5
154GD cG E,RI$A 435.9 |g is listed in 2004BeZQ, but not placed.
154GD G 880.65 7 0.241 16 E1+M2 +0.07 3 0.00152 8
154GD2 G %IG=0.084 6
154GDS G KC=0.00130 6$LC=0.000172 10$MC=3.69E-5 21
154GDS G NC=8.5E-6 5$OC=1.31E-6 7$PC=8.8E-8 5
154GD G 1128.552 7 0.86 1 E1 9.14E-413 P
154GD2 G %IG=0.300 4
154GDS G KC=0.000780 11$LC=0.0001014 14$MC=2.175E-5 30
154GDS G NC=5.00E-6 7$OC=7.75E-7 11$PC=5.25E-8 7$IPC=4.78E-6 7
154GD L 1263.778 5 4+ C
154GD B 0.728 8 11.753 6 T
154GDS B EAV=225.2 4
154GD G 267.46 15 0.021 4 E2 0.0862 12
154GD2 G %IG=0.0073 14
154GDS G KC=0.0646 9$LC=0.01684 24$MC=0.00383 5
154GDS G NC=0.000866 12$OC=0.0001218 17$PC=3.95E-6 6
154GD cG E,RI$2004BeZQ list I|g=0.0390~{I20} for a 267.44 |g, which the
154GD2cG evaluator assumes represents a doublet consisting of this |g and the
154GD3cG 267.54 |g.
154GD G 448.45 19 0.007311[E2] 0.0186826
154GD2 G %IG=0.0025 4
154GDS G KC=0.01505 21$LC=0.00284 4$MC=0.000632 9
154GDS G NC=0.0001439 20$OC=2.110E-5 30$PC=9.98E-7 14
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 546.08 7 0.025 2 [E2] 0.0111016
154GD2 G %IG=0.0087 7
154GDS G KC=0.00909 13$LC=0.001571 22$MC=0.000347 5
154GDS G NC=7.92E-5 11$OC=1.178E-5 16$PC=6.14E-7 9
154GD G 892.775 6 1.497 12E0+M1+E2 -3.8 3 0.00367 6 P
154GD2 G %IG=0.521 5
154GDS G KC=0.00309 5$LC=0.000454 7$MC=9.88E-5 15
154GDS G NC=2.264E-5 35$OC=3.46E-6 5$PC=2.144E-7 35
154GD G 1140.702 6 0.681 9 E2 2.10E-3 3 P
154GD2 G %IG=0.2372 35
154GDS G KC=0.001779 25$LC=0.0002515 35$MC=5.45E-5 8
154GDS G NC=1.251E-5 18$OC=1.924E-6 27$PC=1.233E-7 17$IPC=1.252E-6 18
154GD L 1397.506 4 2- F
154GD B 579 5 36.3 3 9.740 5 S
154GDS B EAV=176.4 4
154GD cB IB$Value from intensity balance is 35.9~{I4}.
154GD G 146.01 7 0.020510[M1,E2] 0.668 21
154GD2 G %IG=0.00714 35
154GDS G KC=0.49 9$LC=0.14 6$MC=0.032 14
154GDS G NC=0.0072 30$OC=1.0E-3 4$PC=3.2E-5 11
154GD G 156.28 8 0.024725[M1,E2] 0.541 28
154GD2 G %IG=0.0086 9
154GDS G KC=0.40 8$LC=0.11 4$MC=0.024 9
154GDS G NC=0.0055 21$OC=7.8E-4 24$PC=2.7E-5 9
154GD G 269.65 8 0.033015[E1] 0.0208629
154GD2 G %IG=0.0115 5
154GDS G KC=0.01772 25$LC=0.002468 35$MC=0.000533 7
154GDS G NC=0.0001217 17$OC=1.844E-5 26$PC=1.118E-6 16
154GD G 401.26 7 0.541 8 (E1,M2,E3) 0.0093 15
154GD2 G %IG=0.1885 31
154GDS G KC=0.0079 12$LC=0.00112 21$MC=0.00024 5
154GDS G NC=5.6E-5 11$OC=8.5E-6 16$PC=5.4E-7 11
154GD G 581.97 7 2.563 18E1 0.00337 5
154GD2 G %IG=0.893 9
154GDS G KC=0.00288 4$LC=0.000386 5$MC=8.30E-5 12
154GDS G NC=1.903E-5 27$OC=2.93E-6 4$PC=1.909E-7 27
154GD G 1274.429 4 100.0 7 E1+M2 +0.035 9 7.97E-412 P
154GD2 G %IG=34.83 34
154GDS G KC=0.000634 9$LC=8.21E-5 12$MC=1.760E-5 27
154GDS G NC=4.04E-6 6$OC=6.28E-7 9$PC=4.28E-8 6$IPC=5.91E-5 8
154GD L 1404.45 7 (5-) D
154GD B 0.0010 5 14.28 22 T
154GDS B EAV=173.9 4
154GD G 1033.72 21 0.007911 E1 1.07E-3 2
154GD2 G %IG=0.0028 4
154GDS G KC=0.000916 13$LC=0.0001194 17$MC=2.56E-5 4
154GDS G NC=5.89E-6 8$OC=9.12E-7 13$PC=6.16E-8 9
154GD cG E$|g is unplaced in 2004BeZQ.
154GD L 1414.42 5 1- F
154GD B 0.013 LE 13.1 GE T
154GDS B EAV=170.4 4
154GD cB LOGFT$A lower limit, computed from I|b=0.005~{I8}, from intensity
154GD2cB balance.
154GD G 598.93 7 0.0010 3[E1] 0.00317 4
154GD2 G %IG=0.00035 10
154GDS G KC=0.00271 4$LC=0.000362 5$MC=7.80E-5 11
154GDS G NC=1.787E-5 25$OC=2.75E-6 4$PC=1.797E-7 25
154GD G 1291.36 8 0.063 22E1 7.82E-411
154GD2 G %IG=0.022 8
154GDS G KC=0.000614 9$LC=7.94E-5 11$MC=1.702E-5 24
154GDS G NC=3.91E-6 5$OC=6.07E-7 9$PC=4.14E-8 6$IPC=6.77E-5 9
154GD G 1414.44 10 0.014814E1 7.54E-411
154GD2 G %IG=0.0052 5
154GDS G KC=0.000524 7$LC=6.76E-5 9$MC=1.449E-5 20
154GDS G NC=3.33E-6 5$OC=5.17E-7 7$PC=3.54E-8 5$IPC=0.0001439 20
154GD L 1418.146 25 2+ E
154GD B 0.106 3 12.220 13 T
154GDS B EAV=169.0 4
154GD G 166.32 10 0.0030 3[E1] 0.0742 10
154GD2 G %IG=0.00105 10
154GDS G KC=0.0627 9$LC=0.00900 13$MC=0.001946 27
154GDS G NC=0.000443 6$OC=6.61E-5 9$PC=3.75E-6 5
154GD cG E$Associated by the evaluator with the 165.90 |g, previously placed
154GD2cG elsewhere in the level scheme.
154GD G 177.05 20 0.0020 4[E1] 0.0628 9
154GD2 G %IG=0.00070 14
154GDS G KC=0.0531 8$LC=0.00759 11$MC=0.001640 24
154GDS G NC=0.000373 5$OC=5.59E-5 8$PC=3.20E-6 5
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 236.36 8 0.0050 9[E2] 0.1281 18
154GD2 G %IG=0.00174 31
154GDS G KC=0.0934 13$LC=0.0270 4$MC=0.00617 9
154GDS G NC=0.001392 20$OC=0.0001937 27$PC=5.57E-6 8
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 290.38 11 0.0050 2[E2+M1] 0.085 19
154GD2 G %IG=0.00174 7
154GDS G KC=0.070 19$LC=0.01245 18$MC=0.00276 7
154GDS G NC=0.000630 11$OC=9.4E-5 4$PC=4.8E-6 17
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 370.78 8 0.0121 4E2 0.0320 4
154GD2 G %IG=0.00421 14
154GDS G KC=0.02520 35$LC=0.00526 7$MC=0.001182 17
154GDS G NC=0.000268 4$OC=3.88E-5 5$PC=1.631E-6 23
154GD G 421.8 8 0.003829E0+(E2,M1) 0.031 9
154GD2 G %IG=0.0013 10
154GDS G KC=0.025 8$LC=0.0040 6$MC=0.00089 12
154GDS G NC=0.000203 28$OC=3.1E-5 5$PC=1.8E-6 6
154GD cG E,M$From 2004Ku13. Evaluator associates this with the 422.1 |g, which
154GD2cG is unplaced in 2004BeZQ. 2004BeZQ report I|g=0.0063~{I26} for the
154GD3cG 422.1 |g.
154GD G 602.68 7 0.084 3 E0+M1+E2 0.012 4
154GD2 G %IG=0.0293 11
154GDS G KC=0.0103 31$LC=0.00152 33$MC=0.00033 7
154GDS G NC=7.6E-5 16$OC=1.17E-5 27$PC=7.3E-7 25
154GD cG CC$From the adopted values. The listed subshell coefficients do not
154GD2cG include a contribution from the E0 component.
154GD G 737.69 13 0.0065 6[E2] 0.00536 8
154GD2 G %IG=0.00226 21
154GDS G KC=0.00447 6$LC=0.000696 10$MC=0.0001525 21
154GDS G NC=3.49E-5 5$OC=5.28E-6 7$PC=3.07E-7 4
154GD cG E$|g is unplaced in 2004BeZQ.
154GD cG RI$2004BeZQ report I|g=0.018~{I7} for a 737.6 G.
154GD G 1047.18 18 0.176 4 E2 2.50E-3 4
154GD2 G %IG=0.0613 15
154GDS G KC=0.002114 30$LC=0.000303 4$MC=6.59E-5 9
154GDS G NC=1.511E-5 21$OC=2.317E-6 32$PC=1.465E-7 21
154GD G 1294.99 8 0.033317 E2 1.65E-3 2
154GD2 G %IG=0.0116 6
154GDS G KC=0.001385 19$LC=0.0001921 27$MC=4.16E-5 6
154GDS G NC=9.54E-6 13$OC=1.472E-6 21$PC=9.61E-8 13$IPC=1.910E-5 27
154GD cG M$From 2004Ku13. Mult not listed in 2004BeZQ.
154GD G 1418.15 9 0.024 3 E2 1.41E-3 2
154GD2 G %IG=0.0084 10
154GDS G KC=0.001162 16$LC=0.0001593 22$MC=3.44E-5 5
154GDS G NC=7.91E-6 11$OC=1.222E-6 17$PC=8.07E-8 11$IPC=4.85E-5 7
154GD L 1432.66 6 5+ C
154GD B 0.0021 11 13.98 23 T1U
154GDS B EAV=178.10 39
154GD G 714.90 16 0.0026 2E2,M1 0.0080 23
154GD2 G %IG=0.00091 7
154GDS G KC=0.0068 20$LC=0.00098 23$MC=0.00021 5
154GDS G NC=4.9E-5 11$OC=7.5E-6 18$PC=4.8E-7 16
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 1061.67 8 0.010230E2+M1 -4.3 +12-260.00251 7
154GD2 G %IG=0.0036 10
154GDS G KC=0.00212 6$LC=0.000303 8$MC=6.57E-5 18
154GDS G NC=1.51E-5 4$OC=2.31E-6 6$PC=1.48E-7 5
154GD cG E$Transition is not listed in 2004BeZQ.
154GD L 1531.284 22 2+ G
154GD B 0.320 10 11.405 14 T
154GDS B EAV=129.9 4
154GD G 267.54 8 0.0110 3[E2] 0.0862 12
154GD2 G %IG=0.00383 11
154GDS G KC=0.0645 9$LC=0.01682 24$MC=0.00383 5
154GDS G NC=0.000865 12$OC=0.0001217 17$PC=3.95E-6 6
154GD cG E,RI$2004BeZQ list I|g=0.0390~{I20} for a 267.44 |g, which the
154GD2cG evaluator assumes represents a doublet consisting of this |g and the
154GD3cG 267.46 |g
154GD G 279.65 7 0.0092 3[E1] 0.0190227
154GD2 G %IG=0.00320 11
154GDS G KC=0.01616 23$LC=0.002246 31$MC=0.000485 7
154GDS G NC=0.0001107 16$OC=1.680E-5 24$PC=1.022E-6 14
154GD G 289.99 22 0.0041 2[E1] 0.0173525
154GD2 G %IG=0.00143 7
154GDS G KC=0.01474 21$LC=0.002046 29$MC=0.000442 6
154GDS G NC=0.0001009 14$OC=1.531E-5 22$PC=9.36E-7 13
154GD G 349.24 7 0.020615[E2] 0.0381 5
154GD2 G %IG=0.0072 5
154GDS G KC=0.0298 4$LC=0.00645 9$MC=0.001453 20
154GDS G NC=0.000329 5$OC=4.74E-5 7$PC=1.911E-6 27
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 403.49 7 0.064 5 [M1,E2] 0.034 9
154GD2 G %IG=0.0223 17
154GDS G KC=0.029 9$LC=0.0046 6$MC=0.00101 12
154GDS G NC=0.000231 29$OC=3.5E-5 6$PC=2.0E-6 7
154GD G 483.76 7 0.0269 5[E2] 0.0152321
154GD2 G %IG=0.00937 18
154GDS G KC=0.01235 17$LC=0.002248 31$MC=0.000499 7
154GDS G NC=0.0001137 16$OC=1.677E-5 23$PC=8.25E-7 12
154GD G 534.86 7 0.049 18[E0+M1+E2] 0.017 5
154GD2 G %IG=0.017 6
154GDS G KC=0.014 4$LC=0.0021 4$MC=0.00046 9
154GDS G NC=0.000105 20$OC=1.60E-5 35$PC=9.8E-7 34
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 715.76 7 0.536 15E0,M1,E2 0.0080 23
154GD2 G %IG=0.187 5
154GDS G KC=0.0068 20$LC=0.00098 23$MC=0.00021 5
154GDS G NC=4.9E-5 11$OC=7.5E-6 18$PC=4.8E-7 15
154GD cG CC$From the adopted values. The listed subshell coefficients do not
154GD2cG include a contribution from the E0 component.
154GD G 850.67 7 0.697 6 E2 0.00389 5
154GD2 G %IG=0.2428 26
154GDS G KC=0.00327 5$LC=0.000490 7$MC=0.0001069 15
154GDS G NC=2.448E-5 34$OC=3.73E-6 5$PC=2.255E-7 32
154GD G 1160.31 7 0.132613[E2] 2.03E-3 3
154GD2 G %IG=0.0462 5
154GDS G KC=0.001720 24$LC=0.0002424 34$MC=5.25E-5 7
154GDS G NC=1.205E-5 17$OC=1.855E-6 26$PC=1.192E-7 17$IPC=2.210E-6 31
154GD G 1408.28 7 0.071 3 E0,M1,E2 0.0017633
154GD2 G %IG=0.0247 11
154GDS G KC=0.00146 28$LC=0.00020 4$MC=4.3E-5 8
154GDS G NC=9.8E-6 18$OC=1.52E-6 29$PC=1.03E-7 22$IPC=4.85E-5 29
154GD cG CC$From the adopted values. The listed subshell coefficients do not
154GD2cG include a contribution from the E0 component.
154GD G 1531.33 16 0.0184 6[E2] 1.26E-3 2
154GD2 G %IG=0.00641 21
154GDS G KC=0.001005 14$LC=0.0001366 19$MC=2.95E-5 4
154GDS G NC=6.77E-6 9$OC=1.048E-6 15$PC=6.97E-8 10$IPC=8.50E-5 12
154GD L 1559.17 6 (4-) F
154GD B 0.0916 10 11.853 7 T
154GDS B EAV=120.5 4
154GD G 295.7 0.0010 2[E1] 0.0165223
154GD2 G %IG=0.00035 7
154GDS G KC=0.01404 20$LC=0.001946 27$MC=0.000420 6
154GDS G NC=9.60E-5 13$OC=1.457E-5 20$PC=8.93E-7 12
154GD cG E$From 2004BeZQ. 2004Ku13 place a 293.26~{I22} |g from this level, but
154GD2cG this is a poor energy fit. The evaluator associates the 295.7 |g with
154GD3cG this 293.26 |g.
154GD G 307.7 3 0.0011 3[E2+M1] 0.073 17
154GD2 G %IG=0.00038 10
154GDS G KC=0.059 16$LC=0.01038 34$MC=0.00230 4
154GDS G NC=0.000525 12$OC=7.8E-5 5$PC=4.1E-6 15
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 511.60 8 0.0091 7[E1] 0.00448 6
154GD2 G %IG=0.00317 24
154GDS G KC=0.00382 5$LC=0.000515 7$MC=0.0001109 16
154GDS G NC=2.54E-5 4$OC=3.90E-6 5$PC=2.517E-7 35
154GD cG E,RI$An unplaced 512 |g is listed in 2004BeZQ.
154GD G 1188.14 7 0.251518
154GD2 G %IG=0.0876 9
154GD L 1617.127 3 3- F
154GD B 1.584 16 10.398 7 T
154GDS B EAV=101.5 4
154GD G 199.20 8 0.0029 4[E1] 0.0459 6
154GD2 G %IG=0.00101 14
154GDS G KC=0.0389 5$LC=0.00551 8$MC=0.001191 17
154GDS G NC=0.000271 4$OC=4.08E-5 6$PC=2.377E-6 33
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 203.40 29 0.0015 2[E2] 0.2099 31
154GD2 G %IG=0.00052 7
154GDS G KC=0.1470 22$LC=0.0488 7$MC=0.01125 17
154GDS G NC=0.00253 4$OC=0.000348 5$PC=8.47E-6 12
154GD cG E$A 202.50 |g deexciting this level is reported by 1992El11 only.
154GD G 213.06 11 0.0012 2[E2] 0.1800 25
154GD2 G %IG=0.00042 7
154GDS G KC=0.1277 18$LC=0.0406 6$MC=0.00932 13
154GDS G NC=0.002098 30$OC=0.000290 4$PC=7.44E-6 10
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 218.71 26 0.0023 4[M1,E2] 0.195 30
154GD2 G %IG=0.00080 14
154GDS G KC=0.15 4$LC=0.032 5$MC=0.0071 13
154GDS G NC=0.00162 27$OC=0.000236 26$PC=1.0E-5 4
154GD cG E$A 219.4 |g is shown deexciting this level in 2004BeZQ.
154GD G 352.85 20 0.0038 4[E1] 0.0106615
154GD2 G %IG=0.00132 14
154GDS G KC=0.00908 13$LC=0.001247 18$MC=0.000269 4
154GDS G NC=6.15E-5 9$OC=9.38E-6 13$PC=5.85E-7 8
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 365.47 15 0.0029 4[E2+M1] 0.045 12
154GD2 G %IG=0.00101 14
154GDS G KC=0.037 11$LC=0.0061 6$MC=0.00135 11
154GDS G NC=0.000309 28$OC=4.7E-5 6$PC=2.6E-6 9
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 569.50 7 0.040 6 [E1] 0.00353 5
154GD2 G %IG=0.0139 21
154GDS G KC=0.00302 4$LC=0.000405 6$MC=8.71E-5 12
154GDS G NC=1.997E-5 28$OC=3.07E-6 4$PC=1.999E-7 28
154GD G 621.6 5 0.012 5 [E1] 0.00293 4
154GD2 G %IG=0.0042 17
154GDS G KC=0.002504 35$LC=0.000334 5$MC=7.19E-5 10
154GDS G NC=1.648E-5 23$OC=2.54E-6 4$PC=1.662E-7 23
154GD G 801.69 11 0.017717[E1] 1.74E-3 2
154GD2 G %IG=0.0062 6
154GDS G KC=0.001488 21$LC=0.0001962 27$MC=4.22E-5 6
154GDS G NC=9.68E-6 14$OC=1.496E-6 21$PC=9.96E-8 14
154GD G 1246.121 4 2.456 25E1 8.07E-411 P
154GD2 G %IG=0.856 10
154GDS G KC=0.000654 9$LC=8.46E-5 12$MC=1.815E-5 25
154GDS G NC=4.17E-6 6$OC=6.47E-7 9$PC=4.41E-8 6$IPC=4.55E-5 6
154GD G 1494.048 4 2.003 18E1 7.56E-411 P
154GD2 G %IG=0.698 8
154GDS G KC=0.000478 7$LC=6.15E-5 9$MC=1.318E-5 18
154GDS G NC=3.03E-6 4$OC=4.71E-7 7$PC=3.23E-8 5$IPC=0.0002001 28
154GD L 1645.85 3 4+ H
154GD B 0.172 4 11.242 12 T
154GDS B EAV=92.3 4
154GD G 241.20 9 0.0036 5[E1] 0.0278 4
154GD2 G %IG=0.00125 17
154GDS G KC=0.02359 33$LC=0.00331 5$MC=0.000714 10
154GDS G NC=0.0001629 23$OC=2.462E-5 35$PC=1.472E-6 21
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 382.09 8 0.0272 9E2+M1 0.040 11
154GD2 G %IG=0.00947 32
154GDS G KC=0.033 10$LC=0.0054 6$MC=0.00118 12
154GDS G NC=0.000271 29$OC=4.1E-5 6$PC=2.3E-6 8
154GD G 517.98 7 0.143 4 E2+M1 -7 3 0.0129 4
154GD2 G %IG=0.0498 14
154GDS G KC=0.0106 4$LC=0.00185 4$MC=0.000410 9
154GDS G NC=9.34E-5 21$OC=1.386E-5 35$PC=7.13E-7 30
154GD G 598.30 7 0.030 4 M1+E2 0.65 20 0.0139 10
154GD2 G %IG=0.0105 14
154GDS G KC=0.0118 8$LC=0.00169 9$MC=0.000366 19
154GDS G NC=8.4E-5 4$OC=1.30E-5 7$PC=8.5E-7 7
154GD G 649.52 7 0.251 5 E2 0.0072310
154GD2 G %IG=0.0874 18
154GDS G KC=0.00599 8$LC=0.000970 14$MC=0.0002132 30
154GDS G NC=4.87E-5 7$OC=7.32E-6 10$PC=4.09E-7 6
154GD G 830.42 10 0.017916[E2] 0.00410 6
154GD2 G %IG=0.0062 6
154GDS G KC=0.00344 5$LC=0.000519 7$MC=0.0001133 16
154GDS G NC=2.60E-5 4$OC=3.95E-6 6$PC=2.374E-7 33
154GD cG E$An 830.3 |g is shown as unplaced in 2004BeZQ.
154GD G 928.21 8 0.0086 5[E2] 0.00322 5
154GD2 G %IG=0.00300 18
154GDS G KC=0.00271 4$LC=0.000399 6$MC=8.68E-5 12
154GDS G NC=1.990E-5 28$OC=3.04E-6 4$PC=1.877E-7 26
154GD cG E$A 928.4 |g is shown as unplaced in 2004BeZQ.
154GD G 1275.66 12 0.005 5 [E2+M1] 0.0021 4
154GD2 G %IG=0.0017 17
154GDS G KC=0.0018 4$LC=0.00025 5$MC=5.3E-5 10
154GDS G NC=1.22E-5 24$OC=1.9E-6 4$PC=1.28E-7 29$IPC=1.67E-5 9
154GD cG E$Poor energy fit. Transition is not listed in 2004BeZQ.
154GD G 1522.19 16 0.0025 4[E2] 1.27E-3 2
154GD2 G %IG=0.00087 14
154GDS G KC=0.001016 14$LC=0.0001382 19$MC=2.98E-5 4
154GDS G NC=6.85E-6 10$OC=1.061E-6 15$PC=7.05E-8 10$IPC=8.18E-5 11
154GD cG E$Poor energy fit. In 2004BeZQ, a 1522~{I1} |g is listed, but is placed
154GD2cG from a 1894.7 level, whose existence 2004Ku13 do not confirm.
154GD L 1660.910 7 3+ G
154GD B 0.822 13 10.495 9 T
154GDS B EAV=87.5 4
154GD G 129.60 13 0.0045 6[M1,E2] 0.975 19
154GD2 G %IG=0.00157 21
154GDS G KC=0.69 12$LC=0.22 11$MC=0.051 26
154GDS G NC=0.011 6$OC=0.0016 7$PC=4.5E-5 16
154GD cG RI$In 2004BeZQ, I|g=0.014~{I2} is listed for a 129.5 G.
154GD G 228.23 9 0.0059 4[E2] 0.1436 20
154GD2 G %IG=0.00206 14
154GDS G KC=0.1038 15$LC=0.0309 4$MC=0.00709 10
154GDS G NC=0.001596 22$OC=0.0002216 31$PC=6.14E-6 9
154GD cG $In 2004BeZQ, a 229.01 |g is listed, but is placed from |a 1276.6
154GD2cG level, whose existence 2004Ku13 do not confirm.
154GD G 242.86 6 0.011710[E2+M1] 0.143 26
154GD2 G %IG=0.00408 35
154GDS G KC=0.114 28$LC=0.0223 20$MC=0.0050 6
154GDS G NC=0.00113 12$OC=0.000166 9$PC=7.9E-6 27
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 263.50 16 0.0029 4[E1] 0.0221331
154GD2 G %IG=0.00101 14
154GDS G KC=0.01880 26$LC=0.00262 4$MC=0.000566 8
154GDS G NC=0.0001292 18$OC=1.957E-5 28$PC=1.183E-6 17
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 397.07 7 0.079218 [M1,E2] 0.036 10
154GD2 G %IG=0.0276 7
154GDS G KC=0.030 9$LC=0.0048 6$MC=0.00106 12
154GDS G NC=0.000242 29$OC=3.7E-5 6$PC=2.1E-6 7
154GD G 409.19 8 0.015 5 [E1] 0.0074810
154GD2 G %IG=0.0052 17
154GDS G KC=0.00637 9$LC=0.000868 12$MC=0.0001872 26
154GDS G NC=4.28E-5 6$OC=6.55E-6 9$PC=4.15E-7 6
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 533.03 8 0.053 3 [E0+M1+E2] 0.017 5
154GD2 G %IG=0.0185 11
154GDS G KC=0.014 4$LC=0.0021 4$MC=0.00046 9
154GDS G NC=0.000106 21$OC=1.61E-5 35$PC=9.9E-7 34
154GD cG E$In 2004BeZQ list two |g's, each having E|g=533.1
154GD G 613.24 7 0.267429 E2,M1 0.0117 34
154GD2 G %IG=0.0931 12
154GDS G KC=0.0099 30$LC=0.00145 32$MC=0.00032 7
154GDS G NC=7.3E-5 16$OC=1.11E-5 26$PC=7.0E-7 24
154GD G 664.74 8 0.075 3[M1,E2] 0.0096 28
154GD2 G %IG=0.0261 11
154GDS G KC=0.0081 24$LC=0.00118 27$MC=0.00026 6
154GDS G NC=5.9E-5 13$OC=9.1E-6 22$PC=5.8E-7 19
154GD G 845.416 7 1.63 3 E2 0.00395 6 P
154GD2 G %IG=0.568 11
154GDS G KC=0.00331 5$LC=0.000497 7$MC=0.0001085 15
154GDS G NC=2.485E-5 35$OC=3.78E-6 5$PC=2.285E-7 32
154GD G 1289.88 11 0.060322 [M1,E2] 0.0021 4
154GD2 G %IG=0.0210 8
154GDS G KC=0.0018 4$LC=0.00024 5$MC=5.2E-5 10
154GDS G NC=1.19E-5 23$OC=1.9E-6 4$PC=1.25E-7 28$IPC=1.92E-5 10
154GD G 1537.81 7 0.165 3 [M1,E2] 0.0015125
154GD2 G %IG=0.0575 11
154GDS G KC=0.00121 21$LC=0.000163 27$MC=3.5E-5 6
154GDS G NC=8.1E-6 14$OC=1.26E-6 22$PC=8.6E-8 16$IPC=9.3E-5 6
154GD L 1719.560 2 2- I
154GD B 274 10 28.6 2 8.659 7 S
154GDS B EAV=69.3 3
154GD cB IB$Value from intensity balance is 28.42~{I24}.
154GD G 58.4 0.011211[E1] 1.215 17
154GD2 G %IG=0.0039 4
154GDS G KC=1.002 14$LC=0.1678 23$MC=0.0365 5
154GDS G NC=0.00818 11$OC=0.001158 16$PC=5.21E-5 7
154GD cG E$Value listed in 2004BeZQ. 2004Ku13 do not show this transition.
154GD G 188.22 7 0.689 5 [E1] 0.0533 7
154GD2 G %IG=0.2400 24
154GDS G KC=0.0451 6$LC=0.00642 9$MC=0.001388 19
154GDS G NC=0.000316 4$OC=4.74E-5 7$PC=2.74E-6 4
154GD G 301.38 7 0.035510[E1] 0.0157522
154GD2 G %IG=0.0124 4
154GDS G KC=0.01339 19$LC=0.001853 26$MC=0.000400 6
154GDS G NC=9.14E-5 13$OC=1.389E-5 19$PC=8.52E-7 12
154GD G 305.19 0.058811[M1,E2] 0.074 17
154GD2 G %IG=0.0205 4
154GDS G KC=0.061 17$LC=0.01065 31$MC=0.002358 35
154GDS G NC=0.000538 10$OC=8.0E-5 5$PC=4.2E-6 15
154GD G 322.07 7 0.177817[M1,E2] 0.064 15
154GD2 G %IG=0.0619 7
154GDS G KC=0.052 15$LC=0.0090 5$MC=0.00199 6
154GDS G NC=0.000455 18$OC=6.8E-5 5$PC=3.7E-6 13
154GD G 467.92 7 0.179821[M1,E2] 0.023 7
154GD2 G %IG=0.0626 8
154GDS G KC=0.019 6$LC=0.0030 5$MC=0.00066 11
154GDS G NC=0.000151 25$OC=2.3E-5 4$PC=1.4E-6 5
154GD G 478.24 7 0.646 5 E2 0.0157022
154GD2 G %IG=0.2250 23
154GDS G KC=0.01272 18$LC=0.002327 33$MC=0.000517 7
154GDS G NC=0.0001178 16$OC=1.735E-5 24$PC=8.49E-7 12
154GD G 591.755 3 14.21 10E1(+M2) +0.02 3 0.0032711 P
154GD2 G %IG=4.95 5
154GDS G KC=0.00280 9$LC=0.000374 14$MC=8.06E-5 30
154GDS G NC=1.85E-5 7$OC=2.84E-6 11$PC=1.86E-7 7
154GD G 723.3014 22 57.6 4 E1+M2 +0.022 13 0.00215 4 P
154GD2 G %IG=20.06 19
154GDS G KC=0.001839 30$LC=0.000244 4$MC=5.24E-5 9
154GDS G NC=1.203E-5 21$OC=1.857E-6 32$PC=1.229E-7 21
154GD G 904.064 3 2.551 20E1(+M2) 0.0015114 P
154GD2 G %IG=0.889 9
154GDS G KC=0.00129 11$LC=0.000171 17$MC=3.7E-5 4
154GDS G NC=8.5E-6 9$OC=1.31E-6 13$PC=8.8E-8 9
154GD G 1596.4804 28 5.16 6 E1(+M2) 8.00E-429 P
154GD2 G %IG=1.797 24
154GDS G KC=0.000452 26$LC=5.8E-5 4$MC=1.25E-5 8
154GDS G NC=2.88E-6 18$OC=4.48E-7 28$PC=3.07E-8 19$IPC=0.000274 4
154GD L 1788.83 7 (4+) G
154GD B 0.0086 4 11.733 22 T
154GDS B EAV=48.7 3
154GD G 740.91 16 0.0030 5[E0+M1+E2] 0.0074 21
154GD2 G %IG=0.00105 17
154GDS G KC=0.0062 18$LC=0.00090 21$MC=0.00019 4
154GDS G NC=4.5E-5 10$OC=6.9E-6 17$PC=4.4E-7 14
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 1071.17 24 0.0007 1[E2] 2.39E-3 3
154GD2 G %IG=0.000244 35
154GDS G KC=0.002019 28$LC=0.000288 4$MC=6.26E-5 9
154GDS G NC=1.436E-5 20$OC=2.205E-6 31$PC=1.399E-7 20
154GD cG E$In 2004BeZQ, a 1072.2 |g is listed but not placed.
154GD G 1417.88 9 0.0152 8 [M1,E2] 0.0017432
154GD2 G %IG=0.00529 28
154GDS G KC=0.00144 28$LC=0.000195 35$MC=4.2E-5 8
154GDS G NC=9.7E-6 18$OC=1.50E-6 28$PC=1.02E-7 21$IPC=5.14E-5 30
154GD cG E$2004BeZQ show a 1419.0 |g deexciting a level with properties similar
154GD2cG to those of this level.
154GD G 1665.83 12 0.0058 3[E2] 1.14E-3 2
154GD2 G %IG=0.00202 11
154GDS G KC=0.000858 12$LC=0.0001156 16$MC=2.493E-5 35
154GDS G NC=5.73E-6 8$OC=8.88E-7 12$PC=5.95E-8 8$IPC=0.0001366 19
154GD cG E$2004BeZQ show a 1667.3 |g deexciting a level with properties similar
154GD2cG to those of this level.
154GD L 1796.97 4 3- I
154GD B 0.0662 21 10.784 17 T
154GDS B EAV=46.3 3
154GD G 378.90 27 0.0011 3[E1] 0.0089813
154GD2 G %IG=0.00038 10
154GDS G KC=0.00765 11$LC=0.001046 15$MC=0.0002256 32
154GDS G NC=5.16E-5 7$OC=7.88E-6 11$PC=4.95E-7 7
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 382.46 27 0.0006 2[E2] 0.0292 4
154GD2 G %IG=0.00021 7
154GDS G KC=0.02312 33$LC=0.00475 7$MC=0.001064 15
154GDS G NC=0.0002415 34$OC=3.50E-5 5$PC=1.503E-6 21
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 533.11 7 0.023414[E1] 0.00408 6
154GD2 G %IG=0.0082 5
154GDS G KC=0.00349 5$LC=0.000469 7$MC=0.0001010 14
154GDS G NC=2.314E-5 32$OC=3.56E-6 5$PC=2.302E-7 32
154GD cG $2004BeZQ list two |g's, each having E|g=533.1
154GD G 545.20 14 0.0039 5[E2+M1] 0.016 5
154GD2 G %IG=0.00136 17
154GDS G KC=0.013 4$LC=0.0020 4$MC=0.00043 8
154GDS G NC=9.9E-5 20$OC=1.52E-5 34$PC=9.4E-7 32
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 669.14 8 0.046022E1 2.51E-3 4
154GD2 G %IG=0.0160 8
154GDS G KC=0.002146 30$LC=0.000285 4$MC=6.14E-5 9
154GDS G NC=1.407E-5 20$OC=2.170E-6 30$PC=1.428E-7 20
154GD cG RI$For a 668.9 |g placed from this level in previous studies, 2004BeZQ
154GD2cG give I|g=0.037~{I6}.
154GD G 749.48 9 0.021513[E1] 1.99E-3 3
154GD2 G %IG=0.0075 5
154GDS G KC=0.001702 24$LC=0.0002251 32$MC=4.84E-5 7
154GDS G NC=1.110E-5 16$OC=1.715E-6 24$PC=1.137E-7 16
154GD cG E$Transition is not listed in 2004BeZQ.
154GD G 800.61 8 0.061 3 E1 1.74E-3 2
154GD2 G %IG=0.0212 11
154GDS G KC=0.001492 21$LC=0.0001967 28$MC=4.23E-5 6
154GDS G NC=9.70E-6 14$OC=1.500E-6 21$PC=9.98E-8 14
154GD cG RI$For a 800.2 |g placed from this level in previous studies, 2004BeZQ
154GD2cG give I|g=0.092~{I14}.
154GD G 981.61 8 0.025 4 [E1] 1.18E-3 2
154GD2 G %IG=0.0087 14
154GDS G KC=0.001008 14$LC=0.0001318 18$MC=2.83E-5 4
154GDS G NC=6.50E-6 9$OC=1.006E-6 14$PC=6.77E-8 9
154GD G 1426.03 27 0.0012 2[E1] 7.54E-411
154GD2 G %IG=0.00042 7
154GDS G KC=0.000517 7$LC=6.66E-5 9$MC=1.428E-5 20
154GDS G NC=3.28E-6 5$OC=5.10E-7 7$PC=3.49E-8 5$IPC=0.0001519 21
154GD cG RI$For a 1425.9 |g placed from this level in previous studies, 2004BeZQ
154GD2cG give I|g=0.0034~{I9}.
154GD G 1673.93 8 0.0058 3[E1] 7.93E-411
154GD2 G %IG=0.00202 11
154GDS G KC=0.000395 6$LC=5.07E-5 7$MC=1.086E-5 15
154GDS G NC=2.494E-6 35$OC=3.88E-7 5$PC=2.67E-8 4$IPC=0.000334 5
154GD cG RI$For a 1674.0 |g placed from this level in previous studies, 2004BeZQ
154GD2cG give I|g=0.0049~{I11}.