75AS 75SE EC DECAY (119.78 D) 1990ME15,1991BAZS,2005RA2913NDS 201309
75AS H TYP=FUL$AUT=ALEXANDRU NEGRET, BALRAJ SINGH$CIT=NDS 114, 841 (2013)$
75AS2 H CUT=30-Jun-2013$
75AS c Precise E|g data: 2005Ra29, 1990Me15, 1985Ku26, 1984To11,
75AS2c 1978He21, 1977Pr08. 2000He14 is an evaluation of gamma-ray energies;
75AS3c when available, values are taken here from this work
75AS c Precise I|g measurements: 2005Ra29, 1997Lo10, 1994Ra28, 1994Bh07,
75AS2c 1994Mi22, 1992Sc09, 1990An07, 1990Wa03, 1990Me15, 1983Yo03, 1980Sc07,
75AS3c 1977Ge12, 1977Pr08, 1973Su10, 1971Pr07, 1970Pa25 (also 1969Pa05), and
75AS4c 13 measurements of ICRM (1991BaZS).
75AS c See also DDEP evaluations (2010BeZQ, 1999BeZS) for decay of {+75}Se;
75AS2c also on DDEP webpage: www.nucleide.org/DDEP.htm. In the opinion of
75AS3c evaluators, the gamma-ray intensities and branching ratios given
75AS4c in the DDEP evaluation for the 821.8-keV level are incorrect. The
75AS5c DDEP evaluators took these data mainly from 2005Ra29.
75AS c Although 2005Ra29 is the most recent experiment, but due to many
75AS2c inconsistencies in this paper, the results are not used much in
75AS3c this evaluation. The authors also report ce measurements and give
75AS4c K-shell (also M- and N-shell in some cases) conversion coefficients,
75AS5c some of which are quoted to a precision of 1% or less, which does not
75AS6c seem realistic. No |g|g coincidence study was done in this work.
75AS7c The 859.84, 1/2+ and 586.81, 1/2- levels reported to be populated in
75AS8c this decay by 2005Ra29 only are omitted here since none of the |g rays
75AS9c associated with these levels have been seen in other studies. In
75ASAc addition, the 859.84 level is within 5 keV of the Q value and implied
75ASBc log| {Ift}=3.2 is impossible for a 5/2+ to 1/2+ |b transition.
75ASCc Branching ratios of |g transitions reported in 2005Ra29 are in
75ASDc severe disagreement with those from (n,n'|g) study where this
75ASEc level is strongly populated
75AS c |g (in some cases |g|g coin also): 2005Ra29, 1997Lo10, 1996St16,
75AS2c 1994Ra28, 1994Mi22, 1994Bh07, 1994St25, 1994Jo14, 1992Sc09, 1991Jo02,
75AS3c 1990An07, 1990Wa03, 1985Ku26, 1984Si06 (also 1983Si25), 1984To11
75AS4c (also 1982ToZT), 1983Yo03, 1982Ha37, 1978He21, 1977Ge12, 1977Pr08,
75AS5c 1977Pu04, 1974MeZA, 1974Ca29, 1973Th07, 1973In06, 1973Te06, 1972De67,
75AS6c 1972Bo64, 1971Bo56, 1971Pr07, 1971Ge07, 1970Ch24, 1970Na14, 1970Pa25
75AS7c (also 1969Pa05), 1970Pr06, 1968Pr07, 1968Na10, 1967Jo02, 1966Ga13,
75AS8c 1966Ra09, 1961Ed02. Others: 1971Ba71, 1969Ho25, 1967Pa14, 1966La25,
75AS9c 1966Na02, 1965Br19, 1962Va02, 1960Pe05, 1959Vo30, 1958Va02, 1955Sc09
75AS c Conversion electron measurements: 2005Ra29, 1970Pa25, 1965Br19,
75AS2c 1961Ed02, 1960Gr03, 1960De06, 1959Me76, 1955Sc09. Note that the
75AS3c uncertainties quoted by 2005Ra29 on measured K-shell conversion
75AS4c electron intensities are unrealistically low for several transitions.
75AS5c Also from E|g, I|g data in 2005Ra29, there seem several lines
75AS6c contributed by impurities, thus these data are not used for
75AS7c multipolarity and mixing ratio assignments.
75AS c Double dead-time method and correlation counting: 1996Hw02, 1994Iw04,
75AS2c 1994Ch56, 1992Ch46
75AS c Absolute activity and standardization: 1994Sr04, 1994Sm09, 1994Ra28,
75AS2c 1994Mi22, 1992Sc09, 1992Ra07, 1992Pa10, 1990Wa03, 1990Me15, 1990Je01,
75AS3c 1990An07
75AS c |g|g(|q), (ce)|g(|q): 1983Si25, 1977Pu04, 1973Su10, 1970Ch24, 1969Ra12,
75AS2c 1969Be23, 1968Sp02, 1968Vi02, 1958Va02, 1956Ke15, 1955Sc09.
75AS3c Other: 1996Ro16
75AS c ce: particle parameters: 1971Va27, 1969Be23, 1968Sp02, 1968Vi02.
75AS2c Others: 1968Ja03, 1961Ed02, 1967Dr03, 1960Gr03, 1959Me76
75AS c |b|g coin: 1980Sc07, 1972Gu03
75AS c |g(lin pol,|q): 1958Va02
75AS c |g|g(|q,H,T): 1990Mo06, 1990Mo22, 1990Mo23, 1989Mo14, 1975Bo13
75AS c |g circular polarization: 1971Va27, 1960Bo11
75AS2c 1974Ca23, 1966Ag01, 1960Ma03
75AS c Fluorescence, x-ray yield, K-capture measurements: 1996Sa22, 1994Le29,
75AS2c 1994Bh07, 1993Be08, 1990Ja15, 1990An07, 1984Si02, 1984Si06, 1983Si25
75AS c Theoretical fractional |e probabilities: 1998Sc28
75AS c The total average radiation energy released by {+75}Se is 864 keV {I8}
75AS2c (calculated by evaluators using the computer code RADLST). This
75AS3c value agrees remarkably well with Q(|e)=864.7 keV {I9} (2012Wa38), thus
75AS4c confirming the accuracy of the present decay scheme.
75AS CE $ EC subshell ratios measured in 1994Bh07, 1984Si06; and
75AS2CE evaluated in 1995ScZY.
75AS DG CC$ FROM BrIcc v2.2b (20-Jan-2009) 2008Ki07, "Frozen Orbitals" appr.
75AS cG $ The following gamma rays with E|g(I|g) reported only in 2005Ra29
75AS2cG have been omitted by the evaluators since with the intensity listed
75AS3cG in 2005Ra29, these should have been detected in previous experiments:
75AS4CG 38.47 {I8} (0.0038 {I2}), 186.01 {I5} (0.044 {I1}),
75AS4CG 234.79 {I12} (0.0098 {I2}),
75AS5CG 242.22 {I5} (0.023 {I1}), 270.20 {I4} (0.037 {I1}), 282.92 {I19}
75AS5CG (0.0047 {I2}),
75AS6CG 292.74 {I15} (0.00058 {I1}), 388.31 {I7} (0.00063 {I7}), 459.32 {I8}
75AS6CG (0.0026 {I2}),
75AS7CG 555.76 {I5} (0.0041 {I2}), 586.82 {I7} (0.0084 {I3}), 661.19 {I2}
75AS7CG (0.0057 {I3}),
75AS8CG 859.83 {I2} (0.117 {I2}). In the opinion of the evaluators, the 859.8|g
75AS9CG and some other |g rays may be contributed by room background from
75ASACG Th activity
75AS CG $ Other omitted |g rays: EG=201.98 3, IG=0.018 1 (2005Ra29);
75AS2CG IG=0.005 2 (1996St16); IG=0.0002 (listed in 1978LeZA from priv comm
75AS3CG 1974MeZA). EG=204.31 17, IG=0.018 1 (2005Ra29); 0.0042 16 (1996St16);
75AS4CG 0.003 (listed in 1978LeZA from priv comm 1974MeZA). EG=307.92 15,
75AS5CG IG=0.0039 1 (2005Ra29), 0.007 3 (1996St16). EG=338.27 5, IG=0.145 1
75AS6CG (2005Ra29), 0.0042 7 (1996St16), 0.0007 (listed in 1978LeZA from
75AS7CG priv comm 1974MeZA).
75AS CG Measured K x-ray relative intensities is 92.6 18, weighted
75AS2CG average (^LWM) of 94.0 24 (1966Ra09), 91 5 (1974Ca29), 90.3 26
75AS3CG (1970Pa25), and 93.1 18 (1992Sc09). Using a normalization factor
75AS4CG NR=0.589 3, the corresponding absolute intensity is 54.6% 11. This
75AS5CG value compares with 56.5% 6, calculated by evaluators using the ^RADLST
75AS6CG computer program and the nuclear and atomic data deduced in this
75AS7CG evaluation. The agreement between these quantities constitutes a test
75AS8CG for the self-consistency of the decay scheme.
75AS CG CC$Theoretical values from BrIcc code.
75AS cG $ Data details for the relative intensities of the |g rays
75AS2cG used in the evaluation process; only data using Ge detectors is
75AS3cG considered here. Minimum uncertainty assigned in the recommended
75AS4cG value is 0.5% when the one given by the averaging procedure
75AS5cG is lower than this.
75AS cG
75AS cG $ The data from 2005Ra29 has been used sparingly in
75AS2cG the present evaluation since many values seem to be outliers, which
75AS3cG suggests large systematic errors in this study. In addition
75AS4cG the authors have many gamma rays which have not been confirmed in
75AS5cG other studies; these must be contributed from impurities which
75AS6cG have remained unidentified in this work
75AS cG $ The 13 measurements from 1991BaZS are independent results from
75AS2cG different laboratories which were performed as part of an IAEA CRP.
75AS cG
75AS cG $ Note that in 2005Ra29, 1997Lo10, 1994Mi22, 1994Bh07, uncertainties
75AS2cG reported for some of the values are below 1%, which seems unrealistic,
75AS3cG in view of systematic uncertainties involved
75AS cG $ {B14.9|g}:
75AS cG $ I|g|<0.002 adopted from <0.017 (1974Ca29), <0.002 (1984Si06),
75AS2cG 0.003 {I2} (1994Bh07). Others: 0.034 {I6} (1973Th07), 0.035 {I1}
75AS3cG (2005Ra29). Spectral evidence is provided by 2005Ra29 and 1983Si25;
75AS4cG line is close to intense K-x ray lines. Due to inconsistent
75AS5cG intensities reported, lower value is adopted while this transition
75AS6cG is considered as unconfirmed by the evaluators
75AS cG
75AS cG $ {B24.4|g}:
75AS cG $I|g=0.0473 {I18} is the weighted average of 0.044 {I6}
75AS2cG (1970Pa25), 0.032 {I10} (1970Pr06), 0.063 {I8} (1973Th07), 0.065 {I8}
75AS3cG (1977Pr08), 0.052 {I9} (1984Si06), 0.046 {I4} (1990Me15), 0.045 {I6}
75AS4cG (1991BaZS-1), 0.045 {I6} (1991BaZS-10), 0.0446 {I20} (1992Sc09),
75AS5cG 0.056 {I6} (1994Bh07), 0.059 {I10} (1994Ra28), 0.052 {I5} (1996St16).
75AS6cG |h{+2}=1.66. Others (omitted as outliers): 0.036 {I4} (1974Ca29),
75AS7cG 0.127 {I12} (1991BaZS-2), 0.035 {I1} (2005Ra29). Weighted averaged
75AS8cG value of 0.0473 further reduced to 0.043 {I2} so that |e feeding
75AS9cG to 303-9-keV level is near zero as expected from |DJ=2, |DJ no
75AS cG
75AS cG $ {B66.1|g}:
75AS cG $ I|g=1.887 {I12} adopted from NRM average of: 1.40 {I40}
75AS2cG (1969Ra12), 2.0 {I5} (1973Te06), 1.86 {I9} (1977Ge12), 1.91 {I3}
75AS3cG (1984Si06), 1.87 {I1} (1990Me15), 1.959 {I40} (1990Wa03), 1.957 {I11}
75AS4cG (1990An07),1.85 {I3} (1991BaZS-1), 1.91 {I2} (1991BaZS-10), 1.94 {I3}
75AS5cG (1991BaZS-11), 1.88 {I1} (1991BaZS-12), 1.85 {I3} (1991BaZS-2),
75AS6cG 1.76 {I8} (1991BaZS-3), 1.95 {I6} (1991BaZS-4), 1.78 {I6} (1991BaZS-6),
75AS7cG 2.00 {I17} (1991BaZS-7), 1.86 {I2} (1991BaZS-8), 1.96 {I4}
75AS8cG (1991BaZS-9), 1.95 {I2} (1991BaZS-13), 1.91 {I2} (1992Sc09),1.912 {I12}
75AS9cG (1994Bh07 with uncertainty increased by factor of 4 by evaluator),
75ASAcG 1.929 {I43} (1994Ra28), 1.86 {I2} (1996St16), 1.79 {I1} (2005Ra29).
75ASBcG Others (omitted as outliers): 1.64 {I5} (1966Ra09), 1.54 {I8}
75ASCcG (1970Na14), 1.72 {I4} (1970Pa25), 0.97 {I6} (1973Su10), 1.50 {I15}
75ASDcG (1973Th07), 1.46 {I2} (1977Pr08). Superseded results: 1.77 {I20}
75ASEcG (1971Ge07) superseded by 1977Ge12, 1.93 {I4} (1980Sc07) superseded by
75ASFcG 1992Sc09.
75AS cG
75AS cG $ {B80.9|g}:
75AS cG $ I|g=0.0144 {I11} adopted from weighted average of 0.015 {I3}
75AS2cG (1970Pa25), 0.011 {I3} (1973Th07), 0.012 {I4} (1977Pr08), 0.014 {I4}
75AS3cG (1984Si06), 0.019 {I4} (1990Me15), 0.013 {I4} (1994Bh07), 0.0135 {I34}
75AS4cG (1994Ra28), 0.016 {I2} (1996St16), 0.017 {I1} (2005Ra29).
75AS5cG |h{+2}=0.54
75AS cG
75AS cG $ {B96.7|g}:
75AS cG $I|g=5.855 {I30} adopted from weighted average of: 5.9 {I3} (1977Ge12),
75AS2cG 5.78 {I17} (1983Yo03), 5.917 {I32} (1990An07), 5.72 {I21} (1990Me15),
75AS3cG 5.911 {I91} (1990Wa03), 5.93 {I8} (1991BaZS-1), 5.91 {I5}
75AS4cG (1991BaZS-10), 5.88 {I6} (1991BaZS-11), 5.91 {I5} (1991BaZS-13),
75AS5cG 5.68 {I15} (1991BaZS-2), 5.79 {I3} (1991BaZS-8),
75AS6cG 5.83 {I4} (1991BaZS-12 with uncertainty increased by factor of 2),
75AS7cG 5.91 {I5} (1992Sc09), 5.779 {I38} (1994Mi22), 5.89 {I14} (1994Ra28);
75AS8cG |h{+2}=1.4. Others (omitted as outliers): 5.33 {I16} (1966Ra09),
75AS9cG 4.83 {I96} (1969Ra12), 5.43 {I16} (1970Na14), 5.12 {I10} (1970Pa25),
75ASAcG 4.7 {I2} (1973Su10), 5.0 {I5} (1973Te06), 5.4 {I4} (1973Th07),
75ASBcG 5.22 {I2} (1977Pr08), 6.13 {I18} (1991BaZS-3), 6.47 {I18}
75ASCcG (1991BaZS-4), 5.41 {I13} (1991BaZS-6), 5.13 {I30} (1991BaZS-7),
75ASDcG 5.63 {I5} (1991BaZS-9), 5.65 {I5} (1996St16), 5.10 {I4} (2005Ra29).
75ASEcG Superseded results: 5.60 {I50} (1971Ge07) superseded by 1977Ge12,
75ASFcG 5.89 {I13} (1980Sc07) superseded by 1992Sc09.
75AS cG
75AS cG $ {B121.1|g}:
75AS cG $I|g=29.21 {I15} adopted from RT weighted average of: 27.8 {I8}
75AS2cG (1966Ra09), 29.2 {I29} (1969Ra12), 28.49 {I85} (1970Na14), 27.70 {I50}
75AS3cG (1970Pa25), 29.8 {I9} (1977Ge12), 27.1 {I40} (1977Pr08), 29.24 {I29}
75AS4cG (1983Yo03), 29.96 {I26} (1984Si06), 29.17 {I15} (1990An07), 29.8 {I2}
75AS5cG (1990Me15), 29.13 {I45} (1990Wa03), 29.23 {I15} (1991BaZS-1), 29.16
75AS6cG {I23} (1991BaZS-10), 29.43 {I22} (1991BaZS-11), 29.31 {I10} (1991BaZS-
75AS7cG 12), 29.24 {I20} (1991BaZS-13), 29.1 {I6} (1991BaZS-2), 29.2 {I4}
75AS8cG (1991BaZS-4), 29.3 {I5} (1991BaZS-5), 28.5 {I5} (1991BaZS-6),
75AS9cG 30.0 {I10} (1991BaZS-7), 28.96 {I14} (1991BaZS-9), 27.9 {I6}
75ASAcG (1991BaZS-3), 28.65 {I11} (1991BaZS-8), 29.16 {I23} (1992Sc09),
75ASBcG 30.10 {I90} (1994Bh07), 29.27 {I52} (1994Ra28), 29.76 {I14} (1994Mi22),
75ASCcG 28.05 {I27} (1997Lo10). Others (omitted as outliers): 25.4 {I12}
75ASDcG (1973Su10), 25.8 {I25} (1973Te06), 26.7 {I30} (1973Th07), 27.620 {I31}
75ASEcG (1996St16), 27.40 {I22} (2005Ra29). Superseded results: 28.2 {I14}
75ASFcG (1971Ge07) superseded by 1977Ge12, 29.3 {I3} (1980Sc07)
75ASGcG superseded by 1992Sc09.
75AS cG
75AS cG $ {B136.0|g}:
75AS cG $ I|g=99.4 {I5} from weighted average of: 94.9 {I20} (1966Ra09),
75AS2cG 96.0 {I96} (1969Ra12), 94.0 {I28} (1970Na14), 95.0 {I18} (1970Pa25),
75AS3cG 94.6 {I82} (1973Te06), 95.9 {I70} (1973Th07), 102 {I3} (1977Ge12),
75AS3cG 95.5 {I60} (1977Pr08), 99.2 {I9} (1983Yo03), 102.5 {I10} (1984Si06),
75AS4cG 99.73 {I62} (1990An07), 100 {I3} (1990Me15), 99.5 {I14} (1990Wa03),
75AS5cG 99.9 {I3} (1991BaZS-1), 94.6 {I20} (1991BaZS-2), 94.6 {I21}
75AS6cG (1991BaZS-3), 99.7 {I8} (1991BaZS-10), 100.4 {I7} (1991BaZS-11),
75AS7cG 99.4 {I10} (1991BaZS-13), 99.9 {I9} (1991BaZS-4), 99.9 {I18}
75AS8cG (1991BaZS-5), 95.9 {I21} (1991BaZS-6), 99.5 {I31} (1991BaZS-7),
75AS9cG 99.9 {I5} (1991BaZS-9), , 98.2 {I4}
75ASAcG (1991BaZS-8), 99.7 {I8} (1992Sc09), 100.22 {I45} (1994Mi22),
75ASBcG 99.8 {I19} (1994Ra28), 102.3 {I11} (1994Bh07), 98.0 {I10} (1996St16),
75ASCcG 98.41 {I36} (1997Lo10); |h{+2}=2.5. Others (omitted as outliers):
75ASDcG 90.3 {I28} (1973Su10), 101.2 {I2} (1991BaZS-12), 94.05 {I75}
75ASEcG (2005Ra29). Superseded results: 98.3 {I46} (1971Ge07) superseded by
75ASFcG 1977Ge12, 99.8 {I8} (1980Sc07) superseded by 1992Sc09.
75AS cG
75AS cG $ {B198.6|g}:
75AS cG $I|g=2.540 {I13} from NRM average of 2.25 {I23} (1969Ra12),
75AS2cG 2.79 {I14} (1970Na14), 2.5 {I1} (1973Su10),
75AS3cG 2.59 {I2} (1973Th07), 2.53 {I8} (1977Ge12), 2.48 {I4} (1977Pr08),
75AS4cG 2.51 {I4} (1983Yo03), 2.52 {I6} (1984Si06), 2.54 {I2} (1990Me15),
75AS5cG 2.504 {I43} (1990Wa03), 2.490 {I18} (1990An07), 2.518 {I13}
75AS6cG (1991BaZS-1), 2.534 {I23} (1991BaZS-10), 2.514 {I20} (1991BaZS-11),
75AS7cG 2.50 {I3} (1991BaZS-13), 2.52 {I7} (1991BaZS-2), 2.568 {I21}
75AS8cG (1991BaZS-4), 2.48 {I5} (1991BaZS-5), 2.53 {I7} (1991BaZS-7),
75AS9cG 2.509 {I16} (1991BaZS-8), 2.581 {I12} (1991BaZS-9), 2.586 {I10}
75ASAcG (1991BaZS-12), 2.534 {I20} (1992Sc09), 2.51 {I8} (1994Bh07),
75ASBcG 2.555 {I17} (1994Mi22), 2.487 {I48} (1994Ra28), 2.56 {I2}
75ASCcG (1996St16), 2.58 {I7} (1997Lo10). Others (omitted as outliers):
75ASDcG 2.28 {I5} (1966Ra09), 2.38 {I7} (1970Pa25), 2.2 {I2} (1973Te06),
75ASEcG 2.25 {I8} (1991BaZS-3), 2.38 {I4} (1991BaZS-6), 2.42 {I2} (2005Ra29).
75ASFcG Superseded results: 2.43 {I12} (1971Ge07) superseded by 1977Ge12,
75ASGcG 2.49 {I5} (1980Sc07) superseded by 1992Sc09.
75AS cG
75AS cG $ {B249.4|g}:
75AS cG $ I|g=0.000015 {I3} adopted from branching ratio in Adopted Gammas.
75AS2cG Values of I|g=0.00016 {I4} (1977Pr08), and 0.0067 {I2} (2005Ra29) are
75AS3cG much too high as compared to those expected from Coulomb excitation
75AS4cG data where the level is very strongly populated
75AS cG
75AS cG $ {B264.7|g}:
75AS cG $ Adopted I|g=100.0 {I5}, reference gamma ray
75AS cG
75AS cG $ {B279.5|g}:
75AS cG $ I|g=42.48 {I22} adopted from weighted average of: 43.0 {I9}
75AS2cG (1966Ra09), 41.3 {I41} (1969Ra12), 41.9 {I13} (1970Na14), 42.0 {I8}
75AS3cG (1970Pa25), 42.5 {I15} (1973Su10), 40.0 {I22} (1973Te06), 42.1 {I8}
75AS4cG (1973Th07), 42.4 {I13} (1977Ge12), 42.6 {I8} (1977Pr08), 42.43 {I20}
75AS5cG (1983Yo03), 42.42 {I40} (1984Si06), 42.53 {I16} (1991BaZS-1), 42.2 {I9}
75AS6cG (1991BaZS-3), 42.1 {I3} (1991BaZS-4), 42.6 {I6} (1991BaZS-5), 42.4 {I5}
75AS7cG (1991BaZS-6), 42.6 {I11} (1991BaZS-7), 42.48 {I23} (1991BaZS-8), 42.36
75AS8cG {I14} (1991BaZS-9), 42.5 {I3} (1991BaZS-10), 42.25 {I16} (1991BaZS-12
75AS9cG with uncertainty increased by factor of 4), 42.4 {I4} (1991BaZS-11),
75ASAcG 42.69 {I21} (1991BaZS-13), 42.60 {I19} (1990An07), 42.2 {I4}
75ASBcG (1990Me15), 42.42 {I67} (1990Wa03), 42.47 {I34} (1992Sc09),
75ASCcG 42.55 {I12} (1994Bh07), 42.78 {I18} (1994Mi22), 42.64 {I89}
75ASDcG(1994Ra28), 42.56 {I31} (1996St16). |h{+2}=0.40. Others (excluded as
75ASEcG outliers): 43.9 {I9} (1991BaZS-2), 43.63 {I29} (1997Lo10), 43.07 {I34}
75ASFcG (2005Ra29). Superseded results: 43.2 {I22} (1971Ge07) superseded by
75ASGcG 1977Ge12, 42.6 {I4} (1980Sc07) superseded by 1992Sc09.
75AS cG
75AS cG $ {B303.9|g}:
75AS cG $ I|g=2.232 {I12} adopted from weighted average of: 2.06 {I21}
75AS2cG (1969Ra12), 2.20 {I11} (1970Na14), 2.19 {I7} (1970Pa25), 2.20 {I8}
75AS3cG (1973Su10), 2.11 {I30} (1973Th07), 2.21 {I3} (1977Ge12), 2.26 {I4}
75AS4cG (1977Pr08), 2.234 {I17} (1983Yo03), 2.234 {I11} (1990An07), 2.23 {I2}
75AS5cG (1990Me15), 2.249 {I41} (1990Wa03), 2.248 {I9} (1991BaZS-1),
75AS6cG 2.242 {I18} (1991BaZS-10), 2.220 {I22} (1991BaZS-11), 2.219 {I8}
75AS7cG (1991BaZS-12), 2.239 {I16} (1991BaZS-13), 2.25 {I5} (1991BaZS-2),
75AS8cG 2.21 {I6} (1991BaZS-3), 2.24 {I4} (1991BaZS-5), 2.23 {I4} (1991BaZS-6),
75AS9cG 2.24 {I6} (1991BaZS-7), 2.234 {I15} (1991BaZS-8), 2.224 {I8}
75ASAcG (1991BaZS-9), 2.242 {I18} (1992Sc09), 2.239 {I15} (1994Mi22), 2.267
75ASBcG {I46} (1994Ra28), 2.24 {I2} (1996St16), 2.27 {I2} (2005Ra29).
75ASCcG |h{+2}=0.46. Others (omitted as outliers): 2.39 {I5} (1966Ra09), 2.091
75ASDcG {I14} (1991BaZS-4), 2.199 {I11} (1997Lo10). Superseded results:
75ASEcG 2.31 {I12} (1971Ge07) superseded by 1977Ge12, 2.27 {I2} (1980Sc07)
75ASFcG superseded by 1992Sc09.
75AS cG
75AS cG $ {B373.5|g}:
75AS cG $ I|g=0.0043 {I2} adopted from weighted average of 0.0042 {I4}
75AS2cG (1977Pr08), 0.0032 {I12} (1996St16), 0.0044 {I2} (2005Ra29). Others:
75AS3cG <0.005 (1973Th07), <0.006 (1970Pa25)
75AS cG
75AS cG $ {B400.7|g}:
75AS cG $ I|g=19.38 {I10} adopted from weighted average of: 19.2 {I19}
75AS2cG (1969Ra12), 19.45 {I58} (1970Na14), 19.0 {I6} (1973Su10), 19.6 {I17}
75AS3cG (1973Te06), 19.1 {I3} (1977Ge12), 18.8 {I6} (1977Pr08), 19.38 {I12}
75AS4cG (1983Yo03), 19.461 {I88} (1990An07), 19.5 {I3} (1990Me15), 19.27 {I11}
75AS5cG (1991BaZS-1), 19.49 {I16} (1991BaZS-10), 19.08 {I17} (1991BaZS-11),
75AS6cG 19.360 {I25} (1991BaZS-12), 19.51 {I10} (1991BaZS-13), 19.7 {I4}
75AS7cG (1991BaZS-2), 19.1 {I4} (1991BaZS-3), 19.1 {I4} (1991BaZS-4), 19.5 {I3}
75AS8cG (1991BaZS-5), 19.17 {I21} (1991BaZS-6), 19.5 {I5} (1991BaZS-7),
75AS9cG 19.60 {I10} (1991BaZS-8), 19.49 {I16} (1992Sc09), 19.313 {I88}
75ASAcG (1994Mi22), 19.56 {I27} (1994Ra28), 19.38 {I4} (1996St16 with
75ASBcG uncertainty increased by factor of 2). |h{+2}=0.80. Others (omitted as
75ASCcG outliers): 22.3 {I5} (1966Ra09), 20.40 {I50} (1970Pa25), 18.0 {I4}
75ASDcG (1973Th07), 20.19 {I32} (1990Wa03), 19.79 {I6} (1991BaZS-9),
75ASEcG 18.84 {I16} (1997Lo10), 20.13 {I16} (2005Ra29). Superseded results:
75ASFcG 19.6 {I12} (1971Ge07) superseded by 1977Ge12, 19.56 {I16} (1980Sc07)
75ASGcG superseded by 1992Sc09.
75AS cG
75AS cG $ {B418.8|g}:
75AS cG $ I|g=0.0210 {I4} adopted from weighted average of: 0.020 {I3}
75AS2cG (1969Ra12), 0.023 {I2} (1970Pa25), 0.017 {I3} (1973Th07), 0.018 {I4}
75AS3cG (1977Pr08), 0.0231 {I21} (1983Yo03), 0.018 {I3} (1990Me15), 0.02095
75AS4cG {I40} (1990Wa03), 0.0206 {I7} (1991BaZS-1), 0.0196 {I11} (1991BaZS-10),
75AS5cG 0.0217 {I5} (1991BaZS-11), 0.024 {I9} (1991BaZS-2), 0.0196 {I12}
75AS6cG (1992Sc09), 0.022 {I2} (1996St16). |h{+2}=0.97. Others (omitted as
75AS7cG outliers): 0.0322 {I6} (1966Ra09), 0.0140 {I16} (1973Su10),
75AS8cG 0.0247 {I13} (1991BaZS-12), 0.0102 {I32} (1991BaZS-6), 0.0154 {I10}
75AS9cG (1991BaZS-7), 0.035 {I1} (2005Ra29).
75AS cG
75AS cG $ {B468.6|g}:
75AS cG $ I|g=0.00062 {I10} adopted from 1977Pr08; 0.00054 {I18} (1971Pr07) and
75AS2cG 0.0010 {I5} (1970Pa25) are in agreement but less precise. Others:
75AS3cG 0.0028 {I4} (1996St16), and 0.0036 {I2} (2005Ra29) are much too high
75AS cG
75AS cG $ {B542.4|g}:
75AS cG $ I|g=0.000022 {I3} adopted from branching ratio in Adopted Gammas.
75AS2cG Values of I|g=0.00022 {I4} (1977Pr08), and 0.00074 {I1} (2005Ra29) are
75AS3cG much too high as compared to those expected from Coulomb excitation
75AS4cG data where the level is prominently populated
75AS cG
75AS cG $ {B557.8|g}:
75AS cG $ I|g=0.0000016 {I5} adopted from branching ratio in Adopted Gammas.
75AS2cG Values of I|g=0.00006 {I2} (1977Pr08), and 0.0047 {I2} (2005Ra29) are
75AS3cG much too high as compared to those expected from Coulomb excitation
75AS4cG data where the level is prominently populated
75AS cG
75AS cG $ {B572.2|g}:
75AS cG $ I|g=0.0614 {I7} adopted from weighted average of: 0.0636 {I13}
75AS2cG (1966Ra09), 0.053 {I8} (1969Ra12), 0.063 {I2} (1970Pa25), 0.054 {I3}
75AS3cG (1973Su10), 0.0634 {I29} (1983Yo03), 0.0638
75AS3cG {I16} (1990An07), 0.060 {I3} (1990Me15), 0.05894 {I91} (1990Wa03),
75AS4cG 0.0602 {I20} (1991BaZS-1), 0.0610 {I10} (1991BaZS-10), 0.0603 {I7}
75AS5cG (1991BaZS-11), 0.064 {I3} (1991BaZS-13), 0.0625 {I22} (1991BaZS-2),
75AS6cG 0.058 {I4} (1991BaZS-6), 0.059 {I3} (1991BaZS-7), 0.0610 {I18}
75AS7cG (1991BaZS-8), 0.0617 {I14} (1991BaZS-9), 0.067 {I2} (1991BaZS-12),
75AS8cG 0.0610 {I10} (1992Sc09), 0.063 {I1} (1996St16). 0.066 {I3} (1997Lo10),
75AS9cG 0.062 {I1} (2005Ra29). Others (omitted as outliers): 0.048 {I5}
75AS9cG (1973Th07), 0.050 {I4} (1977Pr08)
75AS cG
75AS cG $ {B617.8|g}:
75AS cG $ I|g=0.00765 {I15} adopted from weighted average of: 0.00777 {I15}
75AS2cG (1966Ra09), 0.0076 {I10} (1969Ra12), 0.0075 {I2} (1970Pa25), 0.0075
75AS3cG {I31} (1973Su10), 0.0078 {I21} (1983Yo03), 0.0062 {I8} (1977Pr08),
75AS4cG 0.0077 {I4} (1990Me15), 0.00761 {I23} (1990Wa03), 0.0072 {I7}
75AS5cG (1991BaZS-1), 0.0078 {I5} (1991BaZS-10), 0.0077 {I3} (1991BaZS-11),
75AS6cG 0.0067 {I10} (1991BaZS-2), 0.0076 {I6} (1991BaZS-6), 0.0080 {I6}
75AS7cG (1991BaZS-7), 0.0063 {I6} (1991BaZS-9), 0.0078 {I5} (1992Sc09),
75AS7cG 0.0082 {I7} (1996St16), 0.0078 {I2} (2005Ra29). |h{+2}=0.8.
75AS8cG Others (omitted as outliers): 0.0059 {I7} (1973Th07), 0.0108 {I12}
75AS9cG (1991BaZS-12)
75AS cG
75AS cG $ {B821.6|g}:
75AS cG $ I|g=0.000233 {I15} adopted from LWM average of: 0.000216 {I10}
75AS2cG (1971Pr07), 0.00028 {I2} (1977Pr08), 0.00022 {I2} (1990Me15), 0.00030
75AS3cG {I15} (1991BaZS-6), 0.0016 {I12} (1991BaZS-2). Others (omitted as
75AS4cG outliers and/or too high values): 0.0013 {I7} (1991BaZS-7), 0.0035 {I6}
75AS5cG (1996St16), 0.0015 {I2} (2005Ra29).
75AS cG ------------------------------------------------------------
75AS CG E(A)$From 2000He14, based on a revised energy scale that uses the new
75AS2CG fundamental constants and wave lengths from an updated value of the
75AS3CG lattice spacing of silicon crystals (1987Co39). 2000He14 fitted the
75AS4CG revised G-ray energies to a level scheme. The values given here are
75AS5CG their recommended level-energy differences
75AS CG E(P)$ From 1977Pr08
75AS CG E(R)$From 2005Ra29
75AS CG E(D),RI(D)$From ^Adopted ^Gammas. This GAMMA ray was reported by
75AS2CG 2005Ra29 and 1977Pr08 with an intensity much larger than expected
75AS3CG from ^Adopted ^Gammas, where the branching ratio is taken from
75AS4CG COULOMB excitation which populates 822 level strongly. The evaluators
75AS5CG thus consider the observation of this GAMMA ray in 2005Ra29 and
75AS6CG 1977Pr08 as suspect
75AS CG M$From measured conversion coefficients determined by evaluators
75AS2CG from relative conversion electron and photon intensities, using
75AS2CG KC(121G)=0.0372 and KC(136G)=0.0263 theoretical values (from BrIcc)
75AS3CG for E1 multipolarity to normalize scales for the electron and photon
75AS4CG intensities. The electron intensities used were weighted averages
75AS5CG (^LWM) from 1955Sc09, 1959Me76, 1960De06, 1960Gr03, and 1961Ed02.
75AS6CG Intensities from 2005Ra29 were not included due to many inconsistencies
75AS7CG in this paper. Only in a few cases their EKC values have been used
75AS CL E$Deduced from a least-squares fit to G-ray energies.
75AS cL J,T$From Adopted Levels, unless otherwise stated
75SE P 0.0 5/2+ 119.78 D 5 864.7 9
75SE cP J,T$ From Adopted Levels of {+75}Se
75SE cP QP$ From 2012Wa38
75AS N 0.589 3 1.0 1.0
75AS PN 3
75AS CN NR$from an absolute intensity of 58.9% 3 for the 264-KEV G ray,
75AS2CN weighted average (^LWM) of the following values measured by
75AS3CN 4 PI BG coin: 59.44% 83 (1980Sc07), 57.96% 85 and 58.16% 85 (1983Yo03),
75AS4CN 59.55% 90 (^ICRM value), and 59.03% 32 (1994Mi22). These are values
75AS5CN corrected by evaluators for the coincidence events of the 24-KEV G-ray
75AS6CN transition missed in the measurements because of the 17 MS half-life
75AS7CN of the 303.9-KEV level. The correction factor (1.060 5), which equals
75AS8CN unity plus the total absolute intensity of the 24-KEV transition, is
75AS9CN based on the weighted average (^LWM) of the following results: 0.055 5,
75ASACN ^Szvrenyi et al., report to ^BIPM (1989) (correlation method); 0.065 2
75ASBCN (1990Ja15, correlation method); 0.056 2 (1994Sm09, correlation method);
75ASCCN and 0.058 5 (1994Ch56, double dead time method).
75AS L 0.0 3/2- STABLE
75AS E 1.1 6 8.6 3 1.1 6
75ASS E CK=0.8795$CL=0.1012$CM+=0.01935
75AS CE IE$from 100-(sum TI of GAMMA rays to GS). It is consistent with
75AS2CE measured IE LT 1.2 with 99% probability (1976Hu11) from (x ray)|g coin.
75AS L 198.6063 8 1/2- 885 PS 30
75AS CL J$isotropic result in GG(THETA) consistent with J=1/2
75AS CL T$average of 870 PS 30 (1969Ho25) and 900 PS 30 (1967Se01)
75AS E 0.047 18 10.0 2 0.047 18 1U
75ASS E CK=0.8734$CL=0.10624 2$CM+=0.020369 3
75AS G 198.6060 12 2.540 13 M1+E2 0.389 17 0.0208 6 A
75ASS G KC=0.0184 5$LC=0.00202 6$MC=0.000307 9$ NC=2.28E-5 7
75AS DG $ EG=198.64 1 (2005Ra29)
75AS CG MR$from BE2 and T1/2(199 level). EKC=0.0186 11 gives 0.39 5.
75AS2CG Other: EKC=0.0166 2, ELC=0.00122 4 (2005Ra29)
75AS CG (66G)(199G)(THETA): A2=-0.013 27, A4=+0.004 5 (1973Su10)
75AS L 264.6581 6 3/2- 11.2 PS 3
75AS CL J$anisotropic result in GG(THETA) rules out J=1/2
75AS E 0.5 5 8.3 GT 0.5 5 ?
75ASS E CK=0.8783$CL=0.1021$CM+=0.01956
75AS G 66.0518 8 1.887 12 M1+E2 +0.066 19 0.298 11 A
75ASS G KC=0.264 9$LC=0.0296 14$MC=0.00452 22$ NC=0.000336 14
75AS DG $ EG=66.03 1 (2005Ra29)
75AS CG MR$from GG(THETA) (1983Si25). Others: 0.11 6 (from EKC=0.29 3),
75AS2CG +0.18 3 (from GG(THETA) 1973Su10). MR=0.18 is unlikely since it gives
75AS3CG BE2W much larger than RUL(E2)=300. EKC=0.308 2, ELC=0.0287 3 (2005Ra29)
75AS CG (136G)(66G)(THETA): A2=+0.038 4, A4=+0.003 3 (1983Si25)
75AS DG A2=+0.015 5, A4=+0.014 16 (1973Su10)
75AS G 264.6576 9 100.0 5 M1+E2 -0.07 2 0.0071811 A
75ASS G KC=0.00639 10$LC=0.000675 11$MC=0.0001030 16$NC=7.83E-6 12
75AS DG $ EG=264.65 1 (2005Ra29)
75AS CG MR$unweighted average of 0.16 5 (from EKC=0.0067 2), 0.0362 15
75AS2CG (from T1/2 and BE2 1967Ro14), -0.01 4 (G(THETA) in (G,G') 1967La07) and
75AS3CG following MR values from (136G)(265G)(THETA): -0.043 6 (1968Sp02),
75AS4CG -0.044 17 (1968Vi02), -0.061 18 (1969Be23), -0.043 25 (1969Ra12),
75AS5CG -0.15 4 (1973Su10). EKC=0.0062, ELC=0.00054 1 (2005Ra29)
75AS CG (136G)(265G)(THETA): A2=-0.033 1, A4=+0.001 2 (1968Sp02).
75AS DG A2=-0.030 3, A4=+0.004 6 (1969Be23); A2=-0.033, A4=+0.001
75AS2DG (1969Ra12); A2=-0.013 5, A4=-0.006 (1973Su10)
75AS L 279.5428 8 5/2- 273 PS 3
75AS CL T$from GG(T) (1989Mo14,1990Mo06). Others: 280 PS 20 (1969Ho25),
75AS2CL 1973Ch45, 1972Gu03, 1971Ba71, 1970Az01, 1969Sh12, 1968Go41, 1967Se01,
75ASxCL 1962Va02, 1955Sc09
75AS2 L MOMM1=+0.918 18 (1989MO14)$ MOME2=0.30 10 (1990MO23)
75AS E 2.1 4 8.0 1 2.1 4
75ASS E CK=0.8782$CL=0.1022$CM+=0.01958
75AS G 14.89 0.002 LE[M1(+E2)] 0.15 15 50 30 ?
75ASS G KC=28 9 $LC=20 18$MC=3 3$NC=0.15 13
75AS cG E$ from level-energy difference=14.885
75AS DG $ EG=14.95 3 (2005Ra29)
75AS CG MR$ from RUL(E2)<300
75AS G 81.15 9 0.0144 11 E2 1.72 R
75ASS G KC=1.472 21$LC=0.213 3$MC=0.0322 5$NC=0.00211 3
75AS CG M$ from EKC=1.477 23 (2005Ra29); MR(E2/M1)>8.5
75AS G 279.5422 10 42.48 22 M1+E2 -0.49 3 0.0084 3 A
75ASS G KC=0.00751 23$LC=0.000807 25$MC=0.000123 4$NC=9.2E-6 3
75AS DG $ EG=279.59 1 (2005Ra29)
75AS CG MR$unweighted average of 0.61 6 (from EKC=0.0083 4), 0.60 5
75AS2CG (from T1/2 and BE2 1967Ro14), -0.42 8 (from G(THETA) in (G,G')
75AS3CG 1967La07), -0.50 14 (G(THETA) in COUL. EX.) and following values from
75AS4CG (121G)(280G)(THETA): -0.48 3 (1968Sp02),
75AS5CG -0.39 1 (1969Be23), -0.45 3 (1973Su10), -0.48 4 (1989Mo14).
75AS6CG Other: -0.250 9 (1968Vi02). EKC=0.0062 1 (2005Ra29)
75AS CG (121G)(280G)(THETA): A2=-0.431 10 (1989Mo14)
75AS DG A2=-0.423 6, A4=+0.03 4 (1973Su10)
75AS DG A2=-0.430 6, A4=+0.009 7 (1968Sp02)
75AS L 303.9243 8 9/2+ 17.62 MS 23 M
75AS CL T$from 1998Hw05. Others: 15.6 MS 9 (1965La15), 17.0 MS 7 (1957Sc11).
75AS2CL See also numerous other experimental values in ^Adopted ^Levels
75AS G 24.38 0.043 2 M2(+E3) 0.013 13 205 5
75AS cG E$ from level-energy difference. E|g=24.34 {I1} (2005Ra29) fits poorly
75AS cG RI$ weighted averaged value of 0.047 is reduced to 0.043, so that there
75AS2cG is no |e feeding to 303.9, 9/2+ level from 5/2+ parent, as expected
75ASS G KC=165.6 24$LC=33.3 22$MC=5.2 4$NC=0.364 17
75AS CG MR$LT 0.026 from RUL(E3)<100. Others: 0.051 12 (from EKC=182 24 and
75AS2CG ELC=45 45) and -0.18 2 (from (24G)(280G)(THETA): A2=+0.009 20,
75AS3CG A4=-0.03 4 (1977Pu04)) give BE3W>100. EKC=180 5 (2005Ra29)
75AS G 303.9236 10 2.232 12 E3 0.0538 A
75ASS G KC=0.0469 7$LC=0.00592 9$MC=0.000899 13$NC=6.30E-5 9
75AS DG $ EG=303.96 1 (2005Ra29)
75AS CG M$from EKC=0.048 3. Other: EKC=0.045 2, ELC=0.00473 8 (2005Ra29)
75AS L 400.6583 6 5/2+ 1.67 NS 5
75AS CL T$from 1967Se01. Others: 1970Az01, 1.67 NS 14 (1969Ho25), 1.8 NS 4
75AS2CL (1959Ve22), 1.5 NS 4 (1958La10), <10 NS (1958Va02)
75AS E 96.2 6 6.098 4 96.2 6
75ASS E CK=0.8772$CL=0.1031$CM+=0.01976
75AS CE EC subshell ratios are from 1995ScZY.
75AS G 96.7340 9 5.855 30 E2 0.893 A
75ASS G KC=0.772 11$LC=0.1044 15$MC=0.01576 22$NC=0.001058 15
75AS DG $ EG=96.73 1 (2005Ra29)
75AS CG M$from EKC=0.86 11. Other: EKC=0.613 1 (2005Ra29)
75AS G 121.1155 11 29.21 15 E1 0.0417 A
75ASS G KC=0.0372 6$LC=0.00388 6$MC=0.000588 9$NC=4.37E-5 7
75AS DG $ EG=121.12 2 (2005Ra29)
75AS CG M$from EKC (1960Gr03) and K-shell particle parameters from
75AS2CG (121CEK)(280G)(THETA)(1969Be23,1968Sp02). Other:
75AS3CG EKC=0.0384 3, ELC=0.00385 4, EMC=0.00062 1 (2005Ra29)
75AS G 136.0001 6 99.4 5 E1 0.0295 A
75ASS G KC=0.0263 4$LC=0.00274 4$MC=0.000415 6$NC=3.10E-5 5
75AS DG $ EG=136.00 1 (2005Ra29)
75AS CG M$from EKC (1960Gr03) and K-shell particle parameters from
75AS2CG (136CEK)(265G)(THETA)(1969Be23,1968Sp02). Other: EKC=0.0250 2,
75AS3CG ELC=0.00249 2, EMC=0.000382 4 (2005Ra29)
75AS G 400.6572 8 19.38 10 E1 0.00135 A
75ASS G KC=0.001202 17$LC=0.0001241 18$MC=1.89E-5 3$NC=1.432E-6
75AS DG $ EG=400.65 1 (2005Ra29)
75AS CG M$from EKC=0.0013 1. Other: EKC=0.00123 2, ELC=0.000126 4 (2005Ra29)
75AS L 468.6 4 1/2-
75AS E 0.00037 6 11.4 1 0.00037 6
75ASS E CK=0.8763$CL=0.10377 2$CM+=0.019919 3
75AS G 468.6 4 0.00062 10[M1,E2] 0.0025 7 P
75AS DG $ EG=468.76 10 (2005Ra29)
75ASS G KC=0.0022 6$LC=0.00023 7$MC=3.5E-5 10$NC=2.7E-6 8
75AS L 572.41 3 5/2- 2.9 PS 3
75AS E 0.0387 5 9.080 7 0.0387 5
75ASS E CK=0.8742$CL=0.10553 3$CM+=0.020306 5
75AS G 373.86 6 0.0043 2 [E2] 0.00651 R
75AS DG $ EG=373.5 4 (1977Pr08)
75ASS G KC=0.00580 9$LC=0.000628 9$MC=9.54E-5 14$NC=7.09E-6 11
75AS G 572.40 3 0.0614 6 M1+E2 +0.39 5 0.00122 3 R
75AS DG $ EG=572.2 4 (1977Pr08)
75ASS G KC=0.001093 22$LC=0.0001138 23$MC=1.73E-5 4$NC=1.32E-6
75AS CG MR$ from (G(THETA) in COUL. EX.,1967Ro14). EKC=0.0010 1 from 1970Pa25
75AS2CG and 0.0010 3 from 2005Ra29 give M1+E2 with |d<1
75AS L 617.68 4 1/2-,3/2-
75AS E 0.0169 3 9.29 1 0.0169 3
75ASS E CK=0.8726$CL=0.10680 3$CM+=0.020583 7
75AS G 419.08 4 0.0210 4 M1(+E2) 0.35 LT 0.0025824 R
75AS DG $ EG=418.8 6 (1977Pr08)
75ASS G KC=0.00230 21$LC=0.000241 23$MC=3.7E-5 4$NC=2.8E-6 3
75AS CG M,MR$ from EKC=0.0018 4 (1970Pa25), 0.0020 6 (2005Ra29)
75AS G 617.67 7 0.00765 15 M1,E2 0.0011620 R
75AS DG $ EG=617.8 4 (1977Pr08)
75ASS G KC=0.00103 18$LC=0.000108 20$MC=1.7E-5 3$NC=1.25E-6 22
75AS CG M$ EKC=0.00086 33 (2005Ra29)
75AS L 821.73 16 7/2- 3.0 PS 3
75AS cL $ The |g-ray branching ratios are used from Adopted Levels, Gammas
75AS2cL dataset. The ratios in 2005Ra29 and 1977Pr08, where |g rays from
75AS3cL this level are reported, are in severe disagreement with the
75AS4cL ones obtained from Coulomb excitation, where this level is very
75AS5cL strongly populated. Energies of 249, 542, and 558 gamma rays
75AS6cL are also taken from Adopted Gammas, since the evaluators believe
75AS7cL that gamma rays reported near these energies in 2005Ra29 and
75AS8cL 1977Pr08 are contributed by impurities.
75AS E 0.00016010 9.59 4 0.000160 10
75ASS E CK=0.8063 24$CL=0.1610 20$CM+=0.0327 5
75AS G 249.4 3 0.000015 3[M1,E2] 0.017 10 D
75ASS G KC=0.015 9$LC=0.0017 10$MC=0.00026 15$NC=1.9E-5 11
75AS DG $ EG=249.49 14 (2005Ra29)
75AS G 542.4 4 0.000022 3[M1,E2] 0.0016 4 D
75ASS G KC=0.0015 3$LC=0.00015 4$MC=2.3E-5 6$NC=1.8E-6 4
75AS DG $ EG=541.76 5 (2005Ra29)
75AS G 557.8 9 1.6E-6 5 [E2] 0.00183 D
75ASS G KC=0.001628 25$LC=0.000172 3$MC=2.62E-5 4$NC=1.97E-6 3
75AS DG $ EG=557.33 18 (2005Ra29)
75AS G 821.6 2 0.00023315 [E2] 0.00063 P
75AS DG $ EG=821.79 11 (2005Ra29)
75ASS G KC=0.000558 8$LC=5.82E-5 9$MC=8.87E-6 13$NC=6.73E-7 10