217AT 221FR A DECAY 1999GR33,1995SH01 18NDS 201802
217AT H TYP=FUL$AUT=F.G. KONDEV, S. KUMAR$CIT=NDS 147, 382 (2018)$
217AT2 H CUT=1-DEC-2017$
217AT c 1999Gr33: {+221}Fr was produced from {+225}Ac by the isotope generator
217AT2c technique, using {+229}Th material that was isolated from {+233}U and
217AT3c purified over five years. In one set of experiments, the source was
217AT4c placed in vacuum facing |a detector. In the second set, recoiling
217AT5c nuclei from {+225}Ac decay were collected on Al support and every
217AT6c 15 min transfered to the |a detector. Detectors: 100-mm{+2} Si(Au) with
217AT7c energy resolution of 20-25 keV and 84-cm{+3} HPGe detector with energy
217AT8c resolution of 1.0 keV at an energy of 150 keV. Measured: singles |a-
217AT9c and |g-ray spectra, and |a|g coin.
217AT c 1995Sh01: {+221}Fr was produced from {+225}Ac by the isotope generator
217AT2c technique, using a 3|mCi {+229}Th material. Recoiling nuclei from
217AT3c {+225}Ac decay were collected on a moving tape that brought the
217AT4c {+221}Fr activity in front of detectors. Detectors: 200-mm{+2} Si
217AT5c wafer, 100 |mm-thick with 16 keV energy resolution; a single coaxial
217AT6c Ge detector with a 0.5 mm Al window; 700-mm{+2}, 16-mm thick Si(Li)
217AT7c detector inside an axially increasing magnetic field for ce detection.
217AT8c Measured: Singles |a, |g and ce, and |a|g coin
217AT c Others: 1955St04, 1962Wa28, 1964Va20, 1968Le07, 1969LeZW, 1969Dz06,
217AT2c 1970Al17, 1972Dz14, 1981Di14, 1994NiZZ, 1994Ar23, 1992Li26, 1999Sc17,
217AT3c 1995Bu17 (same as 1999Gr33), 2002Gr36 (same as 2002GrZY).
217AT DL
217AT cA E,IA$From 1968Le07, unless otherwise stated.
217AT cA HF$r{-0}({+217}At)={ 1.5501 {I10}}, average of
217AT2cA r{-0}({+216}Po)=1.5555 {I2} and r{-0}({+217}Rn)=1.5446 {I19} (1998Ak04)
217AT DL
217AT cL E$From a least-squares fit to E|g
217AT cL J$From adopted levels. For excited states J|p follow from the proposed
217AT2cL decay scheme of 1995Sh01, based on measured |g-ray
217AT2cL transition multipolarities.
217AT cL SEQ(A)$Dominant |p(h{-9/2}){+3}|n(g{-9/2}){+6}
217AT cL SEQ(B)$Dominant |p(f{-7/2}{+1},h{-9/2}{+2})|n(g{-9/2}){+6}
217AT cL E(C)$Probable |p(i{-13/2}{+1},h{-9/2}{+2})|n(g{-9/2}){+6}
217AT DL
217AT cG $I(K|a x ray)=2.23% {I20} (1995Sh01).
217AT2cG I(K|a{-1}| x ray)/I(K|a{-2}| x ray)={ 0.61 {I6}} (1972Dz14).
217AT cG E$From 1995Sh01, unless otherwise stated. Uncertainties quoted
217AT2cG for many E|g in 1999Gr33, 1995Bu17 and 1994Ar23 are unrealistically
217AT3cG small, given the large-size Ge detectors used in these measurements and
217AT4cG the absence of information regarding the calibration procedure.
217AT cG M,MR$From ce measurements of 1969Dz06 and 1995Sh01 and |a(T) in
217AT2cG 1999Gr33. Mixing ratios, |d, were determined using the BrIccmixing
217AT3cG program
217AT cG E(a)$Reported in 1999Gr33 to have a significant |g-ray coincidence
217AT2cG summing contributions.
217AT DG CC$FROM BrIcc v2.3b (16-Dec-2014) 2008Ki07, "Frozen Orbitals" appr.
221FR P 0.0 5/2- 4.801 M 6 6457.7 14
221FR cP $%|a is deduced using the rounded off value of %|b{+-}=0.0048 {I15}
221FR2cP in 1997Ch53. Other: %|b{+-}=0.011 {I5} in the earlier work of 1995Ch74
221FR cP J$Directly measured from 1978Ek02 and 1985Co24. |p from |m.
221FR2cP J|p=5/2- member of the 1/2[541] band (prolate deformation)
221FR cP T$Weighted average of 4.806 m {I6} (2013Su13), 4.768 m {I13} (2010Wa42)
221FR2cP and 4.790 m {I20} (2007Je07).
221FR cP $Q(|a) from 2017Wa10
217AT N 0.01144 12 0.99995 2
217AT cN NR$Weighted average of I{-|g}(218|g)=11.57% {I15} (1986He06) and
217AT2cN 11.25% {I18}, the later deduced from I|a(6126.3|a)=15.1% 2 and the
217AT3cN decay scheme adopted here. Others: 13.44% {I7} (1981Di14), 12.5% {I4}
217AT4cN (1968Le07,1969LeZW), 11.3% {I10} (1995Sh01), 11.18% {I15} (1999Gr33)
217AT5cN and 11.6% {I4} (1994Ar23).
217AT DN $1986He06: The absolute intensity of 218.19|g was measured by 1986He06
217AT2DN as 11.57% {I15} per decay of {+229}Th. A {+229}Th source was used,
217AT3DN and its cascade decays to {+225}Ra (100% by |a), to {+225}Ac
217AT4DN and to {+221}Fr (100% |a) were followed.
217AT DN $1999Gr33: deduced I{-|g}(218|g)=11.18% of {+221}Fr decays
217AT2DN from I(|g+ce)(218|g)=I(6126|a decaying to the 218-keV level)=15.1%
217AT3DN {I2} and |a(218|g; E2)=0.368. In their work, therefore, |g feedings to
217AT4DN the 218-keV level from higher levels and I(|g+ce)(117.8|g) de-exciting
217AT5DN the 218-keV level were neglected.
217AT DN $1995Sh01: Method used to obtain absolute normalization was not
217AT2DN discussed in 1995Sh01.
217AT DN $1981Di14: I{-|g}(218|g)/I{-|g}(440|g of {+213}Bi |b{+-} decay)=0.134
217AT2DN {I6} was measured by 1981Di14.
217AT DN $1968Le07:I{-|g}'s were normalized by 1968Le07 to intensities of
217AT2DN 240|g of {+224}Ra 187|g of {+226}Ra, and 236|g of {+227}Th;
217AT3DN the intensities used were not given.
217AT DN $1969Dz06: I{-|g}'s of 1969Dz06 were normalized by the authors such
217AT2DN that I(|g+ce)(218.19|g)={ 15.0% {I2}}.
217AT DN $1994Ar23,1995Bu17: I{-|g}(218|g)=11.6 {I4} and 11.1 {I3} were listed
217AT2DN by 1994Ar23 and 1995Bu17; as pointed out by 1999Gr33, many sum peaks
217AT3DN with the 218|g were misidentified as |g transitions. Therefore, their
217AT4DN measured intensities are taken here as not accurate.
217AT G 68.11 15 0.45 18
217AT cG E,RI$From 1995Bu17, but not reported in any other work
217AT G 201.4 6 0.10 1
217AT cG E,RI$From 1999Gr33. Other: E|g=201.44 {I50} and I|g=0.05 {I3}
217AT2cG (1995Bu17)
217AT G 250.7 2 0.30 7 a
217AT cG E,RI$From 1994Ar23, but I|g<0.1 in 1999Gr33.
217AT G 253.15 15 0.59 8 a
217AT cG E,RI$From 1994Ar23, but I|g<0.1 in 1999Gr33.
217AT G 263.39 14 0.19 5 a
217AT cG E,RI$From 1995Bu17, but I|g<0.1 in 1999Gr33.
217AT G 271.91 5 0.31 9 a
217AT cG E,RI$From 1994Ar23, but I|g<0.1 in 1999Gr33.
217AT G 297.11 40 0.77 7 a
217AT cG E,RI$From 1995Bu17, but I|g<0.1 in 1999Gr33.
217AT G 299.59 14 1.3 6 a
217AT cG E,RI$From 1995Bu17, but I|g<0.1 in 1999Gr33.
217AT G 314.11 17 0.22 5 a
217AT cG E,RI$From 1995Bu17, but I|g<0.1 in 1999Gr33.
217AT G 368.18 10 0.48 5 a
217AT cG E,RI$From 1995Bu17, but I|g<0.1 in 1999Gr33.
217AT2cG Other: E|g=368.17 {I2} and I|g=7.33 {I9} (1994Ar23)
217AT G 496.2 10 0.09 AP
217AT cG E,RI$From 1995Sh01. Other: I|g<0.04 (1999Gr33)
217AT G 658 2 0.06 AP
217AT cG E,RI$From 1999Gr33.
217AT L 0.0 9/2- 32.6 MS 3 A
217AT cL T$From Adopted levels
217AT A 6341.0 13 83.3 7 3.43 4
217AT cA E$Recommended by 1991Ry01. Measured E|a are: 6332 keV {I10} (1955St04),
217AT2cA 6336 keV {I6} (1960Vo05), 6340 keV {I2} (1962Wa28), 6340 keV {I5}
217AT3cA (1964Va20), 6338 keV {I5} (1967Dz02) and 6339.8 keV {I20}
217AT4cA (1968Le07,1969LeZW)
217AT cA IA$Recommended by 1991Ry01. Weighted average of 82 {I3} (1964Va20),
217AT2cA 83.2 {I20} (1967Dz02) and 83.4 {I8} (1968Le07,1969LeZW).
217AT cA $(6341|a)(|q) from oriented {+221}Fr: A{-2}=-{ 0.389 {I10}},
217AT2cA A{-4}=-{ 0.06 {I6}} (1999Sc17) corresponds to |>99.5% {Il}{-|a}=2
217AT3cA transition (from J|p=5/2- parent) (1999Sc17). Alpha anisotropy also
217AT4cA measured in 1992Li26
217AT L 100.13 8 7/2- 0.5 NS LT B
217AT cL T$From |a-100|g(t) in 1970Al17
217AT A 6241.8 20 1.36 6 80 5
217AT cA E$Others: 6243 keV {I5} (1964Va20) and 6241 keV {I6} (1967Dz02)
217AT cA IA$Weighted average of 1.6 {I3} (1964Va20), 1.35 {I7} (1967Dz02) and
217AT2cA 1.34 {I10} (1968Le07,1969LeZW)
217AT G 100.2 1 12.3 17M1 11.98
217ATS G KC=9.67 14$LC=1.76 3$MC=0.417 6
217ATS G NC=0.1081 16$OC=0.0231 4$PC=0.00320 5
217AT cG E$From 1995Sh01. Others: 100.63 {I2} (1994Ar23), 99.52 {I6} (1995Bu17)
217AT2cG and 100.25 {I2} (1999Gr33).
217AT cG RI$Unweighted average of 14.7 {I9} (1994Ar23), 8.9 {I27} (1999Gr33) and
217AT2cG 13.3 {I18} (1995Sh01). Other: 10.1 {I5} (1995Bu17)
217AT cG M$|a(L)exp=1.2 {I6} (1995Sh01)
217AT L 217.97 9 5/2- 0.27 NS 2 A
217AT cL T$From |a-218|g(t) in 1970Al17
217AT A 6126.3 15 15.1 2 2.24 4
217AT cA E$Recommended by 1991Ry01. Measured E|a are: 6124 keV {I3} (1962Wa28),
217AT2cA 6126 keV {I5} (1964Va20), 6125 keV {I5} (1967Dz02) and
217AT3cA 6125.5 keV {I20} (1968Le07,1969LeZW)
217AT cA IA$Recommended by 1991Ry01. Weighted average of 15 {I2} (1964Va20),
217AT2cA 14.5 {I7} (1967Dz02) and 15.1 {I2} (1968Le07,1969LeZW)
217AT cA $(6126|a)(|q) from oriented {+221}Fr: A{-2}=-{ 0.375 {I14}},
217AT2cA A{-4}=-{ 0.10 {I5}} (1999Sc17) corresponds to 95.1% {Il}{-|a}=2 and
217AT3cA 4.9% {Il}{-|a}=2 transitions (from J|p=5/2- parent) (1999Sc17). Alpha
217AT4cA anisotropy also measured in 1992Li26
217AT G 117.8 2 2.0 12M1(+E2) 2.1 LT 6.1 16
217ATS G KC=3.8 24$LC=1.70 60$MC=0.44 18
217ATS G NC=0.113 45$OC=0.0228 84$PC=0.0026 7
217AT cG E$From 1995Sh01. Others: 118.0 {I2} (1968Le07,1969LeZW), 117.67 {I5}
217AT2cG (1994Ar23), 118.18 {I9} (1995Bu17) and 117.82 {I3} (1999Gr33).
217AT cG RI$From 1999Gr33. Others: 3.28 {I17} (1994Ar23), 0.44 {I18} (1995Sh01)
217AT2cG and 2.16 {I27} (1995Bu17)
217AT cG M,MR$From |a(L)exp=1.5 {I8} (1969Dz06). Note that |a(exp)=13.5 {I86}
217AT2cG (1999Gr33) is not consistent with either M1 or E2 (|a(M1)=7.6,
217AT3cG |a(E2)=3.9)
217AT G 218.0 1 1000 E2 0.368
217ATS G KC=0.1377 20$LC=0.1705 24$MC=0.0452 7
217ATS G NC=0.01168 17$OC=0.00232 4$PC=0.000246 4
217AT cG E$From 1995Sh01. Others: 218.0 {I4} (1968Le07,1969LeZW), 218.30 {I2}
217AT2cG (1994Ar23), 218.14 {I3} (1995Bu17) and 218.12 {I2} (1999Gr33).
217AT cG RI$1000 {I9} (1995Sh01), 1000 {I34} (1994Ar23), 1000 {I13} (1999Gr33)
217AT2cG and 1000 {I27} (1995Bu17)
217AT cG M$From K:(L1+L2):L3=1.50 {I7}:1.40 {I15}:0.53 {I5} in 1969Dz06.
217AT2cG |a(exp)=0.14 used as a normalization in 1995Sh01. |g anisotropy in
217AT3cG 1992Li26 is also consistent with Mult=E2
217AT L 271.75 10 3/2- B
217AT A 6075 2 0.14 2 140 20
217AT cA E$Others: 6070 keV {I10} (1964Va20) and 6075 keV {I5} (1967Dz02)
217AT cA IA$Weighted average of 0.2 {I1} (1964Va20), 0.13 {I2} (1967Dz02) and
217AT2cA 0.15 {I3} (1968Le07,1969LeZW), and the smallest experimental
217AT3cA uncertainty.
217AT G 53.8 1 1.25 23M1 14.17
217ATS G LC=10.79 17$MC=2.56 4
217ATS G NC=0.663 10$OC=0.1419 22$PC=0.0196 3
217AT cG E$From 1995Sh01. Others: 53.54 {I18} (1995Bu17) and 53.81 {I3}
217AT2cG (1999Gr33).
217AT cG RI$Weighted average of 1.16 {I27} (1999Gr33) and 1.50 {I44} (1995Sh01).
217AT2cG Other: 0.41 {I5} (1995Bu17)
217AT cG M$|a(L)exp=8 {I4} (1995Sh01)
217AT G 171.6 1 6.77 18E2 0.867
217ATS G KC=0.227 4$LC=0.474 7$MC=0.1264 18
217ATS G NC=0.0327 5$OC=0.00645 10$PC=0.000670 10
217AT cG E$From 1995Sh01. Others: 171.83 {I3} (1999Gr33), 171.68 {I4}
217AT2cG (1995Bu17), 172.05 {I5} (1994Ar23).
217AT cG RI$Weighted average of 6.80 {I18} (1999Gr33) and 5.8 {I11} (1995Sh01).
217AT2cG Others: 5.17 {I17} (1994Ar23) and 7.12 {I27} (1995Bu17)
217AT cG M$|a(K)exp=0.3 {I1} (1995Sh01); |a(exp)=0.84 {I2} (1999Gr33)
217AT L 310.10 20 (13/2+) C
217AT A 6036 3 0.003 2 4.4E+3 30
217AT cA E$Others: 6037 keV {I10} (1964Va20) and 6041 keV {I6} (1967Dz02)
217AT cA IA$Others: ~0.02 (1964Va20) and 0.03 {I1} (1967Dz02)
217AT G 310.1 2 0.09 LT[M2] 1.79
217ATS G KC=1.331 19$LC=0.343 5$MC=0.0856 13
217ATS G NC=0.0224 4$OC=0.00476 7$PC=0.000641 9
217AT cG E$Rounded off from 1995Bu17. Other: 314.20 {I5} (1994Ar23).
217AT cG RI$From 1999Gr33. Others: 0.58 {I10} (1994Ar23) and 0.41 {I7}
217AT2cG (1995Bu17), but those were found in 1999Gr33 to be significantly
217AT3cG affected by coincidence summing
217AT L 367.99 133/2- A
217AT A 5979 2 0.48 3 15.1 10
217AT cA E$Others: 5980 keV {I10} (1964Va20) and 5980 keV {I6} (1967Dz02)
217AT cA IA$Weighted average of 0.5 {I1} (1964Va20), 0.46 {I5} (1967Dz02) and
217AT2cA 0.49 {I3} (1968Le07,1969LeZW)
217AT G 96.3 3 0.63 27 (E2+M1) 5.8 32
217AT cG E$From 1995Sh01 and 1999Gr33. Other: 96.12 {I18} (1995Bu17).
217AT cG RI$From 1999Gr33. Others: <0.88 (1995Sh01) and 1.3 {I4} (1995Bu17)
217AT cG M$|a(L)exp>2.5 (1995Sh01) would imply a sizable E2 component
217AT2cG (|a(L,M1)=1.98, |a(L,E2)=6.6). Note, that |a(exp)=25 {I15} (1999Gr33)
217AT3cG is not consistent with either M1 or E2 (|a(M1)=2.6, |a(E2)=8.9).
217AT G 150.0 1 3.92 17M1+E2 0.54 24 3.3 4
217ATS G KC=2.5 5$LC=0.62 5$MC=0.153 16
217ATS G NC=0.040 4$OC=0.0083 7$PC=0.00105 4
217AT cG E$From 1995Sh01. Others: 150.21 {I3} (1999Gr33), 150.04 {I4}
217AT2cG (1995Bu17), 150.43 {I5} (1994Ar23).
217AT cG RI$Weighted average of 4.20 {I18} (1999Gr33), 5.31 {I88} (1995Sh01) and
217AT2cG 3.62 {I17} (1994Ar23). Other: 5.32 {I9} (1995Bu17)
217AT cG M,MR$From |a(K)exp=2.6 {I5} (1995Sh01) and 2.2 {I7} (1969Dz06).
217AT2cG Other: |a(exp)=3.5 {I9} (1999Gr33)
217AT L 381.42 17 (7/2)- B
217AT A 5965.0 25 0.10 2 63 13
217AT cA E$Other: 5966 keV {I6} (1967Dz02)
217AT cA IA$Unweighted average of 0.12 {I1} (1967Dz02) and 0.08 {I1}
217AT3cA (1968Le07,1969LeZW).
217AT G 281.9 3 0.060 6 [M1] 0.653
217ATS G KC=0.530 8$LC=0.0938 14$MC=0.0222 4
217ATS G NC=0.00575 9$OC=0.001231 18$PC=0.0001700 25
217AT cG E$From 1995Sh01. Others: 282.12 {I9} (1999Gr33), 282.36 {I15}
217AT2cG (1995Bu17), 282.25 {I5} (1994Ar23).
217AT cG RI$Weighted average of 0.63 {I9} (1999Gr33), 0.71 {I27} (1995Sh01) and
217AT2cG 0.56 {I9} (1994Ar23). Other: 0.11 {I4} (1995Bu17)
217AT G 381.1 2 2.98 12M1(+E2) 0.9 LT 0.24 5
217ATS G KC=0.19 5$LC=0.036 5$MC=0.0087 11
217ATS G NC=0.0022 3$OC=0.00048 6$PC=6.4E-5 10
217AT cG E$From 1995Sh01. Others: 382.34 {I4} (1999Gr33), 381.81 {I4}
217AT2cG (1995Bu17), 382.36 {I2} (1994Ar23).
217AT cG RI$Weighted average of 2.95 {I18} (1999Gr33), 2.74 {I88} (1995Sh01) and
217AT2cG 3.02 {I17} (1994Ar23). Other: 2.97 {I18} (1995Bu17)
217AT cG M,MR$From |a(K)exp=0.25 {I10} (1995Sh01)
217AT L 410.40 20 13/2- A
217AT A 5938 2 0.17 2 27 4
217AT cA E$Others: 5938 keV {I10} (1964Va20) and 5940 keV {I6} (1967Dz02)
217AT cA IA$Unweighted average of 0.2 {I1} (1964Va20), 0.13 {I1} (1967Dz02)
217AT2cA and 0.17 {I3} (1968Le07,1969LeZW).
217AT G 410.4 2 10.53 18E2 0.0549
217ATS G KC=0.0344 5$LC=0.01531 22$MC=0.00392 6
217ATS G NC=0.001015 15$OC=0.000206 3$PC=2.39E-5 4
217AT cG E$From 1995Sh01. Others: 410.64 {I5} (1999Gr33), 409.93 {I7}
217AT2cG (1995Bu17), 410.73 {I2} (1994Ar23).
217AT cG RI$Weighted average of 10.55 {I18} (1999Gr33), 9.7 {I18} (1995Sh01) and
217AT2cG 10.3 {I9} (1994Ar23). Other: 11.17 {I18} (1995Bu17)
217AT cG M$|a(K)exp=0.03 {I1} (1995Sh01)
217AT L 424.13 22(5/2,7/2,9/2)- B
217AT A 5924.5 25 0.04 1 100 26
217AT cA E$Other: 5930 keV {I7} (1967Dz02)
217AT cA IA$Weighted average of 0.05 {I1} (1967Dz02) and 0.03 {I1}
217AT2cA (1968Le07,1969LeZW), and the smallest experimental uncertainty.
217AT G 324.0 2 1.52 6 M1(+E2) 1.1 LT 0.353 94
217ATS G KC=0.279 84$LC=0.056 8$MC=0.0135 17
217ATS G NC=0.0035 5$OC=0.00074 10$PC=9.9E-5 17
217AT cG E$From 1995Sh01. Others: 324.10 {I6} (1999Gr33), 323.99 {I6}
217AT2cG (1995Bu17), 323.99 {I3} (1994Ar23).
217AT cG RI$Weighted average of 1.70 {I9} (1999Gr33), 1.06 {I27} (1995Sh01) and
217AT2cG 1.38 {I9} (1994Ar23). Other: 1.7 {I7} (1995Bu17)
217AT cG M,MR$From |a(K)exp=0.4 {I2} (1995Sh01)
217AT L 537.8 5(7/2,9/2)
217AT A 5812.5 25 0.004 2 2.9E+2 15
217AT G 437.8 5 0.093 11
217AT cG E$From 1995Sh01. Others: 437.00 {I5} (1999Gr33) and 435.68 {I10}
217AT2cG (1994Ar23).
217AT cG RI$From 1999Gr33. Others: ~~0.09 (1995Sh01) and 0.34 {I6} (1994Ar23)
217AT G 537.5 8 0.40 3
217AT cG E$From 1995Sh01. Others: 537.8 {I8} (1999Gr33), 537.0 {I2} (1995Bu17)
217AT2cG and 538.02 {I10} (1994Ar23).
217AT cG RI$Weighted average of 0.45 {I4} (1999Gr33), 0.18 {I9} (1995Sh01) and
217AT2cG 0.34 {I10} (1994Ar23). Other: 0.27 {I4} (1995Bu17)
217AT L 568.7 3(7/2,9/2) B
217AT A 5782 4 0.005 2 168 68
217AT G 469.0 5 0.14 3
217AT cG E$From 1995Sh01. Others: 468.3 {I7} (1999Gr33) and 469.6 {I2}
217AT2cG (1995Bu17)
217AT cG RI$Weighted average of 0.13 {I3} (1999Gr33) and 0.18 {I9} (1995Sh01).
217AT2cG Other: 0.26 {I4} (1995Bu17)
217AT G 568.5 3 0.11 4
217AT cG E$From 1999Gr33 (same in 1995Bu17). Other: 568.4 {I10} (1995Sh01)
217AT cG RI$From 1999Gr33. Others: ~~0.09 (1995Sh01) and 0.14 {I4} (1995Bu17)
217AT L 576.90 197/2- A
217AT A 5775 3 0.065 5 11.8 10
217AT cA E$Other: 5776 keV {I10} (1964Va20)
217AT cA IA$Unweighted average of 0.07 {I3} (1964Va20) and 0.06 {I1}
217AT3cA (1968Le07,1969LeZW).
217AT G 208.3 6 0.45 9 [E2] 0.430 8
217ATS G KC=0.1519 24$LC=0.206 4$MC=0.0547 11
217ATS G NC=0.0141 3$OC=0.00281 6$PC=0.000296 6
217AT cG E$From 1999Gr33. Other: 208.3 {I5} (1995Bu17).
217AT cG RI$From 1999Gr33. Other: 0.41 {I7} (1995Bu17)
217AT G 359.0 2 3.37 12M1(+E2) 0.5 LT 0.31 3
217ATS G KC=0.251 23$LC=0.0459 25$MC=0.0109 6
217ATS G NC=0.00282 14$OC=0.00060 4$PC=8.2E-5 6
217AT cG E$From 1995Sh01. Others: 359.86 {I4} (1999Gr33) and 359.92 {I6}
217AT2cG (1995Bu17)
217AT cG RI$Weighted average of 3.58 {I18} (1999Gr33), 3.19 {I88} (1995Sh01) and
217AT2cG 3.19 {I17} (1994Ar23). Other: 3.5 {I11} (1995Bu17)
217AT cG M,MR$From |a(K)exp=0.4 {I1} (1995Sh01)
217AT G 576.9 4 0.31 3 [M1] 0.0948
217ATS G KC=0.0772 11$LC=0.01342 19$MC=0.00317 5
217ATS G NC=0.000820 12$OC=0.0001756 25$PC=2.43E-5 4
217AT cG E$From 1999Gr33 (same in 1995Bu17). Other: 577.0 {I8} (1995Sh01) and
217AT2cG 577.76 {I6} (1994Ar23).
217AT cG RI$Weighted average of 0.26 {I4} (1999Gr33), 0.35 {I9} (1995Sh01) and
217AT2cG 0.41 {I6} (1994Ar23). Other: 0.33 {I5} (1995Bu17)
217AT L 652.0 20
217AT A 5696 4 0.001 AP 332 AP
217AT cA E$Given uncertain in 1968Le07, but confirmed in 1999Gr33 (E|a=5697 keV)
217AT G 652 2 0.04 AP
217AT cG E,RI$From 1999Gr33
217AT L 663.3 3 (5/2-,7/2,9/2-) B
217AT A 5688 3 0.002 1 146 73
217AT G 281.8 3
217AT cG E$Doublet from 1995Sh01.
217AT G 446.3 8 0.15 4
217AT cG E$From 1995Sh01. Others: 446.30 {I8} (1999Gr33) and 445.07 {I20}
217AT2cG (1995Bu17)
217AT cG RI$From 1999Gr33. Others: ~~0.09 (1995Sh01) and 0.08 {I4} (1995Bu17)
217AT G 562.3 12 0.05 AP
217AT cG E,RI$From 1995Sh01
217AT G 665 2 0.08 AP
217AT cG E,RI$From 1999Gr33
217AT L 809.30 20
217AT A 5530 25 9.0E-4 20 60 14
217AT cA E,IA$From 2002Gr36
217AT G 809.3 2 0.080 17
217AT cG E,RI$From 2002Gr36
217AT L 891.9 3
217AT A 5500 40 3.3E-4 9 61 17
217AT cA E,IA$From 2002Gr36
217AT G 891.9 3 0.029 8
217AT cG E,RI$From 2002Gr36