List of levels for 193PB

Author: M. Shamsuzzoha Basunia | Citation: Nucl. Data Sheets 143, 1 (2017) | Cutoff date: 31-Mar-2017

Levels: The main features for the adopted level scheme are from 1996Du18 (³⁰Si,5nγ), for the lower part of the scheme, including the nomenclature of the magnetic dipole bands. Differences with other sources, specially 1996Ba54 (²⁴Mg,5nγ), are noted where appropriate. See the (HI,xnγ):SD dataset for sources for the superdeformed bands. For a discussion of the configurations, magnetic dipole bands, and band systematics in Pb nuclei, see 1996Ba54 and 1996Du18 (³⁰Si,5nγ).

Levels: Proposed new spin-parity assignments for 2213.8⁺x (Jπ=23/2⁺), 2426.7⁺x (Jπ=25/2⁺), and 2584.8⁺x (Jπ=27/2⁺) by 2011Ba02 (²⁸Si,5nγ) would result 1~h lower spin assignments for most of the excited levels proposed in (³⁰Si,5nγ) and (¹⁶O,5nγ).

Gammas: It should be noted that there are sharp discrepancies between the intensities reported among the (HI,xnγ) datasets. Of these, 1996Du18 and 1991La07 provide total intensity values, while 1996Ba54 lists γ intensities. It is not clear whether these differences are due to varying measurement conditions, or, possibly more likely, to the diversity in the high-lying levels populated by the various reaction channels used. For the adopted values the data from 1996Du18 have been used, where the Iγ values have been calculated by the evaluator using the experimental conversion coefficients from 1991La07, where available. Else, total conversion coefficients have been used, based on the multipolarities provided either by the authors, or estimated on the basis of DCO ratios, angular distribution coefficients, membership in various band structures, or assumed from ΔJπ values, if no other information was available.

E(level): From least squares fit to Eγ as calculated in (HI,xnγ) from 1996Du18 and (HI,xnγ):SD reactions. Note that there is a, somewhat erratic, trend towards lower γ-ray energies in 1996Ba54 (²⁴Mg,5nγ). These add up and tend to reduce the level energies by up to ≈45 keV (see the dataset).

J^π(level): From (HI,xnγ) or (HI,xnγ):SD, except for g.s. and the 0⁺x level. The assignments are based on multipolarities of deexciting transitions (from α(K)exp and γ(θ) measurements), assumption of increasing J with increasing E, and band structure. Specific arguments are listed in comments. For SD bands, the assignments are based on band structure and γ anisotropy, the lowest level spin in each band having been estimated using the spin-fit method.

T_1/2(level): From γγ(t) or γ(t) in (HI,xnγ), except as noted.

E(γ): From (³⁰Si,5nγ) and (HI,xnγ):SD data, except where noted.

I(γ): Photon branching for each level from (¹⁶O,5nγ), except otherwise noted. For SD bands, the values are relative transition intensities within each band.

E(level) (keV)	J^π(level)	T_1/2(level)	E(γ) (keV)	Multipolarity	Mixing Ratio	Conversion Coefficient	Additional Data
881.6 +X	(17/2+)		881.6 2	E2		0.00854	α=0.00854, α(K)=0.00672 10, α(L)=0.001387 20, α(M)=0.000332 5, α(N)=8.42×10^-5 12, α(O)=1.637E-5 23, α(P)=1.537E-6 22
1022.1+X	(15/2+)		1022.3 3	(M1+E2)		0.0116	α=0.0116 53, α(K)=0.0095 44, α(L)=0.00163 65, α(M)=3.8×10^-4 15, α(N)=9.7E-5 38, α(O)=1.93E-5 77, α(P)=2.01E-6 89
1401.8+X	(21/2+)		520.1 2	E2		0.0267	α=0.0267, α(K)=0.0191 3, α(L)=0.00575 8, α(M)=0.001426 20, α(N)=0.000361 5, α(O)=6.84×10^-5 10, α(P)=5.43E-6 8
1519.4+X	(19/2+)		497.3 5	E2		0.0298	α=0.0298, α(K)=0.0210 3, α(L)=0.00660 10, α(M)=0.001642 24, α(N)=0.000416 6, α(O)=7.85×10^-5 12, α(P)=6.11E-6 9
1550.2+X	(19/2+)		527.8 3	E2		0.0258	α=0.0258, α(K)=0.0185 3, α(L)=0.00550 8, α(M)=0.001363 20, α(N)=0.000345 5, α(O)=6.54×10^-5 10, α(P)=5.22E-6 8
1550.2+X	(19/2+)		668.2 3	E2+M1	1.8 +9-5	0.023	α=0.023 5, α(K)=0.019 4, α(L)=0.0038 6, α(M)=0.00090 13, α(N)=0.00023 4, α(O)=4.5×10^-5 7, α(P)=4.3E-6 8
1585.9+X	(21/2-)	20.5 ns 4	184.0 4	E1+M2	0.049 +15-20	0.116	B(E1)(W.u.)=1.42E-6 5, B(M2)(W.u.)=0.5 3, α=0.116 15, α(K)=0.092 11, α(L)=0.018 3, α(M)=0.0043 8, α(N)=0.00110 20, α(O)=0.00021 4, α(P)=1.9E-5 4
1994.8+X	(25/2+)		593.1 4	E2(+M3)	0.16 3	0.030	α=0.030 5, α(K)=0.022 3, α(L)=0.0060 9, α(M)=0.00148 21, α(N)=0.00038 6, α(O)=7.2×10^-5 11, α(P)=6.4E-6 10
2141.4+X	(23/2+)		591.1 4	E2		0.0199	α=0.0199, α(K)=0.01468 21, α(L)=0.00395 6, α(M)=0.000969 14, α(N)=0.000245 4, α(O)=4.68×10^-5 7, α(P)=3.90E-6 6
2141.4+X	(23/2+)		739.7 3	M1+E2	0.63 17	0.031	α=0.031 3, α(K)=0.0254 25, α(L)=0.0044 4, α(M)=0.00103 8, α(N)=0.000262 21, α(O)=5.2×10^-5 5, α(P)=5.5E-6 5
2142.1+X	(25/2-)		556.0 4	(E2)		0.0229	α=0.0229, α(K)=0.01664 24, α(L)=0.00471 7, α(M)=0.001163 17, α(N)=0.000294 5, α(O)=5.60×10^-5 8, α(P)=4.56E-6 7
2213.8+X	(25/2+)		72.7 10	(M1+E2)	0.21 +4-3	5.3	α=5.3 5, α(L)=4.0 4, α(M)=0.97 9, α(N)=0.247 22, α(O)=0.048 4, α(P)=0.00444 22
	(25/2+)		219.0 3	(M1)		1.016	α=1.016, α(K)=0.830 12, α(L)=0.1425 21, α(M)=0.0334 5, α(N)=0.00849 13, α(O)=0.001692 25, α(P)=0.000181 3
	(25/2+)		811.9 6	(E2)		0.01009	α=0.01009, α(K)=0.00786 11, α(L)=0.001695 24, α(M)=0.000408 6, α(N)=0.0001034 15, α(O)=2.00×10^-5 3, α(P)=1.84E-6 3
2322.2+X	(27/2-)	5.3 ns 6	180.0 3	E2+M1	4 +5-1	0.69	B(E2)(W.u.)=4.2 9, B(M1)(W.u.)=2.2E-5 +52-22, α=0.69 6, α(K)=0.29 6, α(L)=0.300 6, α(M)=0.0784 16, α(N)=0.0198 4, α(O)=0.00358 7, α(P)=0.000182 8
2322.2+X	(27/2-)	5.3 ns 6	263.1 3	[E2]		0.1727	B(E2)(W.u.)=0.12 5, α=0.1727, α(K)=0.0885 13, α(L)=0.0630 10, α(M)=0.01627 24, α(N)=0.00411 6, α(O)=0.000751 11, α(P)=4.30E-5 7
2426.7+X	(27/2+)		212.9 3	M1		1.100	α=1.100, α(K)=0.898 13, α(L)=0.1543 23, α(M)=0.0362 6, α(N)=0.00919 14, α(O)=0.00183 3, α(P)=0.000196 3
2526.9+X	(29/2+)		204.6 3	E1+M2	0.63 14	1.71	α=1.71 53, α(K)=1.25 38, α(L)=0.35 11, α(M)=0.087 27, α(N)=0.0224 70, α(O)=0.0044 14, α(P)=4.3×10^-4 14
2526.9+X	(29/2+)		532.4 3	E2(+M3)	0.14 +5-7	0.0370	α=0.0370 95, α(K)=0.0267 69, α(L)=0.0078 20, α(M)=0.00193 50, α(N)=4.9×10^-4 13, α(O)=9.4E-5 25, α(P)=8.0E-6 24
2584.8+X	(29/2-)	9.4 ns 5	158.1 3	E1		0.1396	B(E1)(W.u.)=4.8E-6 3, α=0.1396, α(K)=0.1127 17, α(L)=0.0206 3, α(M)=0.00484 8, α(N)=0.001215 18, α(O)=0.000232 4, α(P)=1.95E-5 3
2612.5+X	(33/2+)	180 ns 15	85.6 3	(E2)		12.1	B(E2)(W.u.)=0.79 8, α=12.1 3, α(L)=8.98 20, α(M)=2.37 6, α(N)=0.598 13, α(O)=0.1064 24, α(P)=0.00402 9
2939.2+X	(33/2-)	2.2 ps 6	252.3 3	(M1)		0.686	B(M1)(W.u.)=0.37 10, α=0.686, α(K)=0.561 8, α(L)=0.0961 14, α(M)=0.0225 4, α(N)=0.00572 9, α(O)=0.001140 17, α(P)=0.0001219 18
3133.4+X	(31/2+)		364.0 4	(M1)		0.252	α=0.252, α(K)=0.206 3, α(L)=0.0351 5, α(M)=0.00821 12, α(N)=0.00209 3, α(O)=0.000416 6, α(P)=4.45×10^-5 7
3133.4+X	(31/2+)		461.5 5			0.135	α=0.135
3320.7+X	(35/2-)	≤ 0.7 ps	381.5 4	(M1)		0.222	B(M1)(W.u.)>0.43, α=0.222, α(K)=0.182 3, α(L)=0.0309 5, α(M)=0.00722 11, α(N)=0.00184 3, α(O)=0.000366 6, α(P)=3.92×10^-5 6
3320.7+X	(35/2-)	≤ 0.7 ps	633.8 6	[E2]		0.01703	B(E2)(W.u.)>6.9, α=0.01703, α(K)=0.01276 18, α(L)=0.00324 5, α(M)=0.000793 12, α(N)=0.000201 3, α(O)=3.85E-5 6, α(P)=3.29E-6 5
E(level) (keV)	J^π(level)	T_1/2(level)	E(γ) (keV)	Multipolarity	Mixing Ratio	Conversion Coefficient	Additional Data
5425.8+X	(49/2+)	0.16 ps +3-2	365.2 4	(M1)		0.250	B(M1)(W.u.)=2.0 +4-5, α=0.250, α(K)=0.205 3, α(L)=0.0348 5, α(M)=0.00813 12, α(N)=0.00207 3, α(O)=0.000412 6, α(P)=4.41×10^-5 7
5425.8+X	(49/2+)	0.16 ps +3-2	656.8 7	[E2]		0.01576	B(E2)(W.u.)=41 +16-17, α=0.01576, α(K)=0.01188 17, α(L)=0.00294 5, α(M)=0.000717 11, α(N)=0.000182 3, α(O)=3.48E-5 5, α(P)=3.01E-6 5
5815.4+X	(51/2+)	0.15 ps 3	389.6 4	(M1)		0.210	B(M1)(W.u.)=1.7 5, α=0.210, α(K)=0.1719 25, α(L)=0.0292 5, α(M)=0.00682 10, α(N)=0.001734 25, α(O)=0.000346 5, α(P)=3.70×10^-5 6
5815.4+X	(51/2+)	0.15 ps 3	754.7 8	[E2]		0.01173	B(E2)(W.u.)=38 13, α=0.01173, α(K)=0.00905 13, α(L)=0.00204 3, α(M)=0.000493 7, α(N)=0.0001248 18, α(O)=2.41E-5 4, α(P)=2.18E-6 3
6231.4+X	(53/2+)	0.17 ps 2	416.1 4	(M1)		0.176	B(M1)(W.u.)=1.4 4, α=0.176, α(K)=0.1442 21, α(L)=0.0244 4, α(M)=0.00571 9, α(N)=0.001451 21, α(O)=0.000289 5, α(P)=3.10×10^-5 5
6231.4+X	(53/2+)	0.17 ps 2	805.6 8	[E2]		0.01025	B(E2)(W.u.)=9 5, α=0.01025, α(K)=0.00798 12, α(L)=0.001728 25, α(M)=0.000416 6, α(N)=0.0001054 15, α(O)=2.04E-5 3, α(P)=1.88E-6 3

Q(β-)=-6310 keV 50	S(n)= 7710 keV 50	S(p)= 3610 keV 60	Q(α)= 5010 keV 60
Reference: 2017WA10

References:
A	¹⁹³Bi ε decay	B	¹⁹⁷Po α decay (53.6 S)
C	¹⁹⁷Po α decay (25.8 S)	D	¹⁶⁸Er(³⁰Si,5nγ)
E	¹⁷⁰Er(²⁸Si,5nγ)	F	¹⁷⁴Yb(²⁴Mg,5nγ)
G	¹⁸²W(¹⁶O,5nγ)	H	(HI,xnγ):SD

E(level)	J^π(level)	T_1/2(level)	Comments
0.0	(3/2-)	% ε = ?	Decay not observed. E(level): Decay not observed.
0.0+X	(13/2+)	5.8 m 2 % ε = 100	Q=+0.195 10, μ=-1.150 7 μ,Q: from collinear fast atom beam laser spectroscopy (2014StZZ,1991Du07). E(level): μ,Q: from collinear fast atom beam laser spectroscopy (2014StZZ,1991Du07).
2584.8+X	(29/2-)	9.4 ns 5	μ=9.2 4, Q=2.6 3 E(level): Magnetic dipole band 1. (1996Du18).
2686.9+X	(31/2-)		E(level): Magnetic dipole band 1. (1996Du18).
2769.4+X	(29/2+)		E(level): Magnetic dipole band 4. (1996Ba54).
2939.2+X	(33/2-)	2.2 ps 6	E(level): Magnetic dipole band 1. (1996Du18).
2994.6+X	(31/2-)		E(level): Band 5.
3133.4+X	(31/2+)		E(level): Magnetic dipole band 4. (1996Ba54).
3320.7+X	(35/2-)	≤ 0.7 ps	E(level): Magnetic dipole band 1. (1996Du18).
3541.6+X	(35/2-)		E(level): Band 5.
3542.8+X	(33/2+)		E(level): Magnetic dipole band 4. (1996Ba54).
3722.3+X	(37/2-)		E(level): Magnetic dipole band 1. (1996Du18).
3924.8+X	(35/2+)		E(level): Magnetic dipole band 4. (1996Ba54).
4136.1+X	(39/2-)		E(level): Magnetic dipole band 1. (1996Du18).
4180.3+X	(39/2-)		E(level): Band 5.
4298.0+X	(39/2+)		E(level): Magnetic dipole band 2. (1996Du18).
4313.4+X	(37/2+)		E(level): Magnetic dipole band 4. (1996Ba54).
4388.1+X	(41/2+)		E(level): Magnetic dipole band 2. (1996Du18).
4470.6+X	(41/2-)		E(level): Magnetic dipole band 1. (1996Du18).
4537.0+X	(43/2+)		E(level): Magnetic dipole band 2. (1996Du18).
4769.0+X	(45/2+)		E(level): Magnetic dipole band 2. (1996Du18).
4828.1+X	(43/2-)		E(level): Magnetic dipole band 1. (1996Du18).
4893.1+X	(43/2-)		E(level): Band 5.
4945.1+X	(43/2+)		E(level): Magnetic dipole band 3. (1996Du18).
5060.6+X	(47/2+)	0.23 ps 3	E(level): Magnetic dipole band 2. (1996Du18). T_1/2(level): From mean lifetime in 1998Cl06, deduced from fitting of Doppler broadened γ-ray peaks. Value listed in comments section.
E(level)	J^π(level)	T_1/2(level)	Comments
5092.8+X	(45/2-)		E(level): Magnetic dipole band 1a. (1996Du18).
5169.4+X	(45/2+)		E(level): Magnetic dipole band 3. (1996Du18).
5218.4+X	(45/2-)		E(level): Magnetic dipole band 1. (1996Du18).
5331.9+X	(47/2-)		XREF: F(239.1⁺Y). E(level): Magnetic dipole band 1a. (1996Du18).
5425.8+X	(49/2+)	0.16 ps +3-2	E(level): Magnetic dipole band 2. (1996Du18). T_1/2(level): From mean lifetime in 1998Cl06, deduced from fitting of Doppler broadened γ-ray peaks. Value listed in comments section.
5436.9+X	(47/2+)		E(level): Magnetic dipole band 3. (1996Du18).
5597.5+X	(49/2-)		XREF: F(504.2⁺Y). E(level): Magnetic dipole band 1a. (1996Du18).
5763.1+X	(49/2+)		E(level): Magnetic dipole band 3. (1996Du18).
5815.4+X	(51/2+)	0.15 ps 3	E(level): Magnetic dipole band 2. (1996Du18). T_1/2(level): From mean lifetime in 1998Cl06, deduced from fitting of Doppler broadened γ-ray peaks. Value listed in comments section.
5825.3+X	(49/2-)		E(level): Magnetic dipole band 1b. (1996Du18).
5927.0+X	(51/2-)		XREF: F(833.6⁺Y). E(level): Magnetic dipole band 1a. (1996Du18).
6001.5+X	(51/2-)		E(level): Magnetic dipole band 1b. (1996Du18).
6145.5+X	(51/2+)		E(level): Magnetic dipole band 3. (1996Du18).
6231.4+X	(53/2+)	0.17 ps 2	E(level): Magnetic dipole band 2. (1996Du18). T_1/2(level): From mean lifetime in 1998Cl06, deduced from fitting of Doppler broadened γ-ray peaks. Value listed in comments section.
6285.2+X	(53/2-)		E(level): Magnetic dipole band 1b. (1996Du18).
6302.6+X	(53/2-)		XREF: F(1208.5⁺Y). E(level): Magnetic dipole band 1a. (1996Du18).
6597.1+X	(55/2-)		E(level): Magnetic dipole band 1b. (1996Du18).
6657.6+X	(55/2+)		E(level): Magnetic dipole band 2. (1996Du18).
6715.5+X	(55/2-)		E(level): Magnetic dipole band 1a. (1996Du18).
6927.5+X	(57/2-)		E(level): Magnetic dipole band 1b. (1996Du18).
7090.3+X	(57/2+)		E(level): Magnetic dipole band 2. (1996Du18).
7154.7+X	(57/2-)		E(level): Magnetic dipole band 1a. (1996Du18).
7312.0+X	(59/2-)		E(level): Magnetic dipole band 1b. (1996Du18).
7516+X	(59/2+)		E(level): Magnetic dipole band 2. (1996Du18).
7713.5+X	(61/2-)		E(level): Magnetic dipole band 1b. (1996Du18).
E(level)	J^π(level)	T_1/2(level)	Comments
7932+X	(61/2+)		E(level): Magnetic dipole band 2. (1996Du18).
Y	J		E(level): SD-1 band.
277.0+Y	J+2		2282γ (Iγ=0.035 20) and 2352γ (Iγ=0.034 20) proposed by 1996Du05 as linking transitions to normal-deformed states have not been confirmed by 1999Ro21 using a larger detector array, thus these γ rays together with a 2222γ (1996Du05) have been omitted here. E(level): SD-1 band.
594.3+Y	J+4		E(level): SD-1 band.
951.6+Y	J+6		E(level): SD-1 band.
1349.1+Y	J+8		E(level): SD-1 band.
1786.9+Y	J+10		E(level): SD-1 band.
2264.3+Y	J+12		E(level): SD-1 band.
2781.6+Y	J+14		E(level): SD-1 band.
3337.7+Y	J+16		E(level): SD-1 band.
3932.5+Y	J+18		E(level): SD-1 band.
4565.9+Y	J+20		E(level): SD-1 band.
5237.7+Y	J+22		E(level): SD-1 band.
5945.9+Y	J+24		E(level): SD-1 band.
Z	J1		E(level): SD-2 band.
190.2+Z	J1+2		E(level): SD-2 band.
422.8+Z	J1+4		E(level): SD-2 band.
698.0+Z	J1+6		E(level): SD-2 band.
1015.9+Z	J1+8		E(level): SD-2 band.
1376.8+Z	J1+10		E(level): SD-2 band.
1780.3+Z	J1+12		E(level): SD-2 band.
2226.2+Z	J1+14		E(level): SD-2 band.
2714.4+Z	J1+16		E(level): SD-2 band.
3242.4+Z	J1+18		E(level): SD-2 band.
3812.2+Z	J1+20		E(level): SD-2 band.
E(level)	J^π(level)	T_1/2(level)	Comments
4422.7+Z	J1+22		E(level): SD-2 band.
5072.7+Z	J1+24		E(level): SD-2 band.
5762.5+Z	J1+26		E(level): SD-2 band.
U	J2		E(level): SD-3 band.
251.5+U	J2+2		E(level): SD-3 band.
543.0+U	J2+4		E(level): SD-3 band.
875.4+U	J2+6		E(level): SD-3 band.
1247.5+U	J2+8		E(level): SD-3 band.
1659.4+U	J2+10		E(level): SD-3 band.
2110.0+U	J2+12		E(level): SD-3 band.
2598.9+U	J2+14		E(level): SD-3 band.
3125.5+U	J2+16		E(level): SD-3 band.
3688.9+U	J2+18		E(level): SD-3 band.
4288.8+U	J2+20		E(level): SD-3 band.
4925.8+U	J2+22		E(level): SD-3 band.
5598.0+U	J2+24		E(level): SD-3 band.
6307.2+U	J2+26		E(level): SD-3 band.
V	J3		E(level): SD-4 band.
273.0+V	J3+2		E(level): SD-4 band.
586.4+V	J3+4		E(level): SD-4 band.
939.5+V	J3+6		E(level): SD-4 band.
1331.4+V	J3+8		E(level): SD-4 band.
1761.4+V	J3+10		E(level): SD-4 band.
2228.5+V	J3+12		E(level): SD-4 band.
2732.4+V	J3+14		E(level): SD-4 band.
E(level)	J^π(level)	T_1/2(level)	Comments
3271.9+V	J3+16		E(level): SD-4 band.
3847.0+V	J3+18		E(level): SD-4 band.
4457.0+V	J3+20		E(level): SD-4 band.
5101.5+V	J3+22		E(level): SD-4 band.
5777.9+V	J3+24		E(level): SD-4 band.
6485.1+V	J3+26		E(level): SD-4 band.
W	J4		E(level): SD-5 band.
100.5+W	J4+1		E(level): SD-6 band.
213.2+W	J4+2		E(level): SD-5 band.
335.1+W	J4+3		E(level): SD-6 band.
467.9+W	J4+4		E(level): SD-5 band.
610.6+W	J4+5		E(level): SD-6 band.
763.9+W	J4+6		E(level): SD-5 band.
926.8+W	J4+7		E(level): SD-6 band.
1099.9+W	J4+8		E(level): SD-5 band.
1282.6+W	J4+9		E(level): SD-6 band.
1475.2+W	J4+10		E(level): SD-5 band.
1677.0+W	J4+11		E(level): SD-6 band.
1888.7+W	J4+12		E(level): SD-5 band.
2109.8+W	J4+13		E(level): SD-6 band.
2340.0+W	J4+14		E(level): SD-5 band.
2580.4+W	J4+15		E(level): SD-6 band.
2828.5+W	J4+16		E(level): SD-5 band.
3087.8+W	J4+17		E(level): SD-6 band.
3355.0+W	J4+18		E(level): SD-5 band.
E(level)	J^π(level)	T_1/2(level)	Comments
3631.3+W	J4+19		E(level): SD-6 band.
3917.2+W	J4+20		E(level): SD-5 band.
4211.0+W	J4+21		E(level): SD-6 band.
4513.4+W	J4+22		E(level): SD-5 band.
4825.6+W	J4+23		E(level): SD-6 band.
5144.7+W	J4+24		E(level): SD-5 band.
5475.1+W	J4+25		E(level): SD-6 band.
5811.5+W	J4+26		E(level): SD-5 band.
6159.1+W	J4+27		E(level): SD-6 band.
6512.0+W	J4+28		E(level): SD-5 band.
6877.0+W	J4+29		E(level): SD-6 band.
S	J5		E(level): SD-7 band.
260.6+S	J5+2		E(level): SD-7 band.
560.4+S	J5+4		E(level): SD-7 band.
900.5+S	J5+6		E(level): SD-7 band.
1279.4+S	J5+8		E(level): SD-7 band.
1696.6+S	J5+10		E(level): SD-7 band.
2150.6+S	J5+12		E(level): SD-7 band.
2641.7+S	J5+14		E(level): SD-7 band.
3167.8+S	J5+16		E(level): SD-7 band.
3729.1+S	J5+18		E(level): SD-7 band.
4325.5+S	J5+20		E(level): SD-7 band.
4956.6+S	J5+22		E(level): SD-7 band.
5620.8+S	J5+24		E(level): SD-7 band.
T	J6		E(level): SD-8 band.
E(level)	J^π(level)	T_1/2(level)	Comments
281.8+T	J6+2		E(level): SD-8 band.
603.2+T	J6+4		E(level): SD-8 band.
964.1+T	J6+6		E(level): SD-8 band.
1362.6+T	J6+8		E(level): SD-8 band.
1798.5+T	J6+10		E(level): SD-8 band.
2270.8+T	J6+12		E(level): SD-8 band.
2778.9+T	J6+14		E(level): SD-8 band.
3322.1+T	J6+16		E(level): SD-8 band.
3900.1+T	J6+18		E(level): SD-8 band.
4512.1+T	J6+20		E(level): SD-8 band.
5158.9+T	J6+22		E(level): SD-8 band.
A	J7		E(level): SD-9 band.
212.9+A	J7+2		E(level): SD-9 band.
468.7+A	J7+4		E(level): SD-9 band.
766.0+A	J7+6		E(level): SD-9 band.
1102.5+A	J7+8		E(level): SD-9 band.
1478.3+A	J7+10		E(level): SD-9 band.
1894.2+A	J7+12		E(level): SD-9 band.
2349.7+A	J7+14		E(level): SD-9 band.
2845.3+A	J7+16		E(level): SD-9 band.
3380.7+A	J7+18		E(level): SD-9 band.
3956.0+A	J7+20		E(level): SD-9 band.

E(level)	E(gamma)	Comments
757+X	757	E(γ): From ¹⁹⁷Po α decay (25.8 s)
1519.4+X	497.3	E(γ): 1991La07 (¹⁶O,5nγ) list a comparable γ, Eγ=497.7 4 keV, but unplaced.
1550.2+X	527.8	I(γ): Other: 100 19 (²⁴Mg,5nγ).
1550.2+X	668.2	I(γ): Other: 88 17 (²⁴Mg,5nγ).
2058.9+X	472.7	M(γ): From (³⁰Si,5nγ)
2141.4+X	591.1	I(γ): Other: 100 20 (²⁴Mg,5nγ)
2141.4+X	739.7	I(γ): Other: 63 13 (²⁴Mg,5nγ)
2213.8+X	72.7	E(γ): From (²⁴Mg,5nγ)
	219.0	I(γ): From (²⁴Mg,5nγ). Other: 32 14 (¹⁶O,5nγ) M(γ): α_K(exp)=1.14 13, α_L12(exp)=0.11 6; Theory: α_K(M1)=0.829
	811.9	I(γ): From (²⁴Mg,5nγ). M(γ): From α_K(exp)=0.0038 28 in 1991La07 (¹⁶O,5nγ); theory: α_K(E2)=0.00785. (M1⁺E2) in 2011Ba02 (²⁸Si,5nγ). See level comments.
2322.2+X	180.0	I(γ): From (³⁰Si,5nγ)
2322.2+X	263.1	I(γ): From (³⁰Si,5nγ)
2404.9+X	819.0	E(γ): From (²⁴Mg,5nγ)
2426.7+X	212.9	I(γ): From (²⁴Mg,5nγ) M(γ): From (²⁴Mg,5nγ)
2426.7+X	431.9	I(γ): From (²⁴Mg,5nγ) M(γ): From (²⁴Mg,5nγ)
2524.9+X	98.2	I(γ): From (²⁴Mg,5nγ)
2524.9+X	311.1	I(γ): From (²⁴Mg,5nγ)
2584.8+X	158.1	M(γ): α_L12(exp)=0.0077 71 (1991La07); theory: α_L12=0.0170.
2653.6+X	331.3	E(γ): From (²⁴Mg,5nγ) - 1996Ba54 I(γ): From (²⁴Mg,5nγ)
2653.6+X	595.0	I(γ): From (²⁴Mg,5nγ)
2672.2+X	677.6	M(γ): From (³⁰Si,5nγ)
2707.2+X	301.6	I(γ): From (²⁴Mg,5nγ)
	385.0	I(γ): From (²⁴Mg,5nγ)
	565.0	I(γ): From (²⁴Mg,5nγ) M(γ): From DCO ratio in (²⁴Mg,5nγ). See comment for this γ in the dataset.
2939.2+X	252.3	M(γ): From (³⁰Si,5nγ) and RUL. From (³⁰Si,5nγ)
E(level)	E(gamma)	Comments
2994.6+X	341.0	I(γ): From (²⁴Mg,5nγ)
2994.6+X	672.6	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
3080.2+X	555.4	M(γ): From (³⁰Si,5nγ)
3128.6+X	421.4	I(γ): From (²⁴Mg,5nγ)
3128.6+X	806.4	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
3133.4+X	364.0	I(γ): From (³⁰Si,5nγ)
	461.5	I(γ): From (³⁰Si,5nγ)
	706.7	I(γ): From (³⁰Si,5nγ)
3282.1+X	609.9	I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
3282.1+X	755.1	I(γ): From (³⁰Si,5nγ)
3320.7+X	381.5	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ) and RUL.
3320.7+X	633.8	I(γ): From (²⁴Mg,5nγ)
3376.4+X	296.3	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
3376.4+X	851.7	I(γ): From I(γ+ce) in (³⁰Si,5nγ) - α=0.00915 for (E2). Other: 100 38 (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
3414.8+X	742.3	M(γ): From (³⁰Si,5nγ)
3418.8+X	158.0	I(γ): From (³⁰Si,5nγ)
3418.8+X	834.0	I(γ): From (³⁰Si,5nγ)
3541.6+X	547.0	M(γ): From (³⁰Si,5nγ)
3542.8+X	409.5	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
3542.8+X	773.5	I(γ): Other value: 15 6 (³⁰Si,5nγ) can be obtained from total intensity assuming 409.5γ as (E2).. From (²⁴Mg,5nγ)
3607.0+X	996.5	E(γ): From (²⁴Mg,5nγ) - γ ray seen only by 1996Ba54 (²⁴Mg,5nγ).
3640.3+X	319.6	M(γ): From (³⁰Si,5nγ)
3673.0+X	1145.2	M(γ): From (³⁰Si,5nγ)
3702.2+X	1030.1	I(γ): From (³⁰Si,5nγ)
3702.2+X	1174.9	I(γ): From (³⁰Si,5nγ)
E(level)	E(gamma)	Comments
3722.3+X	401.6	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
3722.3+X	783.1	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
3741.8+X	613.2	M(γ): From (³⁰Si,5nγ)
3772.1+X	395.8	M(γ): From (³⁰Si,5nγ)
3839.5+X	462.9	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
3839.5+X	759.4	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
3860.0+X	447.6	E(γ): From (²⁴Mg,5nγ) 1996Ba54
3924.8+X	382.0	I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
	510.2	I(γ): From (³⁰Si,5nγ)
	791.5	I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
3987.5+X	739.5	E(γ): From (²⁴Mg,5nγ)
3997.1+X	294.8	I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
	324.0	I(γ): From (³⁰Si,5nγ)
	581.8	E(γ): 1996Ba54 (²⁴Mg,5nγ) place a 581.4-keV transition as deexciting their level at 4441 keV. This level has no analogue in the scheme of 1996Du18 (³⁰Si,5nγ). I(γ): From (³⁰Si,5nγ)
4003.5+X	164.0	I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
4003.5+X	461.2	I(γ): From (³⁰Si,5nγ)
4055.9+X	415.6	M(γ): From (³⁰Si,5nγ)
4116.5+X	701.7	M(γ): From (³⁰Si,5nγ)
4136.1+X	413.8	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
4136.1+X	815.4	I(γ): From (²⁴Mg,5nγ)
4149.4+X	146.0	I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
4149.4+X	377.3	I(γ): From (³⁰Si,5nγ)
4167.2+X	444.9	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
4167.2+X	846.5	I(γ): From (²⁴Mg,5nγ)
4180.3+X	638.7	M(γ): From (³⁰Si,5nγ)
E(level)	E(gamma)	Comments
4191.4+X	419.6	M(γ): From (³⁰Si,5nγ)
4210.9+X	438.7	M(γ): From (³⁰Si,5nγ)
4239.2+X	632.2	E(γ): From (²⁴Mg,5nγ)
4271.1+X	208.0	M(γ): From (³⁰Si,5nγ)
4298.0+X	148.4	M(γ): From (³⁰Si,5nγ)
4313.4+X	388.7	I(γ): From (³⁰Si,5nγ)
4313.4+X	770.2	I(γ): From (³⁰Si,5nγ)
4388.1+X	196.9	I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
4399.2+X	657.4	M(γ): From (³⁰Si,5nγ)
4435.2+X	693.4	M(γ): From (³⁰Si,5nγ)
4445.5+X	234.5	I(γ): From (³⁰Si,5nγ)
	296.4	I(γ): From (³⁰Si,5nγ)
	448.1	I(γ): From (³⁰Si,5nγ)
4470.6+X	303.4	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
	334.5	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
	748.3	I(γ): From (²⁴Mg,5nγ)
4532.8+X	261.7	I(γ): From (³⁰Si,5nγ)
4532.8+X	396.6	I(γ): From (³⁰Si,5nγ)
4537.0+X	148.9	M(γ): From (³⁰Si,5nγ)
4538.8+X	482.9	M(γ): From (³⁰Si,5nγ)
4577.2+X	279.2	M(γ): From (³⁰Si,5nγ)
4591.3+X	424.1	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
	455.3	I(γ): From (²⁴Mg,5nγ)
	869.1	I(γ): From (²⁴Mg,5nγ)
4634.9+X	647.5	E(γ): From (²⁴Mg,5nγ) 1996Ba54
E(level)	E(gamma)	Comments
4760.6+X	644.1	M(γ): From (³⁰Si,5nγ)
4769.0+X	232.0	E(γ): Magnetic dipole band 2 transition, common to both 1996Du18 (³⁰Si,5nγ) and 1996Ba54 (²⁴Mg,5nγ), but the latter reference shows the band levels shifted by ≈45 keV, relative to those given in 1996Du18, with respect to the 4297-keV bandhead (see notes in the respective datasets). M(γ): From (³⁰Si,5nγ)
4828.1+X	295.2	M(γ): From (³⁰Si,5nγ)
4828.1+X	357.7	M(γ): From (³⁰Si,5nγ)
4861.6+X	390.8	M(γ): From (³⁰Si,5nγ)
4893.1+X	712.8	M(γ): From (³⁰Si,5nγ)
4945.1+X	367.9	M(γ): From (³⁰Si,5nγ)
5033.3+X	442.0	M(γ): From (³⁰Si,5nγ)
5060.6+X	291.6	E(γ): Magnetic dipole band 2 transition, common to both 1996Du18 (³⁰Si,5nγ) and 1996Ba54 (²⁴Mg,5nγ), but the latter reference shows the band levels shifted by ≈45 keV, relative to those given in 1996Du18, with respect to the 4297-keV bandhead (see notes in the respective datasets). M(γ): From (³⁰Si,5nγ)
5092.8+X	175.9	I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
	231.1	I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
	264.8	I(γ): From (³⁰Si,5nγ)
5165.8+X	730.6	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
5165.8+X	766.6	I(γ): From (²⁴Mg,5nγ)
5169.4+X	224.3	M(γ): From (³⁰Si,5nγ)
5182.0+X	353.7	I(γ): From (²⁴Mg,5nγ) M(γ): From (³⁰Si,5nγ)
5182.0+X	711.7	I(γ): From (²⁴Mg,5nγ)
5218.4+X	390.3	M(γ): From (³⁰Si,5nγ)
5331.9+X	239.1	E(γ): γ ray also observed and placed in dipole band 1a by 1996Ba54 (called Band 1b in the reference), but are unable to establish the level energies because they do not observe the transitions linking the members of this dipole cascade to lower lying levels. M(γ): From (³⁰Si,5nγ)
5425.8+X	365.2	E(γ): Magnetic dipole band 2 transition, common to both 1996Du18 (³⁰Si,5nγ) and 1996Ba54 (²⁴Mg,5nγ), but the latter reference shows the band levels shifted by ≈45 keV, relative to those given in 1996Du18, with respect to the 4297-keV bandhead (see notes in the respective datasets). I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
5425.8+X	656.8	I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ)
5439.8+X	406.5	M(γ): From (³⁰Si,5nγ)
5501.7+X	319.7	M(γ): From (³⁰Si,5nγ)
5597.5+X	265.6	E(γ): γ ray also observed and placed in dipole band 1a by 1996Ba54 (called Band 1b in the reference), but are unable to establish the level energies because they do not observe the transitions linking the members of this dipole cascade to lower lying levels. M(γ): From (³⁰Si,5nγ)
5763.1+X	326.2	M(γ): From (³⁰Si,5nγ)
E(level)	E(gamma)	Comments
5815.4+X	389.6	E(γ): Magnetic dipole band 2 transition, common to both 1996Du18 (³⁰Si,5nγ) and 1996Ba54 (²⁴Mg,5nγ), but the latter reference shows the band levels shifted by ≈45 keV, relative to those given in 1996Du18, with respect to the 4297-keV bandhead (see notes in the respective datasets). I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ) and RUL. From (³⁰Si,5nγ)
5815.4+X	754.7	I(γ): From (³⁰Si,5nγ)
5825.3+X	323.6	M(γ): From (³⁰Si,5nγ)
5927.0+X	329.5	E(γ): γ ray also observed and placed in dipole band 1a by 1996Ba54 (called Band 1b in the reference), but are unable to establish the level energies because they do not observe the transitions linking the members of this dipole cascade to lower lying levels. M(γ): From (³⁰Si,5nγ)
6001.5+X	176.3	M(γ): From (³⁰Si,5nγ)
6145.5+X	382.4	M(γ): From (³⁰Si,5nγ)
6231.4+X	416.1	E(γ): Magnetic dipole band 2 transition, common to both 1996Du18 (³⁰Si,5nγ) and 1996Ba54 (²⁴Mg,5nγ), but the latter reference shows the band levels shifted by ≈45 keV, relative to those given in 1996Du18, with respect to the 4297-keV bandhead (see notes in the respective datasets). I(γ): From (³⁰Si,5nγ) M(γ): From (³⁰Si,5nγ) and RUL. From (³⁰Si,5nγ)
6231.4+X	805.6	I(γ): From (³⁰Si,5nγ)
6285.2+X	283.7	M(γ): From (³⁰Si,5nγ)
6302.6+X	375.6	E(γ): γ ray also observed and placed in dipole band 1a by 1996Ba54 (called Band 1b in the reference), but are unable to establish the level energies because they do not observe the transitions linking the members of this dipole cascade to lower lying levels. M(γ): From (³⁰Si,5nγ)
6597.1+X	311.9	M(γ): From (³⁰Si,5nγ)
6657.6+X	426.1	E(γ): Magnetic dipole band 2 transition, common to both 1996Du18 (³⁰Si,5nγ) and 1996Ba54 (²⁴Mg,5nγ), but the latter reference shows the band levels shifted by ≈45 keV, relative to those given in 1996Du18, with respect to the 4297-keV bandhead (see notes in the respective datasets). I(γ): From (³⁰Si,5nγ)
6657.6+X	842.2	I(γ): From (³⁰Si,5nγ)
6927.5+X	330.4	M(γ): From (³⁰Si,5nγ)
7090.3+X	432.7	E(γ): Magnetic dipole band 2 transition, common to both 1996Du18 (³⁰Si,5nγ) and 1996Ba54 (²⁴Mg,5nγ), but the latter reference shows the band levels shifted by ≈45 keV, relative to those given in 1996Du18, with respect to the 4297-keV bandhead (see notes in the respective datasets). I(γ): From (³⁰Si,5nγ)
7090.3+X	858.8	I(γ): From (³⁰Si,5nγ)
7154.7+X	439.2	M(γ): From (³⁰Si,5nγ)
7312.0+X	384.5	M(γ): From (³⁰Si,5nγ)
6307.2+U	709.2	E(γ): 709.3 6 (1996Du05) was assigned to SD-4 band
6485.1+V	707.2	E(γ): 707.3 6 (1996Du05) was assigned to SD-3 band

E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
0.0	B	(3/2-)	% ε = ?
0.0+X	C D E F G	(13/2+)	5.8 m 2 % ε = 100
757+X	C	(13/2+)		757 1	100		0.0+X	(13/2+)
881.6 +X 2	D E F G	(17/2+)		881.6 2	100	E2	0.0+X	(13/2+)
1022.1+X 3	D E F G	(15/2+)		1022.3 3	100	(M1+E2)	0.0+X	(13/2+)
1401.8+X 3	D E F G	(21/2+)		520.1 2	100	E2	881.6 +X	(17/2+)
1519.4+X 11	D	(19/2+)		497.3 5	100	E2	1022.1+X	(15/2+)
1550.2+X 3	D E F G	(19/2+)		527.8 3 668.2 3	61 10 100 10	E2 E2+M1	1022.1+X 881.6 +X	(15/2+) (17/2+)
1585.9+X 4	D E F G	(21/2-)	20.5 ns 4	66.5S 184.0 4	100	E1+M2	1519.4+X 1401.8+X	(19/2+) (21/2+)
1994.8+X 4	D E F G	(25/2+)		593.1 4	100	E2(+M3)	1401.8+X	(21/2+)
2058.9+X 5	D E F	(23/2-)		472.7 5	100	D	1585.9+X	(21/2-)
2141.4+X 4	D E F G	(23/2+)		591.1 4 739.7 3	90 21 100 17	E2 M1+E2	1550.2+X 1401.8+X	(19/2+) (21/2+)
2142.1+X 5	D E F G	(25/2-)		556.0 4	100	(E2)	1585.9+X	(21/2-)
2172.6+X 6	D	(23/2+)		622.3 6	100		1550.2+X	(19/2+)
2213.8+X 4	D E F G	(25/2+)		40.9S 72.7 10 219.0 3 811.9 6	43 10 100 19	(M1+E2) (M1) (E2)	2172.6+X 2141.4+X 1994.8+X 1401.8+X	(23/2+) (23/2+) (25/2+) (21/2+)
2322.2+X 5	D E F G	(27/2-)	5.3 ns 6	180.0 3 263.1 3	100 6 18 6	E2+M1 [E2]	2142.1+X 2058.9+X	(25/2-) (23/2-)
2404.9+X 9	F			819.0 3	100		1585.9+X	(21/2-)
2426.7+X 4	D E F G	(27/2+)		212.9 3 431.9 4	100 15 7.4 30	M1 D+Q	2213.8+X 1994.8+X	(25/2+) (25/2+)
2524.9+X 4	D F	(27/2+)		98.2 3 311.1 3	22 8 100 19		2426.7+X 2213.8+X	(27/2+) (25/2+)
2526.9+X 4	D E F G	(29/2+)		204.6 3 532.4 3	8 7 100 6	E1+M2 E2(+M3)	2322.2+X 1994.8+X	(27/2-) (25/2+)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
2584.8+X 5	D E F G	(29/2-)	9.4 ns 5	158.1 3	100	E1	2426.7+X	(27/2+)
2612.5+X 5	D E F G	(33/2+)	180 ns 15	85.6 3	100	(E2)	2526.9+X	(29/2+)
2653.6+X 5	D F	(27/2-)		331.3 6 595.0 6	19 12 100 50		2322.2+X 2058.9+X	(27/2-) (23/2-)
2672.2+X 6	D F	(29/2+)		677.6 7	100	Q	1994.8+X	(25/2+)
2686.9+X 6	D F	(31/2-)		102.1 3	100		2584.8+X	(29/2-)
2707.2+X 6	D F	(29/2-)		301.6 5 ? 385.0 4 565.0 6	25 8 21 10 100 26	Q	2404.9+X 2322.2+X 2142.1+X	(27/2-) (25/2-)
2769.4+X 5	D F	(29/2+)		342.7 3	100		2426.7+X	(27/2+)
2939.2+X 7	D E F	(33/2-)	2.2 ps 6	252.3 3	100	(M1)	2686.9+X	(31/2-)
2994.6+X 6	D F	(31/2-)		341.0 3 672.6 7	28 9 100 26	Q	2653.6+X 2322.2+X	(27/2-) (27/2-)
3080.2+X 6	D F	(29/2+)		555.4 6	100	D	2524.9+X	(27/2+)
3128.6+X 6	D F	(31/2-)		421.4 4 806.4 8	50 15 100 25	Q	2707.2+X 2322.2+X	(29/2-) (27/2-)
3133.4+X 5	D F	(31/2+)		364.0 4 461.5 5 706.7 7	100 6 9 3 26 3	(M1)	2769.4+X 2672.2+X 2426.7+X	(29/2+) (29/2+) (27/2+)
3249.9+X 8	D F	(31/2-)		542.7 5	100		2707.2+X	(29/2-)
3260.7+X 7	D	(31/2-)		675.8 7	100		2584.8+X	(29/2-)
3282.1+X 7	D	(33/2+)		609.9 6 755.1 8	100 25 83 17	Q Q	2672.2+X 2526.9+X	(29/2+) (29/2+)
3320.7+X 7	D E F	(35/2-)	≤ 0.7 ps	381.5 4 633.8 6	100 21 7.6 27	(M1) [E2]	2939.2+X 2686.9+X	(33/2-) (31/2-)
3376.4+X 6	D F	(31/2+)		296.3 3 851.7 9	31 9 100 38	D Q	3080.2+X 2524.9+X	(29/2+) (27/2+)
3414.8+X 6	D F	(33/2+)		742.3 7	100	Q	2672.2+X	(29/2+)
3418.8+X 7	D F			158.0 3 834.0 8	13 6 100 31		3260.7+X 2584.8+X	(31/2-) (29/2-)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3541.6+X 8	D F	(35/2-)		547.0 5	100	Q	2994.6+X	(31/2-)
3542.8+X 6	D F	(33/2+)		409.5 4 773.5 8	100 23 68 18	D	3133.4+X 2769.4+X	(31/2+) (29/2+)
3607.0+X 12	F			996.5 6	100		2612.5+X	(33/2+)
3640.3+X 8	D F	(37/2-)		319.6 3	100	D	3320.7+X	(35/2-)
3673.0+X 7	D	(33/2+)		1145.2 11	100	Q	2526.9+X	(29/2+)
3702.2+X 6	D	(33/2+)		1030.1 10 1174.9 10	50 50 100 50		2672.2+X 2526.9+X	(29/2+) (29/2+)
3722.3+X 7	D F	(37/2-)		401.6 4 783.1 8	100 22 25 6	D Q	3320.7+X 2939.2+X	(35/2-) (33/2-)
3741.8+X 9	D F	(35/2-)		613.2 6	100	Q	3128.6+X	(31/2-)
3772.1+X 6	D F	(35/2+)		395.8 4	100	Q	3376.4+X	(31/2+)
3822.5+X 9	D	(35/2+)		540.4 5	100		3282.1+X	(33/2+)
3839.5+X 6	D F	(33/2+)		462.9 5 759.4 8	100 25 18 7	D Q	3376.4+X 3080.2+X	(31/2+) (29/2+)
3860.0+X 10	F			447.6 6	100		3414.8+X	(33/2+)
3906.6+X 8	D	(35/2-)		487.8 5	100	D	3418.8+X
3924.8+X 6	D F	(35/2+)		382.0 4 510.2 5 791.5 8	100 17 23 9 40 10	D Q	3542.8+X 3414.8+X 3133.4+X	(33/2+) (33/2+) (31/2+)
3987.5+X 10	F			739.5 5	100		3249.9+X	(31/2-)
3991.7+X 7	D	(35/2+)		448.9 4	100		3542.8+X	(33/2+)
3997.1+X 6	D F	(37/2+)		294.8 3 324.0 3 581.8 6	16 8 16 8 100 36	(Q) (Q)	3702.2+X 3673.0+X 3414.8+X	(33/2+) (33/2+) (33/2+)
4003.5+X 6	D F	(35/2+)		164.0 3 461.2 5	100 11 20 8	D	3839.5+X 3542.8+X	(33/2+) (33/2+)
4055.9+X 9	D F	(39/2-)		415.6 4	100	(D)	3640.3+X	(37/2-)
4063.1+X 8	D	(37/2-)		156.5 3	100		3906.6+X	(35/2-)
4116.5+X 10	D F	(37/2+)		701.7 7	100	Q	3414.8+X	(33/2+)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4136.1+X 7	D F	(39/2-)		413.8 4 815.4 8	100 24 44 13	D	3722.3+X 3320.7+X	(37/2-) (35/2-)
4149.4+X 6	D F	(37/2+)		146.0 3 377.3 4	100 13 33 16	D	4003.5+X 3772.1+X	(35/2+) (35/2+)
4167.2+X 8	D F	(39/2-)		444.9 4 846.5 8	100 32 32 15	D	3722.3+X 3320.7+X	(37/2-) (35/2-)
4180.3+X 10	D F	(39/2-)		638.7 6	100	Q	3541.6+X	(35/2-)
4191.4+X 7	D	(39/2+)		419.6 4	100	Q	3772.1+X	(35/2+)
4210.9+X 6	D F	(37/2+)		438.7 4	100	D	3772.1+X	(35/2+)
4239.2+X 13	F			632.2 6	100		3607.0+X
4271.1+X 8	D	(39/2-)		208.0 3	100	D	4063.1+X	(37/2-)
4298.0+X 7	D F	(39/2+)		148.4 3	100	D	4149.4+X	(37/2+)
4313.4+X 7	D	(37/2+)		388.7 4 770.2 8	100 40 40 50		3924.8+X 3542.8+X	(35/2+) (33/2+)
4360.8+X 11	D	(37/2+)		946.0 9	100		3414.8+X	(33/2+)
4388.1+X 7	D	(41/2+)		90.0 3 196.9 3	100 23	D	4298.0+X 4191.4+X	(39/2+) (39/2+)
4399.2+X 11	D F	(39/2-)		657.4 7	100	Q	3741.8+X	(35/2-)
4435.2+X 11	D F	(39/2-)		693.4 7	100	Q	3741.8+X	(35/2-)
4445.5+X 6	D	(39/2+)		234.5 3 296.4 3 448.1 4	46 12 32 16 100 27		4210.9+X 4149.4+X 3997.1+X	(37/2+) (37/2+) (37/2+)
4470.6+X 8	D F	(41/2-)		303.4 3 334.5 3 748.3 7	29 11 100 26 14 6	D D	4167.2+X 4136.1+X 3722.3+X	(39/2-) (39/2-) (37/2-)
4493.6+X	F
4532.8+X 8	D	(41/2-)		261.7 5 396.6 4	100 36 68 50	D	4271.1+X 4136.1+X	(39/2-) (39/2-)
4537.0+X 7	D	(43/2+)		148.9 3	100	D	4388.1+X	(41/2+)
4538.8+X 10	D F	(41/2-)		482.9 5	100	D	4055.9+X	(39/2-)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4564.6+X 9	D	(39/2+)		567.5 6	100		3997.1+X	(37/2+)
4577.2+X 7	D F	(41/2+)		279.2 3	100	D	4298.0+X	(39/2+)
4591.3+X 8	D F	(41/2-)		424.1 4 455.3 5 869.1 9	100 38 54 31 92 38	D	4167.2+X 4136.1+X 3722.3+X	(39/2-) (39/2-) (37/2-)
4634.9+X 12	F			647.5 5	100		3987.5+X
4661.8+X 11	D			545.3 5	100		4116.5+X	(37/2+)
4760.6+X 11	D F	(41/2+)		644.1 6	100	Q	4116.5+X	(37/2+)
4769.0+X 8	D	(45/2+)		232.0 3	100	D	4537.0+X	(43/2+)
4784.2+X 7	D	(41/2+)		338.7 3	100		4445.5+X	(39/2+)
4828.1+X 8	D F	(43/2-)		295.2 3 357.7 4 692.3 7	15 10 100 22 7 7	D D	4532.8+X 4470.6+X 4136.1+X	(41/2-) (41/2-) (39/2-)
4861.6+X 8	D	(43/2-)		328.8 3 390.8 4	91 46 100 76	D	4532.8+X 4470.6+X	(41/2-) (41/2-)
4893.1+X 12	D F	(43/2-)		712.8 7	100	Q	4180.3+X	(39/2-)
4917.0+X 8	D	(43/2-)		325.7 3	100		4591.3+X	(41/2-)
4945.1+X 8	D F	(43/2+)		367.9 4	100	D	4577.2+X	(41/2+)
5033.3+X 9	D F	(43/2-)		442.0 4	100	D	4591.3+X	(41/2-)
5060.6+X 9	D F	(47/2+)	0.23 ps 3	291.6 3	100	D	4769.0+X	(45/2+)
5092.8+X 8	D	(45/2-)		175.9 3 231.1 3 264.8 3	13 13 100 40 35 22	D D	4917.0+X 4861.6+X 4828.1+X	(43/2-) (43/2-) (43/2-)
5165.8+X 12	D F	(43/2-)		730.6 7 766.6 8	100 40 53 27	Q	4435.2+X 4399.2+X	(39/2-) (39/2-)
5169.4+X 9	D F	(45/2+)		224.3 3	100	D+Q	4945.1+X	(43/2+)
5182.0+X 8	D F	(45/2-)		353.7 4 711.7 7	100 43 29 14	D	4828.1+X 4470.6+X	(43/2-) (41/2-)
5218.4+X 9	D	(45/2-)		390.3 4	100	D	4828.1+X	(43/2-)
5281.1+X 15	D	(43/2-)		1225.2 12	100		4055.9+X	(39/2-)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
5331.9+X 8	D F	(47/2-)		239.1 3	100	D	5092.8+X	(45/2-)
5425.8+X 9	D	(49/2+)	0.16 ps +3-2	365.2 4 656.8 7	100 9 13.1 44	(M1) [E2]	5060.6+X 4769.0+X	(47/2+) (45/2+)
5436.9+X 9	D	(47/2+)		267.5 3	100	D	5169.4+X	(45/2+)
5439.8+X 10	D	(45/2-)		406.5 4	100	D	5033.3+X	(43/2-)
5501.7+X 9	D	(47/2-)		319.7 3	100	D	5182.0+X	(45/2-)
5597.5+X 9	D F	(49/2-)		265.6 3	100	D	5331.9+X	(47/2-)
5668.3+X 15	D	(45/2-)		1129.5 11	100		4538.8+X	(41/2-)
5763.1+X	D	(49/2+)		326.2 3	100	D	5436.9+X	(47/2+)
5802.2+X 11	D	(47/2-)		362.4 4	100		5439.8+X	(45/2-)
5815.4+X 9	D	(51/2+)	0.15 ps 3	389.6 4 754.7 8	100 10 24 6	(M1) [E2]	5425.8+X 5060.6+X	(49/2+) (47/2+)
5825.3+X 9	D	(49/2-)		323.6 3	100	D	5501.7+X	(47/2-)
5927.0+X 9	D F	(51/2-)		329.5 3	100	D+Q	5597.5+X	(49/2-)
6001.5+X 10	D	(51/2-)		176.3 3	100	D+Q	5825.3+X	(49/2-)
6145.5+X 11	D	(51/2+)		382.4 4	100	D+Q	5763.1+X	(49/2+)
6231.4+X 10	D	(53/2+)	0.17 ps 2	416.1 4 805.6 8	100 13 7.3 37	(M1) [E2]	5815.4+X 5425.8+X	(51/2+) (49/2+)
6285.2+X 10	D	(53/2-)		283.7 3	100	D	6001.5+X	(51/2-)
6302.6+X 10	D F	(53/2-)		375.6 4	100	D+Q	5927.0+X	(51/2-)
6597.1+X 11	D	(55/2-)		311.9 3	100	D	6285.2+X	(53/2-)
6657.6+X 10	D	(55/2+)		426.1 4 842.2 8	100 16 29 10		6231.4+X 5815.4+X	(53/2+) (51/2+)
6715.5+X 11	D	(55/2-)		412.9 4	100		6302.6+X	(53/2-)
6927.5+X 11	D	(57/2-)		330.4 3	100	D+Q	6597.1+X	(55/2-)
7090.3+X 11	D	(57/2+)		432.7 4 858.8 9	100 33 19 19		6657.6+X 6231.4+X	(55/2+) (53/2+)
7154.7+X 12	D	(57/2-)		439.2 4	100	D	6715.5+X	(55/2-)
7312.0+X 12	D	(59/2-)		384.5 4	100	D	6927.5+X	(57/2-)
7516+X?	D	(59/2+)		426.1 10 ?	100		7090.3+X	(57/2+)
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
7713.5+X 13	D	(61/2-)		401.5 4	100		7312.0+X	(59/2-)
7932+X?	D	(61/2+)		416.1 10 ?	100		7516+X	(59/2+)
Y	H	J
277.0+Y 3	H	J+2		277.0 3	100		Y	J
594.3+Y 5	H	J+4		317.3 3	100		277.0+Y	J+2
951.6+Y 6	H	J+6		357.3 3	100		594.3+Y	J+4
1349.1+Y 6	H	J+8		397.5 3	100		951.6+Y	J+6
1786.9+Y 7	H	J+10		437.8 3	100		1349.1+Y	J+8
2264.3+Y 8	H	J+12		477.4 3	100		1786.9+Y	J+10
2781.6+Y 9	H	J+14		517.3 4	100		2264.3+Y	J+12
3337.7+Y 9	H	J+16		556.1 3	100		2781.6+Y	J+14
3932.5+Y 10	H	J+18		594.8 4	100		3337.7+Y	J+16
4565.9+Y 11	H	J+20		633.4 5	100		3932.5+Y	J+18
5237.7+Y 13	H	J+22		671.8 6	100		4565.9+Y	J+20
5945.9+Y 15 ?	H	J+24		708.2 8 ?			5237.7+Y	J+22
Z	H	J1
190.2+Z 5	H	J1+2		190.2 5	100		Z	J1
422.8+Z 6	H	J1+4		232.6 3	100		190.2+Z	J1+2
698.0+Z 7	H	J1+6		275.2 3	100		422.8+Z	J1+4
1015.9+Z 8	H	J1+8		317.9 3	100		698.0+Z	J1+6
1376.8+Z 8	H	J1+10		360.9 3	100		1015.9+Z	J1+8
1780.3+Z 9	H	J1+12		403.5 3	100		1376.8+Z	J1+10
2226.2+Z 9	H	J1+14		445.9 3	100		1780.3+Z	J1+12
2714.4+Z 10	H	J1+16		488.2 4	100		2226.2+Z	J1+14
3242.4+Z 11	H	J1+18		528.0 5	100		2714.4+Z	J1+16
3812.2+Z 13	H	J1+20		569.8 6	100		3242.4+Z	J1+18
4422.7+Z 15	H	J1+22		610.5 7	100		3812.2+Z	J1+20
5072.7+Z 16	H	J1+24		650.0 7	100		4422.7+Z	J1+22
5762.5+Z 18 ?	H	J1+26		689.8 8 ?	100		5072.7+Z	J1+24
U	H	J2
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
251.5+U 6	H	J2+2		251.5 6	100		U	J2
543.0+U 7	H	J2+4		291.5 3	100		251.5+U	J2+2
875.4+U 8	H	J2+6		332.4 3	100		543.0+U	J2+4
1247.5+U 8	H	J2+8		372.1 3	100		875.4+U	J2+6
1659.4+U 9	H	J2+10		411.9 3	100		1247.5+U	J2+8
2110.0+U 9	H	J2+12		450.6 3	100		1659.4+U	J2+10
2598.9+U 10	H	J2+14		488.9 3	100		2110.0+U	J2+12
3125.5+U 11	H	J2+16		526.6 4	100		2598.9+U	J2+14
3688.9+U 11	H	J2+18		563.4 4	100		3125.5+U	J2+16
4288.8+U 13	H	J2+20		599.9 5	100		3688.9+U	J2+18
4925.8+U 14	H	J2+22		637.0 5	100		4288.8+U	J2+20
5598.0+U 15	H	J2+24		672.2 6	100		4925.8+U	J2+22
6307.2+U 16	H	J2+26		709.2 7	100		5598.0+U	J2+24
V	H	J3
273.0+V 7 ?	H	J3+2		273.0 7 ?	100		V	J3
586.4+V 10	H	J3+4		313.4 6	100		273.0+V	J3+2
939.5+V 10	H	J3+6		353.1 4	100		586.4+V	J3+4
1331.4+V 11	H	J3+8		391.9 3	100		939.5+V	J3+6
1761.4+V 11	H	J3+10		430.0 3	100		1331.4+V	J3+8
2228.5+V 12	H	J3+12		467.1 4	100		1761.4+V	J3+10
2732.4+V 13	H	J3+14		503.9 4			2228.5+V	J3+12
3271.9+V 13	H	J3+16		539.5 4			2732.4+V	J3+14
3847.0+V 14	H	J3+18		575.1 3			3271.9+V	J3+16
4457.0+V 15	H	J3+20		610.0 5			3847.0+V	J3+18
5101.5+V 16	H	J3+22		644.5 6			4457.0+V	J3+20
5777.9+V 17	H	J3+24		676.4 6			5101.5+V	J3+22
6485.1+V 19	H	J3+26		707.2 8			5777.9+V	J3+24
W	H	J4
100.5+W 8	H	J4+1		101?			W	J4
213.2+W 4	H	J4+2		112? 213.2 4			100.5+W W	J4+1 J4
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
335.1+W 6	H	J4+3		122.0 5 234.6 5			213.2+W 100.5+W	J4+2 J4+1
467.9+W 7	H	J4+4		132.9 5 254.6 7			335.1+W 213.2+W	J4+3 J4+2
610.6+W 7	H	J4+5		142.5 5 275.5 5			467.9+W 335.1+W	J4+4 J4+3
763.9+W 7	H	J4+6		153.2 5 296.2 5			610.6+W 467.9+W	J4+5 J4+4
926.8+W 8	H	J4+7		163.0 5 316.2 5			763.9+W 610.6+W	J4+6 J4+5
1099.9+W 8	H	J4+8		172.8 5 336.1 4			926.8+W 763.9+W	J4+7 J4+6
1282.6+W 8	H	J4+9		182.7 5 355.9 5			1099.9+W 926.8+W	J4+8 J4+7
1475.2+W 9	H	J4+10		193.0 5 375.1 5			1282.6+W 1099.9+W	J4+9 J4+8
1677.0+W 9	H	J4+11		201.9 5 394.4 5			1475.2+W 1282.6+W	J4+10 J4+9
1888.7+W 9	H	J4+12		211.7 5 413.5 5			1677.0+W 1475.2+W	J4+11 J4+10
2109.8+W 9	H	J4+13		221.0 5 432.8 4			1888.7+W 1677.0+W	J4+12 J4+11
2340.0+W 10	H	J4+14		231? 451.2 5			2109.8+W 1888.7+W	J4+13 J4+12
2580.4+W 10	H	J4+15		470.6 4			2109.8+W	J4+13
2828.5+W 12	H	J4+16		488.6 5			2340.0+W	J4+14
3087.8+W 11	H	J4+17		507.4 4			2580.4+W	J4+15
3355.0+W 13	H	J4+18		526.5 5			2828.5+W	J4+16
3631.3+W 12	H	J4+19		543.5 5			3087.8+W	J4+17
3917.2+W 14	H	J4+20		562.2 6			3355.0+W	J4+18
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
4211.0+W 13	H	J4+21		579.7 5			3631.3+W	J4+19
4513.4+W 16	H	J4+22		596.2 7			3917.2+W	J4+20
4825.6+W 15	H	J4+23		614.6 7			4211.0+W	J4+21
5144.7+W 18	H	J4+24		631.3 8			4513.4+W	J4+22
5475.1+W 16	H	J4+25		649.5 5			4825.6+W	J4+23
5811.5+W 20	H	J4+26		666.8 9			5144.7+W	J4+24
6159.1+W 17	H	J4+27		684.0 6			5475.1+W	J4+25
6512.0+W 22	H	J4+28		700.5 8			5811.5+W	J4+26
6877.0+W 18	H	J4+29		717.9 7			6159.1+W	J4+27
S	H	J5
260.6+S 7	H	J5+2		260.6 7			S	J5
560.4+S 10	H	J5+4		299.8 6			260.6+S	J5+2
900.5+S 10	H	J5+6		340.1 4			560.4+S	J5+4
1279.4+S 12	H	J5+8		378.9 5			900.5+S	J5+6
1696.6+S 13	H	J5+10		417.2 5			1279.4+S	J5+8
2150.6+S 14	H	J5+12		454.0 5			1696.6+S	J5+10
2641.7+S 15	H	J5+14		491.1 5			2150.6+S	J5+12
3167.8+S 15	H	J5+16		526.1 5			2641.7+S	J5+14
3729.1+S 16	H	J5+18		561.3 5			3167.8+S	J5+16
4325.5+S 17	H	J5+20		596.4 6			3729.1+S	J5+18
4956.6+S 19	H	J5+22		631.1 7			4325.5+S	J5+20
5620.8+S 20	H	J5+24		664.2 7			4956.6+S	J5+22
T	H	J6
281.8+T 6	H	J6+2		281.8 6			T	J6
603.2+T 9	H	J6+4		321.5 6			281.8+T	J6+2
964.1+T 10	H	J6+6		360.9 5			603.2+T	J6+4
1362.6+T 11	H	J6+8		398.5 5			964.1+T	J6+6
1798.5+T 12	H	J6+10		435.9 4			1362.6+T	J6+8
2270.8+T 14	H	J6+12		472.3 6			1798.5+T	J6+10
2778.9+T 15	H	J6+14		508.1 6			2270.8+T	J6+12
E(level) (keV)	XREF	J^π(level)	T_1/2(level)	E(γ) (keV)	I(γ)	M(γ)	Final Levels
3322.1+T 16	H	J6+16		543.2 6			2778.9+T	J6+14
3900.1+T 17	H	J6+18		578.0 5			3322.1+T	J6+16
4512.1+T 18	H	J6+20		612.0 6			3900.1+T	J6+18
5158.9+T 19	H	J6+22		646.8 7			4512.1+T	J6+20
A	H	J7
212.9+A 5	H	J7+2		212.9 5			A	J7
468.7+A 7	H	J7+4		255.8 5			212.9+A	J7+2
766.0+A 10	H	J7+6		297.3 6			468.7+A	J7+4
1102.5+A 11	H	J7+8		336.6 6			766.0+A	J7+6
1478.3+A 13	H	J7+10		375.8 5			1102.5+A	J7+8
1894.2+A 13	H	J7+12		415.9 4			1478.3+A	J7+10
2349.7+A 14	H	J7+14		455.5 4			1894.2+A	J7+12
2845.3+A 15	H	J7+16		495.6 6			2349.7+A	J7+14
3380.7+A 17	H	J7+18		535.4 7			2845.3+A	J7+16
3956.0+A 19	H	J7+20		575.3 8			3380.7+A	J7+18