Data from AR_25D68ED588B5D1005CBBE98B5F0043AA

Data from AR_25D68ED588B5D1005CBBE98B5F0043AA_15.ens

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¹⁴⁶Nd	Adopted Levels, Gammas	199712

Published: 1997 Nuclear Data Sheets.

Q_β^-=-1472 4	S_n=7565.25 14	S_p=8588 7	Q_α=1182.2 22	1995Au04

History
Type	Author	Citation	Cutoff Date
Full evaluation	L. K. Peker and J. K. Tuli	Nuclear Data Sheets 82, 187 (1997)	30-Sep-1997

¹⁴⁶Nd levels

Cross References (XREF) Flags
A	¹⁴⁶Pr β^- Decay	I	¹³⁶Xe(¹³C,3nγ)
B	¹⁴⁶Pm Electron Capture Decay	J	Coulomb Excitation
C	¹⁴⁸Nd(p,t)	K	¹⁴⁴Nd(t,p)
D	¹⁴⁶Nd(p,p'),(d,d')	L	¹⁴⁹Sm(n,α)
E	¹⁴⁵Nd(n,γ) E=Thermal	M	¹⁵⁰Nd(α,α'4nγ)
F	¹⁴⁵Nd(n,γ) E=0.2-0.5 keV	N	¹⁴⁶Nd(e,e')
G	¹⁴⁶Nd(γ,γ')	O	¹⁴⁵Nd(n,γ) E=Resonance
H	¹⁴⁶Nd(n,n'γ)

E_level^g	J^π^#	T_½^f	XREF	Comments

0.0^@	0+	stable	A B C D E F G H I J K L M N	T_½: T_½(2β^-,0 ν mode)(theory)=1.18×10²⁸ y (1995Hi01).
453.77^@ 5	2+	21.6 ps 13	A B C D E F G H I J K L M N	T_½: from B(E2) in Coul. ex. (1966Ec02,1967Bu04,1967BuZX,1970Ch14,1971Cr01). µ=+0.58 2 (1990St18) µ: Others: +0.50 8 (1978Ka36,1989Ra17), +0.44 6 (1972Ku10), +0.63 10 (1987Be08). Q=-0.78 9 (1970Ge08,1989Ra17) Q: Other: -0.72 20 (1971Cr01). J^π: γ to g.s. 0+ is E2.
915.4 3	0+		A D	J^π: J from γγ(θ), π from RUL. From B(M2)(W.u.)>1, T_½>53 ns. Such T_½ would have been seen in β^- decay where resolution was 30 ns.
1042.22^@ 14	4+	4.0 ps 10	A B C D E F H I J K L M	J^π: L=4 in (d,d'). T_½: from B(E2) in Coul. ex. (1967Bu04,1967BuZX).
1189.62^& 14	3-	0.62 ps +90-24	A B C D E F H I J K L M	T_½: from DSA in (n,n'γ) (1995Di06).
1303.1 4	2+		A C	J^π: γγ(θ), γ to 0+ and 2+ have similar intensity. Jπ=0+ in (p,t).
1376.81 5	1-^h	64 fs 20	A C D E G H L	J^π: γ to 0+ is ΔJ=1, D; excited in (d,d').
1470.59 6	2+	≈0.3 ps	A C D E F G H L	J^π: E2 γ to 0+.
1517.52^& 14	5-		C D E F H I K L M
1572 2	(0+)		D
1602.57 11	0+		C H
1688^& 3				E_level: this could be the same level as 1696.
1696.76 20	0+		A C D K	J^π: L=0 in (t,p).
1744.96 10	4+		C D E F H K L	J^π: stretch E2 to 2+; ΔJ=0, M1+E2 γ to 4+.
1769.4 8			E F
1777.16 10	3+		A C E F H	J^π: γγ(θ), γ's from 3-,4- resonances in (n,γ) are E1.
1780.02^@ 15	6+		D I M	J^π: γ to 4+ is ΔJ=2, E2; γ to 5- is ΔJ=1, E1.
1787.30 14	2+		A C D E F G H	J^π: γ to 0+ is ΔJ=2, E2.
1812.0			E F
1834 10			L
1884.7			E F
1905.34 10	2+		A C E F H L	J^π: γγ(θ), γ to 2+ is M1+E2.
1918.8 3	4+		D E F H L	J^π: γ to 2+ is ΔJ=2, E2; γ to 4+ is ΔJ=0, M1+E2.
1978.45 6	2+		A C D E F H K	J^π: γ to 0+ is ΔJ=2, E2. Jπ=2- suggested in (n,n'γ) by 1994YaZT. E_level: there is a possible discrepancy in branching ratios as observed in (n,n'γ) and β^- decay.
1988.92 17	4+		C D E F H	J^π: γ to 2+ is ΔJ=2, E2; γ to 4+ is ΔJ=0, M1+E2. Note that 218.6γ, 474.0γ, 800.0γ were observed only in (n,γ).
2027 2	1-		D
2029.42^& 15	7-		I M	J^π: γ to 5- is ΔJ=2, E2; γ to 6+ is ΔJ=1, E1.
2045.53 20	4-,5		E F H	J^π: from γ feeding to various levels.
2069 2	5-		D
2072.59 12	3-		C E F H K	J^π: γ to 3- is M1+E2, γγ(θ) Jπ=4- suggested in (n,n'γ) by 1994YaZT.
2083.52 16	(6+)		C I
2090 2	(0+)		D
2095.79 15	(4)+		C E F H	J^π: M1+E2 to 4+.
2119.45 15	2+		A E H	J^π: γ to 0+ is E2.
2143.86 14	2+		A C H	J^π: M1+E2 γ to 2+, γ's to 0+ and 3-.
2148.95 16	(1,2+)		A H	J^π: γ to 0+, 2+.
2166.00 8	3-		C E F H	XREF(C)=2171 J^π: γ's to 1-, 5-.
2197.28 21	2+		A C D E F H	J^π: γ to 2+ is M1+E2; γ(θ).
2208.36 22	2+		A D H K	J^π: γ to 0+ is E2.
2219.75 13	3+		A E F H	J^π: γ to 4+ is M1+E2, γ(θ).
2225 2	1-		D
2225.60 13	3+,4+		E F H	J^π: γ to 4+ is M1+E2; γ to 3-.
2232.2 3	3-		C E F H
2265.81 19	2+		A C H K	J^π: γ to 2+ is M1+E2, γ(θ); γ to 0+.
2269 2	1-		D
2285.99 13	2+		C E F H	J^π: γ to 4+ is E2; γ to 2+ is M1+E2; γ(θ). Jπ=0+ in (p,t).
2302.3 10			E F
2310.4 6			E
2324.60 24			E K
2327.3 4			E
2335.52 16	7-		I
2335.58 21	3-		A C D H K	J^π: γ to 2+ D+(Q), γ(θ).
2355.81 17	1	19 fs 3	A G H	J^π: γ to 0+ is D.
2356.54 16	(4+)		C E F
2419.4			E F
2433.4 10			E F
2434.5 3	4+		E F H	J^π: γ to 3+ is M1+E2, γ(θ); no γ to 0+.
2436.53 18	2+		A C E F H
2457.13 21	2+		D H	J^π: γ to 2+ is M1+E2, γ(θ); γ to 1-.
2460.14 18			A E G K
2469.40 25			E F H
2474.52^b 15	8+		I M	J^π: γ to 6+ is ΔJ=2, E2; γ to 7 is ΔJ=1, E1.
2478.8 4	(2+)		A CD
2483.8 3			E F
2491.07 19	2+,3+	0.18 ps +6-4	E F H	J^π: γ to 2+ is M1+E2, γ(θ). T_½: from DSA in (n,n'γ) (1995Di06).
2517.1 7	-		E F H K	J^π: M1+E2 γ to 1-.
2521.34 22	(4+,5-)		C D E F	J^π: from L(p,t). Jπ=3- in (p,p'),(d,d').
2528.8 5	2+		C E F
2547.8			F
2551.79 17	2+,3,4+		A F	J^π: γ to 2+, 3+, 4+.
2552.6 6	2+		C D E H K	J^π: γ to 3- is E1+M2, γ(θ), L(p,t). Jπ=4+ suggested in (n,n'γ) by 1994YaZT and in (p,p'),(d,d').
2556.0			F K
2561.59 21	3+		E F H	J^π: γ to 2+ is M1+E2, γ(θ).
2570 3	5-		D
2574.5 3	2+		C E F G	XREF(G)=2580
2587 3	2+		C G
2590.49 20			E F
2593.53^@ 16	8+		I	J^π: γ to 6+ is ΔJ=2, Q; γ to 7- is ΔJ=1, D.
2600.9 7		0.14 ps 3	F G K
2602.9 3			E
2611.0	0+		C D H
2623 3	4+		C D
2628.3 12	(8+)		M	J^π: γ to 6+ is ΔJ=(2), (E2). No γ to J<6.
2641 3	(1-)		C
2660.8 3			E F K
2663.4 13	(1-)		C D E
2681.46 22	1-	0.08 ps 3	A G H K	J^π: γ's to 0+ and 2+. T_½: other: 0.038 ps 6 from DSA in (n,n'γ) (1995Di06).
2690 3	(3-)		C D K
2705 4	(4+,6+)		C D	J^π: J=4 in (p,t). J=6 in (p,p'), (d,d').
2705.81 10	(2-)		A E F	J^π: strong γ's to 1-, 3+, 3-; no γ to 0+.
2706.22^& 16	9-		I M	J^π: γ to 7- is ΔJ=2, E2; γ to 8+ is E1.
2709.4 10			E
2729 3	0+		C K
2750.1	5-		C D E F
2756.8 3	1-	5.3 fs 13	G H	J^π: γ to 0+, analysis of (γ,γ'). T_½: other: T_½<6 fs from DSA in (n,n'γ) (1995Di06).
2777.2 5	1,2+		A H	E_level: 2775.6 5 in ¹⁴⁶Pr β^- decay. J^π: γ to 0+.
2783.8			E F
2803.4 3			E F
2806 3	(4-)		C D
2820 3	0+		C D	J^π: from L(p,t). Jπ=3- in (p,p'),(d,d').
2829.9 7	1-^e	67 fs 11	G
2844.6	(3-)		C D E
2855.4	2+		C H
2856 3	3-		C
2870.6	2+		C D E
2885.3	(4+)		C D E H
2905.8	(6)+		F H	J^π: (E2) γ to 4+, E1 from 3-,4- resonance.
2913.50 18	(3+)		C D H	J^π: γ to 4+ is ΔJ=1, D+(Q); γ to 2+ is ΔJ=1, D+(Q).
2916 4	5-		D
2929.1 10	3-		C E F
2932 4	4+		D
2945 3	0+		C D
2958.6			F
2970.76 22	2+		A C D E
2997.0 2	3-		C E F
3000	1^e		G
3005 4	5-		D
3013.5 6	3-		D E F
3028 20	0+		C K
3034.7	(2)+		C D F	J^π: E1 from 3-,4- resonance.
3043.0 10	2+		C E F
3064.7			F
3091.2	2+		C D E	J^π: from L(p,t). Jπ=4+ in (p,p'),(d,d').
3102 4	2+		D
3109.03 16	9-		I	J^π: γ to 8+ is E1, γ to 7- is E2.
3123.83^b 16	10+		I M	J^π: γ to 8+ is ΔJ=2, E2; γ to 9- is E1.
3126 4	1-		C D
3148 4	4+		C D	J^π: from L(p,t). Jπ=6+ in (p,p'),(d,d').
3161 4	4+		D
3172.1	2+		C F	XREF(C)=3178
3178.32 20	3+,5+		E F H	J^π: γ to 4+ ΔJ=1, M1+E2.
3208 4	4+		D
3220 4	2+		C
3229.8	2+		C F	XREF(C)=3236
3230 4	(4-)		D
3236 4	2+		C
3245.53^c 17	10-		I
3248 4	3-		D
3272 3	(6+)		D G
3275.9 7	1+^e	22 fs 3	G
3283 4	2+		C D
3292.5 3	1^e	13 fs 4	A G
3310 4	4+		D
3319.73^@ 16	10+		I
3329 3	2+		C
3329.3 3			E
3335.5 4			A
3346.9 9			A
3356 4	(3-)		C D
3368.95 24	3-		A C
3389 4	1-		C
3391.8 3			A
3404.73^a 16	11-		I M	J^π: γ to 9- is ΔJ=2, E2; γ to 10+ is ΔJ=1, D.
3410.9 7	1+^e	8.4 fs 12	G
3419 4	(0+)		C D
3428.9 7	1^e	31 fs 8	G
3434 4	5-		D
3443 4	2+		C
3455 4	4+		C D G	J^π: (2+,1) in (γ,γ').
3468 4	3-		C
3472 4	4+		D
3481 4	2+		C D
3496 4	(5-,6+)		C D
3500.73^& 17	11-		I M	J^π: γ to 9-, band assignment.
3503 4	5-		D
3521 5	3-		C
3534.2 4	1-		A C
3546 5	2+		C D
3558 5	5-		C D	XREF(D)=3567
3569 5	2+		C
3576.9 7	1(+)^e	6.9 fs 11	G
3583 4	2+		D
3594.7 5			A
3601 5	4+		C
3610 5	5-		C D
3618.5 4			A
3625 5	(2+)		C D
3633.9 7	1^e	25 fs 5	G
3646 5			C
3667 5	5-		C D
3670 5	(2+)		C
3692 5	(5-)		C
3701 5	(2+)		C
3709.2 14	2+	45 fs 14	A C G	XREF(C)=3712
3727 5	2+		C
3742 5	3-		C
3750.9 7	1-^e	16 fs 3	C G	XREF(C)=3754
3753 4	(4+)		D
3762 5			C
3770	(2+,1)^e		G
3779.9 7	1^e	22 fs 4	C G	XREF(C)=3782 J^π: (2+) in (p,t).
3789 5			C
3797.9 7	1^e	21 fs 4	G
3810 5	3-		C
3833	1^e		C G	XREF(C)=3830
3847 5			C
3866 5	(2+)		C
3875 5	(5-)		C
3884 5	(4+)		C
3892.9 7	1^e		C G
3902.23^b 17	12+		I
3913 5	(3-)		C
3922 5	3-		C
3931 5			C
3939 5	(2+)		C
3949 5	(2+)		C
3958.13^c 19	12-		I
3974.9 7	1^e	17 fs 4	G
3993.73^@ 17	12+		I
4006 6	(2+)		C
4014	(1)^e		G
4022 6			C
4028.13^a 17	13-		I M	J^π: γ to 11- is ΔJ=2, E2; E1 to 12+.
4031 6			C
4039 6	(2+,3-)		C
4042	(1)^e		G
4054 6	(2+)		C
4066 6	(2+)		C
4095 6			C
4121 6	(2+)		C
4138 6	(2+,3-)		C
4168 6	2+		C
4179 6	3-		C
4196 6	2+		C
4212 6	2+		C
4243 6	1-		C
4256 6	2+		C
4269 6			C
4295.03^& 17	13-		I	J^π: γ to 11- is ΔJ=2, E2, E1 to 12+.
4302 6	(4+)		C
4310 6	(1-)		C
4325 6	(4+)		C
4341 6	(2+,3-)		C
4360 6			C
4380 6	(3-)		C
4388 6	(2+)		C
4404 6	4+		C
4411 6	(4+)		C
4422 6	(3-)		C
4442 6	3-		C
4461 6	(3-)		C
4479 6			C
4491 6	(3-)		C
4501 7	(3-)		C
4517 7	(4+)		C
4533 7	(3-)		C
4545 7	4+		C
4558 7	(3-)		C
4571 7	(3-)		C
4591 7	(2+,3-)		C
4601 7			C
4637 7			C
4649 7	(3-)		C
4669 7			C
4683 7			C
4694.23^@ 18	14+		I
4695.53^b 18	14+		I
4696 7	(3-)		C
4707 7	(3-)		C
4720 7			C
4738 7	3-		C
4755 7	3-		C
4761.33^a 20	15-		I	J^π: γ to 13- is ΔJ=2, E2.
4765 7	2+		C
4773 7			C
4784 7			C
4786.73^c 22	14-		I	J^π: γ to 12- is ΔJ=2, E2.
4794 7			C
4802 7	(3-)		C
4822 7			C
4832 7			C
4860 7			C
4866 7			C
4877 7			C
4887 7			C
4899 7	4+		C
4911 7			C
4931 7			C
4948 7	(4+)		C
4964 7	(3-)		C
4982 7	3-		C
5057.94^& 18	15-		I
5160.93 23	15+		I
5362.83^d 21	16+		I
5460.53^@ 19	16+		I
5559.03^a 21	17-		I	J^π: γ to 15- is ΔJ=2, E2.
5612.43^c 23	16-		I
5899.73^d 22	18+		I
6202.53^a 23	19-		I
6513.73^d 23	20+		I
6807.04^a 25	(21-)		I
7364^d 24	(22+)		I

^#	From σ(θ) in (p,t), (p,p'), (d,d'), unless given otherwise.
^@	Ground-state band
^&	Octupole band
^a	ΔJ=- cascade-1
^b	ΔJ=+ cascade-1
^c	ΔJ=- cascade-2
^d	ΔJ=+ cascade-2
^e	From γ(θ) and pol in (γ,γ').
^f	Deduced from Γ_γ0 in (γ,γ') using adopted branching ratios, unless indicated otherwise.
^g	From least-squares fit to Eγ.
^h	Suggested as lowest member of quadrupole-octupole quintet (1995Di06) other members of quintent suggested by 1994YaZT are stated by 1995Di06 to be more speculative.

γ(¹⁴⁶Nd)

Data from β^- decay, (n,γ), and (¹³C,3nγ).

E_level	E_γ	I_γ	Mult.	δ	α	Comments

453.77	453.88 6	100	E2		0.01540	α(K)=0.01267; α(L)=0.00214; α(M)=0.00046; α(N+..)=0.00012 B(E2)(W.u.)=29.3 18
915.4	461.6 3	100
1042.22	589.3 1	100	E2		0.00772	α(K)=0.00640; α(L)=0.00099 B(E2)(W.u.)=43 11
1189.62	146.4 5	0.60 6
	735.72 6	100.0 6	E1		0.00172	α(K)=0.00147; α(L)=0.00019 B(E1)(W.u.)=9.9×10^-4
1303.1	849.1 5	100 12
	1303.4 5	90 11
1376.81	922.92 8	55.5 11	E1		0.00110	α(K)=0.00094; α(L)=0.00012
	1376.71 6	100.0 25	E1		0.00053	α(K)=0.00045 I_γ: Iγ(1377)/Iγ(923)=38/62 (1994YaZT).
1470.59	1016.78 10	100 5	M1+E2	+5.2 +16-1	0.00222	α(K)=0.00187; α(L)=0.00026
	1470.63 8	97 5	E2		0.00103	α(K)=0.00088; α(L)=0.00012
1517.52	327.9 1	0.4184	E2
	474.3 1	100.0	E1
1602.57	1148.8 1	102	E2		0.00169	α(K)=0.00143; α(L)=0.00019
1696.76	1243.3 2	100	Q
1744.96	555.5 1	100 4	E1		0.00313	α(K)=0.00267; α(L)=0.00035
	701.7 2	78 7	M1+E2	-0.23 10	0.00793 15	α(K)=0.00674 13; α(L)=0.00089
	1291.7 2	30.7 18	E2		0.00133	α(K)=0.00113; α(L)=0.00015
1769.4	725.6	100
1777.16	587.8 5	13 3	E1+(M2)	-0.7 7
	736.0	3.7	M1+E2	-22 19	0.0045
	1323.3 1	100 3	M1+E2	-16 +8-6	0.00127	α(K)=0.00108; α(L)=0.00014
1780.02	262.5 1	11.27	E1
	736.8 1	100.0	E2			α(K)=0.00374; α(L)=0.00055
1787.30	597.8 8	11.5 12
	1333.6 2	100 5	M1+E2	-0.59 +10-1	0.00164 4	α(K)=0.00140 4; α(L)=0.00018
	1787.2 2	12.4 6	E2
1905.34	715.7 2	4.6 14
	1451.6 1	100 4	M1+E2	-0.37 9	0.00142	α(K)=0.00121; α(L)=0.00016
	1905.7 10	1.9 3
1918.8	448.4 6	58 11
	730.0	26.3
	875.6	100 5	M1+(E2)
	1465.0 3	100 4	E2		0.00104	α(K)=0.00089; α(L)=0.00012
1978.45	191.2 8	0.10 5	D+(Q)	+0.03 3
	508.0 2	3.0 2
	601.74 8	19.1 9				I_γ: from ¹⁴⁶Pr β^- decay.
	788.90^& 7	40.3^& 22	E1+(M2)	+0.06 4	0.00155 10	α(K)=0.00132 8; α(L)=0.00017 E_γ: see also 2168 level.
	1524.73 6	100 5	M1+E2	+0.17 12
	1977.4 2	1.4 9	E2
1988.92	218.6	100 21
	474.0	17.9
	800.0	100 21
	946.3 2	68 4	M1+E2	-0.14 7	0.00391 4	α(K)=0.00333 3; α(L)=0.00044
	1535.0 3	31.8 21	E2		0.00081	α(K)=0.00081
2029.42	249.4 1	79.81	E1
	511.9 1	100.0	E2			α(K)=0.00919; α(L)=0.00149
2045.53	528.3 4	54 6	D+(Q)
	1002.7 2	100 4	D
2072.59	883.1 1	100 6	M1+E2
	1030.4 6	50 19	(E1)			Mult.: from 1994YaZT. I_γ: Iγ(1030)/Iγ(883)=16/84 (1994YaZT).
2083.52	1040.3 1	100.0	(E2)
2095.79	906.4 2	81 7	E1+(M2)	+0.08 2	0.00120 4	α(K)=0.00102 3; α(L)=0.00013
	1052.8 2	100 7	M1+E2	-0.71 4	0.00272 3	α(K)=0.00231; α(L)=0.00030
	1642.4 4	37 7
2119.45	1665.3 2	92 15
	2119.8 2	100 12	E2
2143.86	446.4 10	12.4 16
	766.4 10	5.9 13
	954.0 15	2.6 5
	1690.4 2	100 5	M1+E2
	2143.9 5	28.1 18
2148.95	772.1 3	63 22
	1696.1 5	59 19
	2148.8 2	100 15
2166.00	380.9	100 14
	650.6 5	22 3
	976.8	82 9
	1125.1 2	55 5	D+(Q)
2197.28	1743.5 2	100	M1+E2	+2.9 4
2208.36	2208.4 3	100	E2
2219.75	314.4 2	43 7
	1030.4 6	90 33
	1176.7 2	58 7	M1+E2
	1766.2 2	100 7	E2
2225.60	1036.5 2	50 10
	1182.4 2	100 10	M1+E2
	1771.8 2	88 10
2232.2	1778.4 3	100
2265.81	1812.0 2	100 7	M1+E2
	2265.9 4	38 7
2285.99	1243.2 1	100 4	E2		0.00144	α(K)=0.00122; α(L)=0.00016
	1831.7 5	30 4	M1+E2
2302.3	525.1	100
2310.4	565.1 6	100 8
	1268.5	83 15
2324.60	807.3 2	100
2327.3	1873.5 4	100
2335.52	306.1 1	34.12	M1+E2
	555.5 1	100.0	E1
2335.58	1881.8 2	100	E1(+M2)	-0.02 4		Mult.: from (n,n'γ) (1994YaZT).
2355.81	979.1^a 2					E_γ: reported in (n,n'γ) but not seen in β^- decay.
	1902.0 3	37^# 5
	2355.8 2	100	D
2356.54	1167.2 2	100 6	E1+(M2)	+0.00 16
	1313.3 3	81 4	M1+E2
	1903.2 4	32 5
2433.4	1243.9	100
2434.5	657.6		M1+E2	+0.61 10	0.00850 24	α(K)=0.00720 21; α(L)=0.00098
	1391.7 3	100
2436.53	1247.6 3	16 5
	1982.5 2	100 6	M1+E2
2457.13	248.8 2	45 7
	1081.0 4	25 7
	2002.9 3	100 11	M1+E2
2460.14	481.5 5	8 5
	2005.5 5	49 3
	2460.2 2	100 5
2469.40	724.6 4	54 12
	1426.5 3	100 10
2474.52	391.0 1	16.87	(E2)
	445.1 1	100.00	E1
	694.5 1	43.37	E2
2478.8	1436.0 4	100
2483.8	2030.0 3	100
2491.07	1448.6 4	52 11
	2037.2 2	100 11	M1+E2
2517.1	1139.4	100	M1+E2
	2518
2521.34	775.6 5	37 4
	1332.3 4	59 3
	1478.6 3	100 10
	2067
2528.8	716.8 5	100
2551.79	774.4 3	32.7 18
	1081.3 2	100 5
	1508.6 8	9.8 9
	2098.3 8	12.3 16
2552.6	1363.6	100	E1+M2	+0.45 15	0.0011 4	α(K)=0.0009 3; α(L)=0.00012 4
	1509.8	59	(E2)			E_γ,I_γ: from (n,n'γ) (1994YaZT).
2561.59	2107.8 2	100	M1+E2	<+0.06
2574.5	2120.2 3	100
2590.49	1073.2	56 4
	2136.7 2	100 6
2593.53	564.1 1	100.0	E1
	813.5 1	51.06	E2
2600.9	2147	34 17				I_γ: from (γ,γ').
	2601	100
2602.9	2149.1 3	100
2611.0	1234.0^@	100	(E1)
	2157.1^@	28	(E2)
2628.3	848.5	100	(E2)		0.00323	α(K)=0.00272; α(L)=0.00039
2660.8	2207.0 3	100
2663.4	894.0	100
2681.46	2227.5 3	100 5
	2681.6 3	95 5	E1			Mult.: from γ(θ), T_½ in (n,n'γ) (1995Di06).
2705.81	562.1 2	36.0 19
	727.3 2	55.1 28
	928.1 4	16.4 11
	1235.1 3	35.5 19
	1328.9 2	56.1 28
	1515.9 5	25.2 28
	2252.19 16	100 5
2706.22	112.7 1	2.010	E1
	676.8 1	100.00	E2			α(K)=0.00457; α(L)=0.00068
2709.4	1192.1	100
2756.8	1286.2 4	72 16
	2302.9 4	100 16
	2757.2 6	78 13
2777.2	2777.2 5	100
2803.4	1059.4	100 6
	1426.5 3	80 8
2829.9	2376	18^# 8
	2830	100
2855.4	1665.5^@	100	(E1)
	2401.5^@	53	E2
	2855.4^@	23	E2
2885.3	1842.4^@		(E2)
2905.8	1862.4^@		(E2)
2913.50	1169.0 3	100 10	D+(Q)	+0.06 10
	1869.8^@		(E2)
	2459.5 2	59 6	D+(Q)	-0.03 4
2929.1	1739.6	100
2970.76	1183.1 5	28.1 23
	1500.0 5	26.1 29
	1593.9 5	41.5 29
	1781.3 5	23.0 13
	2517.3 4	100 6
3043.0	3043	100
3109.03	634.5 1	13.79	E1
	773.5 1	100.0	E2
3123.83	417.6 1	51.39	E1
	649.3 1	100.0	E2
3178.32	1190.2 4	87 15
	2135.3 2	100 10	M1+E2
3245.53	136.5 1	85.53	M1+E2
	539.3 1	100.0	M1+E2
3275.9	2822	25^# 4
	3276	100
3292.5	1148.9 4	100 6
	1504.9 10	17 4
	1915.1 5	38 3
	3292.6 5	67 4
3319.73	613.5 1	100.0	E1
	726.2 1	3.125	E2
3329.3	1102.7	12 8
	1812.1 3	100 7
3335.5	1192.2 8	25 3
	1958.3 5	100 6
	2881.8 6	41 3
3346.9	1650.1 10	100 11
	2893.0 15	18 2
3368.95	816.5 10	7.9 34
	1012.7 6	63 18
	1463.8 7	25 3
	1991.8 10	29 3
	2179.3 3	100 6
	2915.6 8	21 2
3391.8	839.5 10	36 10
	1614.1 7	69 8
	1920.9 5	68 8
	2938.4 5	100 7
3404.73	159.2 1	4.651	M1+E2
	280.9 1	96.51	E1
	698.5 1	100.0	E2
3410.9	2957	29^# 4
	3411	100
3428.9	2975	65^# 20
	3429	100
3500.73	181.0 1	8.929	E1
	794.5 1	100.0	E2
3534.2	1555.6 8	91 8
	2157.1 7	63 8
	3080.6 6	100 6
3576.9	3123	47^# 7
	3577	100
3594.7	2217.9 6	100 13
	3140.9 6	98 7
3618.5	1831.1 3	100 6
	3165.6 10	11 1
3633.9	3180	46^# 10
	3634	100
3709.2	3255.5 18	36 4
	3709.0 20	100 11
3750.9	3297	33^# 6
	3751	100
3779.9	3326	13^# 4
	3780	100
3797.9	3344	44^# 10
	3798	100
3892.9	3439	16 8
	3893	100
3902.23	497.5 1	36.67	E1
	778.4 1	100.0	E2
3958.13	712.6 1	100.0	E2
3974.9	3521	24^# 6
	3975	100
3993.73	493.0 1	100.0	E1
	674.0 1	69.70	E2
4028.13	125.9 1	3.279	E1
	527.4 1	6.557	E2
	623.4 1	100.00	E2
4295.03	301.3 1	73.33	E1
	794.3 1	100.0	E2
	890.3 1	26.67	E2
4694.23	399.2 1	100.0	E1
	700.5 1	48.15	E2
4695.53	667.4 1	96.43	E1
	793.3 1	100.0	E2
4761.33	733.2 1	100.0	E2
4786.73	828.6 1	100.0	E2
5057.94	363.7 1	100.0	E1
	762.9 1	100.0	E2
5160.93	374.2 1	100.0	E1
5362.83	601.5 1	100.0	(E1)
5460.53	402.6 1	100.0	E1
	766.3 1	56.25	E2
5559.03	196.2 1	20.00	E1
	797.7 1	100.0	E2
5612.43	451.5 1	30.00	E1
	825.7 1	100.0	E2
5899.73	340.7 1	92.11	E1
	536.9 1	100.0	(E2)
6202.53	643.5 1	100.0	E2
6513.73	311.2 1	51.22	E1
	614.0 1	100.00	E2
6807.04	293.3 1	100.0	(E1)
7364	557.2 1	24	(E1)
	850.5 1	100	(E2)

^#	Branching deduced from (γ,γ').
^@	From (n,n'γ) (1994YaZT).
^&	Multiply placed.
^a	Placement in the level scheme is uncertain.

Generated at NNDC by WebTREND Tue Feb 5 20:21:51 2013