ADOPTED LEVELS, GAMMAS for 76Ge
Author: Balraj Singh | Citation: Nucl. Data Sheets 74,63 (1995) | Cutoff date: 22-Dec-1994
Full ENSDF file | Adopted Levels (PDF version)
Q(β-)=-921.5 keV 9 | S(n)= 9427.24 keV 5 | S(p)= 12037.3 keV 25 | Q(α)= -7492.3 keV 22 | ||
Reference: 2012WA38 |
References: | |||
A | 76Ga β- decay (32.6 S) | B | 74Ge(t,p) |
C | 74Ge(18O,16O) | D | 76Ge(n,n’) |
E | 76Ge(n,n’γ) | F | 76Ge(p,p’), (pol p,p’) |
G | 76Ge(pol d,d’) | H | 76Ge(α,α’) |
I | 76Ge(16O,16O’), (18O,18O’) | J | Coulomb Excitation |
K | 80Se(d,6Li) |
E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
0.0 | ABCDEFGHIJK | 0+ | STABLE | |||||
562.93 3 | ABCDEFGHIJK | 2+ | 18.2 ps 2 | 562.93 3 | 100 | E2 | 0.0 | 0+ |
1108.44 4 | AB EF H JK | 2+ | 8.0 ps 15 | 545.51 3 1108.41 8 | 100 2 68 7 | E2+M1 E2 | 562.93 0.0 | 2+ 0+ |
1410.08 5 | AB EF H JK | 4+ | 1.8 ps 4 | 847.15 5 | 100 | E2 | 562.93 | 2+ |
1539.46 6 | A EF | 3(+) | 431.0 5 976.50 5 | 100 7 50 2 | D+Q | 1108.44 562.93 | 2+ 2+ | |
1911.07 11 | AB EF H JK | 0+ | > 0.8 ps | 1348.13 13 | 100 | 562.93 | 2+ | |
2019.87 10 | AB EF K | (4+) | 911.40 10 | 100 | 1108.44 | 2+ | ||
2204.9 4 | E | (1,2+) | 0.010 ps 4 | 1097.4 5 2203.8 5 | | 1108.44 0.0 | 2+ 0+ | |
2284.22 24 | A F | (3)- | 1175.7 5 | 100 | 1108.44 | 2+ | ||
2456 5 | F | |||||||
2478.2 5 | E | (1,2+) | 1915 1 2478.2 5 | | 562.93 0.0 | 2+ 0+ | ||
2503.6 4 | B EF | 2+ | 0.24 ps +55-10 | 1395.1 5 2503.6 5 | 100 43 | 1108.44 0.0 | 2+ 0+ | |
2554 5 ? | F | |||||||
2591.10 16 | A E | (1+,2+) | 1051.7 2 1482.5 3 2591.0 4 | 95 14 100 15 55 10 | 1539.46 1108.44 0.0 | 3(+) 2+ 0+ | ||
2624 5 ? | F | |||||||
2654.51 21 | A E | (LE 4) | 1546.0 4 2091.9 4 | 100 20 42 10 | 1108.44 562.93 | 2+ 2+ | ||
2692.40 8 | AB EF H | 3- | 0.28 ps +15-8 | 1282.9 4 1583.9 5 2129.46 8 2691.6 4 | <13 9 3 100 3 7 2 | 1410.08 1108.44 562.93 0.0 | 4+ 2+ 2+ 0+ | |
2733.4 7 | B EF H | 4+ | 0.17 ps +18-8 | 1194.0 5 | | 1539.46 | 3(+) | |
2747.76 8 | A EF H | (1 TO 4) | 0.33 ps +33-12 | 1208.02 13 1639.30 10 2185.20 17 | 28 2 100 3 9 1 | 1539.46 1108.44 562.93 | 3(+) 2+ 2+ | |
E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
2768.76 14 | AB EF H | 2+ | 1358.9 6 1660.30 14 | 24 8 100 7 | 1410.08 1108.44 | 4+ 2+ | ||
2841.57 13 | AB EF | 2+ | 0.028 ps 8 | 1732.70 25 2278.80 17 | 100 9 61 5 | 1108.44 562.93 | 2+ 2+ | |
2897.7 5 | B EF | 0+ | 2334.7 5 | 100 | 562.93 | 2+ | ||
2919.79 7 | A E | (1,2+) | 0.21 ps +10-6 | 1811.10 12 2356.88 12 2919.85 10 | 9.2 6 27 2 100 4 | 1108.44 562.93 0.0 | 2+ 2+ 0+ | |
2921 5 | F H | 3- | ||||||
2962.2 | B EF H | (5)- | ||||||
2994 5 | B F H | 4+ | ||||||
3007.8 4 | E | (1,2+) | 0.026 ps +28-13 | 1898.3 5 3008.6 5 | 100 100 | 1108.44 0.0 | 2+ 0+ | |
3041.0 6 | B EF | (2+) | 0.23 ps +35-10 | 1130.2 5 2477.7 5 | | 1911.07 562.93 | 0+ 2+ | |
3052.5 7 | EF | (1 TO 5) | 0.030 ps +14-10 | 1513.1 5 | 100 | 1539.46 | 3(+) | |
3071 5 | F | |||||||
3090 5 ? | F | |||||||
3131.8 7 | EF | (LE 4) | 2023.3 5 | 100 | 1108.44 | 2+ | ||
3141.51 7 | AB EF | 2+ | 0.06 ps +7-4 | 1230.2 5 2578.55 9 3141.40 10 | 53 2 100 5 | 1911.07 562.93 0.0 | 0+ 2+ 0+ | |
3166 5 | F | |||||||
3182.21 6 | AB EF | (2+) | 0.25 ps +35-11 | 1642.80 15 2073.75 7 2619.20 10 | 22 2 100 3 53 2 | 1539.46 1108.44 562.93 | 3(+) 2+ 2+ | |
3195 5 | B F | (4-,5-,6-) | ||||||
3224 5 | F | |||||||
3231.8 4 | AB F H | 4+ | 2668.8 4 ? | 100 | 562.93 | 2+ | ||
3268 5 | F H | (4+) | ||||||
E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
3312.33 12 | AB F H | 3- | 1902.2 2 2203.86 16 | 31 3 100 8 | 1410.08 1108.44 | 4+ 2+ | ||
3317 5 | B F | (0+) | ||||||
3322.85 7 | A E | (2+,3,4+) | 0.16 ps +14-6 | 1912.7 1 2214.36 8 2759.95 14 | 26 2 100 3 49 3 | 1410.08 1108.44 562.93 | 4+ 2+ 2+ | |
3334.7 3 ? | A | (2+) | 1924.6 3 ? 3334.6 5 ? | 100 14 97 21 | 1410.08 0.0 | 4+ 0+ | ||
3349 5 | F | |||||||
3391 5 | F H | (4+,5-) | ||||||
3409.19 19 | A F | (1 TO 4) | 661.4 2 ? | 100 | 2747.76 | (1 TO 4) | ||
3420.4 5 | E | (1,2+) | 3420.3 5 | 100 | 0.0 | 0+ | ||
3439 5 | F | |||||||
3453 5 | F | (3+,4+,5+) | ||||||
3477.65 17 | AB | (1 TO 4) | 335.9 5 ? 2369.8 6 ? 2914.6 2 ? | 100 25 5 2 14 2 | 3141.51 1108.44 562.93 | 2+ 2+ 2+ | ||
3484.1 9 | EF H | 3- | 2074 1 2921 1 | | 1410.08 562.93 | 4+ 2+ | ||
3506 5 | F | |||||||
3533 5 | F | |||||||
3545 5 | B F H | 2+ | ||||||
3585 5 | F H | (2)+ | ||||||
3606 5 | F | |||||||
3632.75 10 | A | (2+) | 1612.7 3 1721.9 7 2524.0 2 3069.90 13 | 49 7 16 5 86 6 100 6 | 2019.87 1911.07 1108.44 562.93 | (4+) 0+ 2+ 2+ | ||
3640 5 | B F H | (4-,5-,6-) | ||||||
3658 5 | B F H | |||||||
E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
3691 5 | F | |||||||
3721 5 | B F H | (5)- | ||||||
3748 5 | F H | 2+ | ||||||
3788 5 | B F | |||||||
3805 5 | B F | |||||||
3815 5 | F | |||||||
3848 5 | F | |||||||
3868 5 | F | |||||||
3883 5 | B F H | |||||||
3887.05 19 | AB F H | (3-) | 2347.40 25 2476.60 40 2779.1 4 3325.2 12 | 55 6 27 6 100 10 14 7 | 1539.46 1410.08 1108.44 562.93 | 3(+) 4+ 2+ 2+ | ||
3951.89 7 | A | (1,2+) | 1259.9 5 2040.70 25 2843.50 9 3388.75 12 3951.70 14 | 7 2 8 2 38 2 67 4 100 8 | 2692.40 1911.07 1108.44 562.93 0.0 | 3- 0+ 2+ 2+ 0+ | ||
3972 5 | F H | (4+) | ||||||
3997 5 | F H | 4+ | ||||||
4026 5 ? | F | |||||||
4056 5 | F | |||||||
4073 5 | F H | |||||||
4099 5 | F H | 5- | ||||||
4122.3 4 ? | A F | (1,2+) | 3559.5 4 ? 4121.8 5 ? | 100 8 43 6 | 562.93 0.0 | 2+ 0+ | ||
4153 5 | F H | |||||||
4192.85 12 ? | A F | (2+,3,4+) | 1273.05 10 ? 2782.70 40 ? | 100 6 84 7 | 2919.79 1410.08 | (1,2+) 4+ | ||
4209 5 | F H | 3- | ||||||
E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
4239.40 15 | A F | (1 TO 4) | 927.05 10 ? 3130.7 6 ? | 100 6 23 5 | 3312.33 1108.44 | 3- 2+ | ||
4249 5 | F H | 4+ | ||||||
4272 5 | F | |||||||
4326.5 2 | A F | (1 TO 4) | 1014.2 2 ? 1634.0 2 ? | 31 5 100 5 | 3312.33 2692.40 | 3- 3- | ||
4363.5 2 | A F H | 4+ | 885.83 10 ? 1443.9 5 ? | 100 8 20 5 | 3477.65 2919.79 | (1 TO 4) (1,2+) | ||
4399 5 | F H | (3+,4+,5+) | ||||||
4426 10 | F H | |||||||
4444 10 | F | (3+,4+,5+) | ||||||
4476.5 2 ? | A F | (LE 4) | 843.8 2 ? 3913.3 5 ? | 100 10 11 3 | 3632.75 562.93 | (2+) 2+ | ||
4488 10 | F H | 3- | ||||||
4536 10 | F H | (3+,4+,5+) | ||||||
4570 10 | F H | |||||||
4611 10 | F H | (3-) | ||||||
4659 10 | F H | (5-) | ||||||
4698 10 | F | |||||||
4719.9 2 | A | (2,3,4) | 1310.6 3 ? 1878.3 2 2435.6 3 | 75 13 98 11 100 13 | 3409.19 2841.57 2284.22 | (1 TO 4) 2+ (3)- | ||
4736 10 | F | |||||||
4767 10 | F | |||||||
4784.1 3 ? | A | (1 TO 4) | 1461.2 3 ? 3675.60 45 ? | 74 15 100 11 | 3322.85 1108.44 | (2+,3,4+) 2+ | ||
4812.5 2 ? | A F | (2+,3,4+) | 1892.7 2 ? 3402.4 3 ? | 100 7 33 5 | 2919.79 1410.08 | (1,2+) 4+ | ||
4814.8 3 ? | A F | (1 TO 4) | 1182.1 3 ? 1502.3 5 ? | 100 15 96 13 | 3632.75 3312.33 | (2+) 3- | ||
E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | I(γ) | M(γ) | Final Levels | |
4839 10 | F | (3+,4+,5+) | ||||||
4868 10 | F | |||||||
4939 10 | F | |||||||
5122.48 14 | A | (1 TO 4) | 1489.6 4 1940.30 14 1980.4 5 | 34 10 100 7 32 6 | 3632.75 3182.21 3141.51 | (2+) (2+) 2+ | ||
5276 10 | F | |||||||
5522.6 2 | A | (1 TO 4) | 1282.9 4 ? 2680.9 3 2868.1 2 | <81 92 10 100 14 | 4239.40 2841.57 2654.51 | (1 TO 4) 2+ (LE 4) | ||
5663.37 15 | A | (2+) | 2481.1 4 2970.90 15 3752.10 50 4253.3 5 | 50 10 100 12 42 9 57 9 | 3182.21 2692.40 1911.07 1410.08 | (2+) 3- 0+ 4+ | ||
5749.9 4 ? | A | (1 TO 4) | 2981.2 4 ? 3465.5 4 ? | 100 20 68 13 | 2768.76 2284.22 | 2+ (3)- | ||
5883.0 3 ? | A | (1 TO 4) | 2700.5 4 ? 3190.6 3 ? | 94 16 100 13 | 3182.21 2692.40 | (2+) 3- | ||
6021.1 3 ? | A | (1 TO 4) | 3328.7 8 ? 3366.5 3 ? 3736.90 45 ? | 100 30 73 14 80 20 | 2692.40 2654.51 2284.22 | 3- (LE 4) (3)- | ||
6065.2 4 ? | A | (1 TO 4) | 2882.9 9 ? 3145.3 4 ? | 47 16 100 20 | 3182.21 2919.79 | (2+) (1,2+) |
E(level): For levels populated in γ-ray studies, E(level)’s are from least-squares fit to Eγ’s. In other cases values are averages from different reaction studies. In (p,p’) and (α,α’), values for similar levels differ systematically (higher by 12 keV to 45 keV in the 3700-4600 range). Values from (p,p’) are adopted here (since many more levels are reported in (p,p’) than in (α,α’)), although, it is difficult to know as to which dataset is more accurate
Jπ(level): log ft values from 76Ga decay have not been used in assigning Jπ’s since Jπ(76Ga g.s.)=(3-) is only tentative. Moreover, several γ-ray placements remain uncertain. For levels above ≈3000, values are given in parentheses when available only from L(p,p’) and/or L(t,p) due to following reasons: 1. The agreement of σ(θ) fits to DWBA is not good over the whole angular range. 2. The correspondence between levels in different reactions is not unique due to large level density and large uncertainties in E(level) from particle reactions
T1/2(level): From ΔS(a) in (n,n’γ) (1990DoZU,1984KoZN) for levels above 2 MeV, below this values are from B(E2) in Coul. ex. see 1982AuZW also for measurement of Gamow-Teller strength for double β- decaying nuclei
E(γ): From 76Ga β-, unless seen in (n,n’γ) only
I(γ): Photon branching ratios, primarily from 76Ga β- decay
E(level) (keV) | Jπ(level) | T1/2(level) | E(γ) (keV) | Multipolarity | Mixing Ratio | Additional Data |
562.93 | 2+ | 18.2 ps 2 | 562.93 3 | E2 | B(E2)(W.u.)=29 1 | |
1108.44 | 2+ | 8.0 ps 15 | 545.51 3 | E2+M1 | +3.5 15 | B(E2)(W.u.)=42 9, B(M1)(W.u.)=8E-4 4 |
2+ | 8.0 ps 15 | 1108.41 8 | E2 | B(E2)(W.u.)=0.90 22 | ||
1410.08 | 4+ | 1.8 ps 4 | 847.15 5 | E2 | B(E2)(W.u.)=38 9 | |
1911.07 | 0+ | > 0.8 ps | 1348.13 13 | B(E2)(W.u.)<7.4 | ||
2503.6 | 2+ | 0.24 ps +55-10 | 2503.6 5 | B(E2)(W.u.)=0.4 3 | ||
2692.40 | 3- | 0.28 ps +15-8 | 2691.6 4 | B(E3)(W.u.)=700 350 | ||
2919.79 | (1,2+) | 0.21 ps +10-6 | 2919.85 10 | B(E2)(W.u.)=0.5 2 | ||
3141.51 | 2+ | 0.06 ps +7-4 | 3141.40 10 | B(E2)(W.u.)=1.1 +22-6 |
Additional Level Data and Comments:
E(level) | Jπ(level) | T1/2(level) | Comments |
0.0 | 0+ | STABLE | 1990Va18 give T1/2(0 neutrino decay)>1.3×1024 y, T1/2(2 neutrino decay)=9×1020 y 1, T1/2(0 neutrino, B (Majoron) decay)>1×1022 y. T1/2(2 neutrino decay)=1.42×1021 y 13 (1994Ba15). See references quoted above for other experimental T1/2 values and theoretical calculations of 76Ge ββ decay. |
562.93 | 2+ | 18.2 ps 2 | μ=+0.838 46 (1989Ra17,1984Pa20), Q=-0.19 6 (1989Ra17,1980Le16) β2(coul.ex.)=0.267 (1980Le24). |
1108.44 | 2+ | 8.0 ps 15 | β2(coul.ex.)=0.047 (1980Le24). |
1410.08 | 4+ | 1.8 ps 4 | β4(pol p,p’)=0.064 11, 0.024 6, 0.020 20, 0.001 (1993Mo05,1986MoZR), 0.02 ((p,p’),1983Ra32). |
2692.40 | 3- | 0.28 ps +15-8 | β3(α,α’)=0.11 (1988Ba70). |
2921 | 3- | 2921 level is treated as different from 2920 level since an intense g.s. transition from 2920 level is inconsistent with L(α,α’)=3 for a 2921 group. | |
3141.51 | 2+ | 0.06 ps +7-4 | XREF: F(3150). |
3231.8 | 4+ | XREF: F(3240). | |
3409.19 | (1 TO 4) | XREF: F(3402). Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
3477.65 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
3883 | XREF: H(3871). | ||
3887.05 | (3-) | XREF: F(3904)H(3893). | |
3972 | (4+) | XREF: H(3952). | |
3997 | 4+ | XREF: H(3978). | |
4073 | XREF: H(4052). | ||
4099 | 5- | XREF: H(4073). | |
4153 | XREF: H(4126). | ||
4209 | 3- | XREF: H(4180). | |
4239.40 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
4249 | 4+ | XREF: H(4220). | |
4326.5 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
4363.5 | 4+ | XREF: H(4332). | |
4399 | (3+,4+,5+) | XREF: H(4367). | |
4426 | XREF: H(4402). | ||
4476.5 | (LE 4) | XREF: F(4468). | |
E(level) | Jπ(level) | T1/2(level) | Comments |
4488 | 3- | XREF: H(4453). | |
4536 | (3+,4+,5+) | XREF: H(4500). | |
4570 | XREF: H(4530). | ||
4611 | (3-) | XREF: H(4570). | |
4659 | (5-) | XREF: H(4615). | |
4784.1 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
4814.8 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
5122.48 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
5522.6 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
5749.9 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
5883.0 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
6021.1 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. | |
6065.2 | (1 TO 4) | Jπ(level): Possible β- feeding from (2+,3+) (see 76Ga β- decay). Since the level scheme is not well established, the Jπ assignment is considered as tentative. |
E(level) | E(gamma) | Comments |
2692.40 | 1282.9 | E(γ): Multiply placed with undivided intensity I(γ): Multiply placed with undivided intensity | 2691.6 | I(γ): this value is suspect since G3(W.u.)=9.4 (p,p’); 11.7 (α,α’) suggests Iγ≈0.1. This γ ray was reported in 76Ga β- decay only, where it may have been contributed mainly by a sum line |
3141.51 | 1230.2 | E(γ): From (n,n’γ) only |
3231.8 | 2668.8 | E(γ): Placement suggested by the evaluator |
5522.6 | 1282.9 | E(γ): Multiply placed with undivided intensity I(γ): Multiply placed with undivided intensity |
Other studies:
76Ge ββ decay (to 76Se) through neutrino-less or 2-neutrino decay:
76Ge ββ decay (experimental): 1994Ba15, 1993Be14, 1992Re03 (also 1991Tr07,1987Fi05, 1984Fo06), 1992Be20 (also 1992Ba25), 1991Mo28 (also 1991Mo27,1991Mo23,1988Mo35,1985Hu01,1983Le27), 1991Ca34 (also 1987Ca21,1986Ca07), 1991Av04 (also 1991Av01,1990Mi23,1987Av05, 1987Av01,1986Av03,1985Av02,1983Av01,1979Av01,1978Pi07), 1991Hy01 (also 1993Hy02, 1984El01), 1990Bu15, 1990Va18, 1988Ok01 (also 1987Ej01,1986Ka33,1986Ej01), 1986Zd01 (also 1985Zd01), 1984Si08, 1984Fi16 (also 1984Be48,1983Be65,1982Be20, 1973Fi01,1970Fi09, 1967Fi14), 1952Fr23
76Ge ββ decay (compilations and analysis): 1993Kl01, 1992Wu07, 1991Kl04, 1988Ca03
76Ge ββ decay (theoretical): 1994Ci05, 1994Fa04, 1994Kr05, 1994St04, 1994Su03, 1993Su12, 1993Su02, 1993St17, 1993St05, 1993Wu02, 1993Mu08, 1993Kr20, 1993Kr15, 1993Hi07, 1993Ch07, 1993Ch34, 1993Bu19, 1993Bu01, 1992St10, 1992St07, 1992Su11, 1992Pa07, 1991Wu07, 1991Su14, 1991Su07, 1991Mu10, 1991Ha24, 1991Fa13, 1991Fa01, 1991Ci02, 1991Bi09, 1990Su03, 1990Sh02, 1990Pi03, 1990Hi07, 1990Hi06, 1990Fa13, 1990Ci06, 1990Ba60, 1989Le28, 1989En02, 1989Ba05, 1989Al34, 1988Ye02, 1988Vo07, 1988To10, 1988Si03, 1988Mu03, 1988Mo26, 1988Ku31, 1988En04, 1988En02, 1988Do06, 1988Al34, 1987To16, 1987Ci05, 1986Vo11, 1986To03, 1986Gr23, 1986Fa07, 1985Vo11, 1985To13, 1985Gr11, 1985Gr03, 1985Do13, 1985Bo08, 1984Kl07, 1983Ha13, 1983Do12, 1982Za05, 1981Ha21, 1970BoZC
76Ge(e,e) E=225 MeV: 1990Kh03. Other: 1983Em01
76Ge(γ,α) E=18-25 MeV: 1990An13, measured emission of α’s in GDR region
Giant dipole resonances in (γ,xn): 1976Ca06
76Ge(p,p’γ): 1983Ra02, measured σ
Mass measurement: 1977De20, 1976De21, 1964Ba03, 1963Ri07
Mass difference (76Ge-76Se): 1991Hy01 (also 1993Hy02,1985El01,1984El01,1984ElZY)
76Ge(π+,π-) E=164 MeV: 1993Ka40, 1986Fa07, calculated σ(θ)
76Ge(32S,32S) E=3.4-7 MeV/nucleon: 1982Gu19, measured fission
76Ge(32S,32S) E=158.3 MeV: 1984Sc28, calculated ratio of elastic to Rutherford σ’s
Nuclear structure calculations (level, moments, syst etc.): 1994An08, 1994Jo03, 1994Li18, 1993Ch07, 1992Er02, 1992Hs02, 1992Bu05, 1991Pe09, 1988Ra35, 1988Do08, 1987Fo17, 1986Ta04, 1986Jo03, 1985Na12, 1984We04, 1984Ba28, 1983Ta03, 1983Gi06, 1983Du04, 1982Le17, 1982Ko10, 1982Ah06, 1981We09, 1980Sh23, 1980Ko22, 1978De12, 1976La06
Q-value: Note: Current evaluation has used the following Q record
Q-value: Q(β-β-)=2038.6 3 (1991Hy01), 2038.7 5 (1993Au05)