ADOPTED LEVELS, GAMMAS for 132Pm
Authors: Yu. Khazov, A.A. Rodionov and S. Sakharov, Balraj Singh | Citation: Nucl. Data Sheets 104, 497 (2005) | Cutoff date: 1-Jul-2022
Full ENSDF file | Adopted Levels (PDF version)
Q(β-)=-6.5×103 keV SY | S(n)= 9.93×103 keV SY | S(p)= 1.15×103 keV SY | Q(α)= 2.28×103 keV SY | ||
Reference: 2021WA16 |
References: | |||
A | 96Ru(40Ca,N3PG) |
E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | Final Levels | |
0.0 | (3+) | 6.2 s 6 % ε = 100 % εp ≈ 5×10-5 | ||||
0+X | A | |||||
131.0+X 8 | A | 131 | 0+X | |||
275.0+X 8 | A | 144 275 | 131.0+X 0+X | |||
435.0+X 10 | A | 160 304 | 275.0+X 131.0+X | |||
609.0+X 11 | A | 174 334 | 435.0+X 275.0+X | |||
828.0+X 12 | A | 219 393 | 609.0+X 435.0+X | |||
1058.0+X 13 | A | 230 449 | 828.0+X 609.0+X | |||
1348.0+X 13 | A | 290 520 | 1058.0+X 828.0+X | |||
1645.0+X 14 | A | 297 587 | 1348.0+X 1058.0+X | |||
1990.1+X 15 | A | 345 642 | 1645.0+X 1348.0+X | |||
2352.8+X 16 | A | 363 708 | 1990.1+X 1645.0+X | |||
2735.5+X 16 | A | 383 745 | 2352.8+X 1990.1+X | |||
3154.8+X 19 | A | 802 | 2352.8+X | |||
3565.5+X 19 | A | 830 | 2735.5+X | |||
4026.8+X 21 | A | 872 | 3154.8+X | |||
4469.5+X 22 | A | 904 | 3565.5+X | |||
4964.8+X 23 | A | 938 | 4026.8+X | |||
E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | Final Levels | |
0+Y | A | |||||
107.0+Y 8 | A | 107 | 0+Y | |||
249.0+Y 8 | A | 142 249 | 107.0+Y 0+Y | |||
430.0+Y 10 | A | 181 323 | 249.0+Y 107.0+Y | |||
644.0+Y 11 | A | 214 395 | 430.0+Y 249.0+Y | |||
895.0+Y 12 | A | 251 465 | 644.0+Y 430.0+Y | |||
1173.0+Y 13 | A | 278 529 | 895.0+Y 644.0+Y | |||
1488.0+Y 13 | A | 315 593 | 1173.0+Y 895.0+Y | |||
1823.0+Y 14 | A | 335 650 | 1488.0+Y 1173.0+Y | |||
2193.0+Y 15 | A | 370 705 | 1823.0+Y 1488.0+Y | |||
2576.0+Y 16 | A | 383 753 | 2193.0+Y 1823.0+Y | |||
2993.0+Y 16 | A | 417 800 | 2576.0+Y 2193.0+Y | |||
3410.0+Y 19 | A | 834 | 2576.0+Y | |||
3866.0+Y 19 | A | 873 | 2993.0+Y | |||
0+Z | A | |||||
88.0+Z 8 | A | 88 | 0+Z | |||
204.0+Z 8 | A | 116 204 | 88.0+Z 0+Z | |||
327.0+Z 10 | A | 123 239 | 204.0+Z 88.0+Z | |||
E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | Final Levels | |
496.0+Z 11 | A | 169 292 | 327.0+Z 204.0+Z | |||
646.0+Z 12 | A | 150 319 | 496.0+Z 327.0+Z | |||
882.0+Z 13 | A | 236 386 | 646.0+Z 496.0+Z | |||
1057.0+Z 16 | A | 411 | 646.0+Z | |||
1365.0+Z 16 | A | 483 | 882.0+Z | |||
1574.0+Z 19 | A | 517 | 1057.0+Z | |||
1947.0+Z 19 | A | 582 | 1365.0+Z | |||
2201.0+Z 21 | A | 627 | 1574.0+Z | |||
2631.0+Z 22 | A | 684? | 1947.0+Z | |||
2934.0+Z 23 | A | 733 | 2201.0+Z | |||
3765+Z 3 | A | 831 | 2934.0+Z | |||
4684+Z 3 | A | 919? | 3765+Z | |||
0+U | A | |||||
104.3+U 8 | A | 104 | 0+U | |||
218.7+U 8 | A | 114 219 | 104.3+U 0+U | |||
368.1+U 10 | A | 149 264 | 218.7+U 104.3+U | |||
532.5+U 11 | A | 164 314 | 368.1+U 218.7+U | |||
720.9+U 12 | A | 188 353 | 532.5+U 368.1+U | |||
949.3+U 13 | A | 229 417 | 720.9+U 532.5+U | |||
1170.7+U 13 | A | 222 449 | 949.3+U 720.9+U | |||
1456.0+U 14 | A | 285? 507 | 1170.7+U 949.3+U | |||
E(level) (keV) | XREF | Jπ(level) | T1/2(level) | E(γ) (keV) | Final Levels | |
1711.7+U 17 | A | 541 | 1170.7+U | |||
2048.0+U 18 | A | 592 | 1456.0+U | |||
2674.0+U 20 | A | 626 | 2048.0+U | |||
2724.0+U 20 | A | 676 | 2048.0+U | |||
3382.0+U 23 | A | 708 | 2674.0+U | |||
3484.0+U 23 | A | 760 | 2724.0+U | |||
4173.0+U 25 | A | 791? | 3382.0+U | |||
4331.0+U 25 | A | 847 | 3484.0+U |
E(level): From least-squares fit to Eγ’s, assuming Δ(Eγ)=1 keV for each γ.
E(level) (keV) | Jπ(level) | T1/2(level) | E(γ) | Final Levels | |||
Band 1 - Band structure; K=(4). | |||||||
0+X | |||||||
275.0+X 8 | |||||||
609.0+X 11 | 174 334 | 435.0+X 275.0+X | |||||
1058.0+X 13 | 230 449 | 828.0+X 609.0+X | |||||
1645.0+X 14 | 297 587 | 1348.0+X 1058.0+X | |||||
2352.8+X 16 | 363 708 | 1990.1+X 1645.0+X | |||||
3154.8+X 19 | 802 | 2352.8+X | |||||
4026.8+X 21 | 872 | 3154.8+X | |||||
4964.8+X 23 | 938 | 4026.8+X | |||||
E(level) (keV) | Jπ(level) | T1/2(level) | E(γ) | Final Levels | |||
Band 2 - Band structure; K=(4). | |||||||
131.0+X 8 | |||||||
435.0+X 10 | |||||||
828.0+X 12 | 219 393 | 609.0+X 435.0+X | |||||
1348.0+X 13 | 290 520 | 1058.0+X 828.0+X | |||||
1990.1+X 15 | 345 642 | 1645.0+X 1348.0+X | |||||
2735.5+X 16 | 383 745 | 2352.8+X 1990.1+X | |||||
3565.5+X 19 | 830 | 2735.5+X | |||||
4469.5+X 22 | 904 | 3565.5+X | |||||
E(level) (keV) | Jπ(level) | T1/2(level) | E(γ) | Final Levels | |||
Band 3 - Band structure; K=(5). | |||||||
0+Y | |||||||
249.0+Y 8 | |||||||
644.0+Y 11 | 214 395 | 430.0+Y 249.0+Y | |||||
1173.0+Y 13 | 278 529 | 895.0+Y 644.0+Y | |||||
1823.0+Y 14 | 335 650 | 1488.0+Y 1173.0+Y | |||||
2576.0+Y 16 | 383 753 | 2193.0+Y 1823.0+Y | |||||
3410.0+Y 19 | 834 | 2576.0+Y | |||||
E(level) (keV) | Jπ(level) | T1/2(level) | E(γ) | Final Levels | |||
Band 4 - Band structure; K=(5). | |||||||
107.0+Y 8 | |||||||
430.0+Y 10 | |||||||
895.0+Y 12 | 251 465 | 644.0+Y 430.0+Y | |||||
1488.0+Y 13 | 315 593 | 1173.0+Y 895.0+Y | |||||
2193.0+Y 15 | 370 705 | 1823.0+Y 1488.0+Y | |||||
2993.0+Y 16 | 417 800 | 2576.0+Y 2193.0+Y | |||||
3866.0+Y 19 | 873 | 2993.0+Y | |||||
E(level) (keV) | Jπ(level) | T1/2(level) | E(γ) | Final Levels | |||
Band 5 - Band structure; K=(5). | |||||||
0+Z | |||||||
204.0+Z 8 | |||||||
496.0+Z 11 | 169 292 | 327.0+Z 204.0+Z | |||||
882.0+Z 13 | 236 386 | 646.0+Z 496.0+Z | |||||
1365.0+Z 16 | 483 | 882.0+Z | |||||
1947.0+Z 19 | 582 | 1365.0+Z | |||||
2631.0+Z 22 | 684? | 1947.0+Z | |||||
E(level) (keV) | Jπ(level) | T1/2(level) | E(γ) | Final Levels | |||
Band 6 - Band structure; K=(5). | |||||||
88.0+Z 8 | |||||||
327.0+Z 10 | |||||||
646.0+Z 12 | 150 319 | 496.0+Z 327.0+Z | |||||
1057.0+Z 16 | 411 | 646.0+Z | |||||
1574.0+Z 19 | 517 | 1057.0+Z | |||||
2201.0+Z 21 | 627 | 1574.0+Z | |||||
3765+Z 3 | 831 | 2934.0+Z | |||||
4684+Z 3 | 919? | 3765+Z | |||||
E(level) (keV) | Jπ(level) | T1/2(level) | E(γ) | Final Levels | |||
Band 7 - Band structure; K=(5). | |||||||
0+U | |||||||
218.7+U 8 | |||||||
532.5+U 11 | 164 314 | 368.1+U 218.7+U | |||||
949.3+U 13 | 229 417 | 720.9+U 532.5+U | |||||
1456.0+U 14 | 285? 507 | 1170.7+U 949.3+U | |||||
2048.0+U 18 | 592 | 1456.0+U | |||||
2724.0+U 20 | 676 | 2048.0+U | |||||
3484.0+U 23 | 760 | 2724.0+U | |||||
4331.0+U 25 | 847 | 3484.0+U | |||||
E(level) (keV) | Jπ(level) | T1/2(level) | E(γ) | Final Levels | |||
Band 8 - Band structure; K=(5). | |||||||
104.3+U 8 | |||||||
368.1+U 10 | |||||||
720.9+U 12 | 188 353 | 532.5+U 368.1+U | |||||
1170.7+U 13 | 222 449 | 949.3+U 720.9+U | |||||
1711.7+U 17 | 541 | 1170.7+U | |||||
2674.0+U 20 | 626 | 2048.0+U | |||||
3382.0+U 23 | 708 | 2674.0+U | |||||
4173.0+U 25 | 791? | 3382.0+U |
Additional Level Data and Comments:
E(level) | Jπ(level) | T1/2(level) | Comments |
0.0 | (3+) | 6.2 s 6 % ε = 100 % εp ≈ 5×10-5 | %εp: from thesis by p.α. Wilmarth (U.C., Berkeley (1988), also Rept. LBL-26101). E(p)=2.2-5.0 MeV. E(level): %εp: from thesis by p.α. Wilmarth (U.C., Berkeley (1988), also Rept. LBL-26101). E(p)=2.2-5.0 MeV. |
0+X | E(level): Band structure; K=(4). | ||
131.0+X | E(level): Band structure; K=(4). | ||
275.0+X | E(level): Band structure; K=(4). | ||
435.0+X | E(level): Band structure; K=(4). | ||
609.0+X | E(level): Band structure; K=(4). | ||
828.0+X | E(level): Band structure; K=(4). | ||
1058.0+X | E(level): Band structure; K=(4). | ||
1348.0+X | E(level): Band structure; K=(4). | ||
1645.0+X | E(level): Band structure; K=(4). | ||
1990.1+X | E(level): Band structure; K=(4). | ||
2352.8+X | E(level): Band structure; K=(4). | ||
2735.5+X | E(level): Band structure; K=(4). | ||
3154.8+X | E(level): Band structure; K=(4). | ||
3565.5+X | E(level): Band structure; K=(4). | ||
4026.8+X | E(level): Band structure; K=(4). | ||
4469.5+X | E(level): Band structure; K=(4). | ||
4964.8+X | E(level): Band structure; K=(4). | ||
0+Y | E(level): Band structure; K=(5). | ||
107.0+Y | E(level): Band structure; K=(5). | ||
249.0+Y | E(level): Band structure; K=(5). | ||
430.0+Y | E(level): Band structure; K=(5). | ||
644.0+Y | E(level): Band structure; K=(5). | ||
895.0+Y | E(level): Band structure; K=(5). | ||
1173.0+Y | E(level): Band structure; K=(5). | ||
E(level) | Jπ(level) | T1/2(level) | Comments |
1488.0+Y | E(level): Band structure; K=(5). | ||
1823.0+Y | E(level): Band structure; K=(5). | ||
2193.0+Y | E(level): Band structure; K=(5). | ||
2576.0+Y | E(level): Band structure; K=(5). | ||
2993.0+Y | E(level): Band structure; K=(5). | ||
3410.0+Y | E(level): Band structure; K=(5). | ||
3866.0+Y | E(level): Band structure; K=(5). | ||
0+Z | E(level): Band structure; K=(5). | ||
88.0+Z | E(level): Band structure; K=(5). | ||
204.0+Z | E(level): Band structure; K=(5). | ||
327.0+Z | E(level): Band structure; K=(5). | ||
496.0+Z | E(level): Band structure; K=(5). | ||
646.0+Z | E(level): Band structure; K=(5). | ||
882.0+Z | E(level): Band structure; K=(5). | ||
1057.0+Z | E(level): Band structure; K=(5). | ||
1365.0+Z | E(level): Band structure; K=(5). | ||
1574.0+Z | E(level): Band structure; K=(5). | ||
1947.0+Z | E(level): Band structure; K=(5). | ||
2201.0+Z | E(level): Band structure; K=(5). | ||
2631.0+Z | E(level): Band structure; K=(5). | ||
3765+Z | E(level): Band structure; K=(5). | ||
4684+Z | E(level): Band structure; K=(5). | ||
0+U | E(level): Band structure; K=(5). | ||
104.3+U | E(level): Band structure; K=(5). | ||
218.7+U | E(level): Band structure; K=(5). | ||
E(level) | Jπ(level) | T1/2(level) | Comments |
368.1+U | E(level): Band structure; K=(5). | ||
532.5+U | E(level): Band structure; K=(5). | ||
720.9+U | E(level): Band structure; K=(5). | ||
949.3+U | E(level): Band structure; K=(5). | ||
1170.7+U | E(level): Band structure; K=(5). | ||
1456.0+U | E(level): Band structure; K=(5). | ||
1711.7+U | E(level): Band structure; K=(5). | ||
2048.0+U | E(level): Band structure; K=(5). | ||
2674.0+U | E(level): Band structure; K=(5). | ||
2724.0+U | E(level): Band structure; K=(5). | ||
3382.0+U | E(level): Band structure; K=(5). | ||
3484.0+U | E(level): Band structure; K=(5). | ||
4173.0+U | E(level): Band structure; K=(5). | ||
4331.0+U | E(level): Band structure; K=(5). |
1985Wi07: E=175 MeV. Isotope separator OASIS, particle telescope, HPGe, Ge(Li) detectors. Measured γ, delayed protons, β+, x rays and mutual coincidences.
1989McZU: E=180 MeV. Recoil separator, measured β+, γ, n, recoils and mutual coincidences.
T1/2 and decay of 132Pm: 1977Bo02, 1985Wi07, 1987Ko24, 1988BeYG, 1990Ko25
Gammas: α possible 32γ, mult=(E1) reported by 1989McZU in 132Pm ε decay