97PD 97AG EC DECAY (25.5 S) 1999HU10,1997SC30,1982KU1510NDS 201004
97PD H TYP=FUL$AUT=N. NICA$CIT=NDS 111, 525 (2010)$CUT=19-Nov-2009$
97PD c Others: 1978Hu11
97PD c 2001Hu04,1999Hu10: {+60}Ni({+40}Ca,1p2n) E=4.0 and 4.3 MeV/nucleon,
97PD2c a cube-like array of 6 Euroball-Cluster Ge detectors.
97PD3c Measured E|g, I|g.
97PD c 1997Sc30: {+60}Ni({+40}Ca,1p2n) E=4.1 MeV/nucleon,
97PD2c Ge(Li) detector. Measured E|g, I|g.
97PD c 1982Ku15: {+58}Ni, {+60}Ni, {+62}Ni, {+63}Cu, {+65}Cu
97PD2c bombarded with {+40}Ca E=4.0 MeV/u, mass separation, Ge(Li) detector.
97PD3c Measured E|g, I|g, observed Pd K| x ray.
97PD c 1978Hu11: {+92}Mo({+14}N,2p7n) E=100-125 MeV, Ge(Li)
97PD2c detector. Measured E|g, I|g, observed Pd x-rays.
97PD c Data are taken from 2001Hu04 and 1999Hu10, unless noted otherwise.
97PD cE TI$From intensity balance in level scheme assuming no direct
97PD2cE |e+|b{++} decay to {+97}Pd g.s.
97PD cE TI(m)$GTOL upper limit (method 1): 0.24
97PD cG E$For |g's whose energy differ by 3|s or more from calculated value
97PD2cG see adopted levels, gammas dataset
97PD cG M$From adopted gammas
97PD cG E(A) This |g-transition was tentatively assigned to the
97PD2cG decay of the {+97}Ag isomeric state in 1997Sc30.
97PD cG E(B) 1997Sc30 misassigned this |g-line to connect
97PD2cG the 3291.3 keV and 2141.1 keV levels.
97PD cG E(C) 1997Sc30 incorrectly placed this transition between the
97PD2cG 1881.6 keV state (13/2+) and the ground state (5/2+).
97PD cL $This evaluation assumed the J|p values
97PD2cL adopted previously by 2001Hu04, except for the fact that unlike
97PD2cL 2001Hu04, we consider all J|p values as tentative, which derives from
97PD2cL tentative J|p's for both {+97}Ag and {+97}Pd g.s.'s.
97PD cL E$From a least squares fit to E|g's. Normalized |h{+2}=4.0 greater
97PD2cL than critical |h{+2}=1.2
97PD cL J$Unless otherwise noted, spins and parities were assigned to {+97}Pd
97PD2cL levels according to the |b intensities from {+97}Ag decay and the
97PD3cL relative |g intensities. These values are the same as the ones in the
97PD3cL adopted levels dataset
97PD cL J(A)$From shell-model and analogy with other N=51 nuclei;
97PD2cL also from 775|g to g.s.
97PD cL J(B)$From 1990Pi01.
97PD cL J(C)$From 1982Fe01.
97PD cL E(D)$The level energy was misprinted in 1997Sc30 as 3323.4 keV.
97AG P 0.0 (9/2+) 25.5 S 3 6.98E+3 11
97AG cP E,J,T$Adopted values for {+97}Ag
97AG cP QP$from 2003Au03 (measured by 1999Hu10)
97PD N 1.0 1.0 1.0 1.0
97PD cN NR$|SI|g(to g.s.)=100; assuming no direct |e+|b{++} decay
97PD2cN to {+97}Pd g.s. ((9/2+) to (5/2+) transition).
97PD PN 3
97PD L 0.0 (5/2+) 3.10 M 9
97PD2 L %EC+%B+=100
97PD cL %EC+%B+$adopted value
97PD cL T$from adopted levels
97PD L 686.67 3 (7/2+)
97PD E 11 3 0.30 9 5.82 13 11 3
97PDS E EAV=2441 54$CK=0.0240 15$CL=0.00297 19$CM+=0.00072 5
97PD G 686.6 1 56.9 28(M1+E2) +0.19 5 0.00263 C
97PDS G KC=0.00230 4$LC=0.000269 4$MC=5.04E-5 7$NC+=8.50E-6 12
97PDS G NC=8.50E-6 12
97PD L 774.98 7 (1/2+) A
97PD E 0.13 4 0.0038 12 7.72 14 0.13 4
97PDS E EAV=2398 53$CK=0.0252 16$CL=0.00312 20$CM+=0.00075 5
97PD G 775.0 1 0.43 3 C
97PD L 1043.73 5 (7/2+)
97PD G 1043.7 1 2.6 1 AC
97PD L 1294.65 4 (9/2+) B
97PD G 608.1 1 1.7 1(M1+E2) -3.5 35 0.003457 C
97PDS G KC=0.00300 8$LC=0.000370 13$MC=6.9E-5 3$NC+=1.16E-5 4
97PDS G NC=1.16E-5 4
97PD G 1294.7 1 24.6 12(E2) 6.00E-4 C
97PDS G KC=0.000505 7$LC=5.86E-5 9$MC=1.097E-5 16$NC+=2.53E-5 4
97PDS G NC=1.85E-6 3$IPC=2.35E-5 4
97PD L 1537.69 4 (7/2+,9/2+)
97PD E 0.7 4 0.03 2 6.7 3 0.7 4
97PDS E EAV=2032 53$CK=0.040 3$CL=0.0049 4$CM+=0.00119 9
97PD G 1537.7 1 5.9 3 C
97PD L 1712.03 8 (5/2+)
97PD E 0.028 22 0.0015 12 8.0 4 0.029 23
97PDS E EAV=1948 53$CK=0.044 4$CL=0.0055 5$CM+=0.00133 11
97PD G 937.2 1 0.10 1 C
97PD G 1712.2 4 0.085 9 C
97PD L 1782.32 6 (5/2+)
97PD E 0.19 8 0.011 4 7.11 19 0.20 8
97PDS E EAV=1915 53$CK=0.046 4$CL=0.0058 5$CM+=0.00139 11
97PD G 244.7 2 0.08 2 C
97PD G 738.5 1 0.19 2 C
97PD G 1782.3 1 0.87 5 C
97PD L 1881.60 4 (13/2+) B
97PD G 586.9 1 8.2 6(E2) 0.00380 C
97PDS G KC=0.00330 5$LC=0.000410 6$MC=7.71E-5 11$NC+=1.285E-5 18
97PDS G NC=1.285E-5 18
97PD L 1936.04 11
97PD E 0.150 9 0.0095 10 7.13 6 0.160 10
97PDS E EAV=1841 53$CK=0.052 5$CL=0.0064 6$CM+=0.00155 13
97PD G 892.3 1 0.16 1 C
97PD L 1943.50 4 (11/2+) C
97PD E 5.4 8 0.34 6 5.58 8 5.7 8
97PDS E EAV=1838 53$CK=0.052 5$CL=0.0064 6$CM+=0.00156 13
97PD G 648.8 1 0.59 5 C
97PD G 1256.8 1 10.1 7 C
97PD L 1998.70 5 (5/2+,7/2+,9/2+)
97PD E 0.23 14 0.016 9 6.9 3 0.25 15
97PDS E EAV=1811 53$CK=0.054 5$CL=0.0067 6$CM+=0.00162 14
97PD G 460.8 2 0.05 1 C
97PD G 955.1 1 1.19 9 C
97PD G 1312.2 1 0.88 8 C
97PD G 1998.7 1 0.15 1 C
97PD L 2116.98 4 (7/2+,9/2+)
97PD E 0.34 11 0.025 8 6.68 16 0.37 12
97PDS E EAV=1755 53$CK=0.059 5$CL=0.0073 6$CM+=0.00176 15
97PD G 579.1 2 0.07 1 C
97PD G 822.3 1 1.01 8 C
97PD G 1073.5 3 0.051 8 C
97PD G 1430.3 1 0.55 5 C
97PD G 2116.9 1 0.22 2 C
97PD L 2131.67 9
97PD E 0.156 12 0.0114 13 7.02 7 0.167 13
97PDS E EAV=1748 53$CK=0.059 5$CL=0.0073 7$CM+=0.00178 15
97PD G 1088.0 1 0.09 1 C
97PD G 1356.6 1 0.077 7 C
97PD L 2134.66 4 (7/2+,9/2+)
97PD E 2.0 3 0.14 2 5.92 9 2.1 3
97PDS E EAV=1747 53$CK=0.059 5$CL=0.0074 7$CM+=0.00178 15
97PD G 597.0 1 0.89 7 C
97PD G 840.0 1 1.22 9 C
97PD G 1448.0 1 2.3 2 C
97PD G 2134.7 1 0.67 5 C
97PD L 2137.4 3
97PD E 0.027 5 0.0020 4 7.78 10 0.029 5
97PDS E EAV=1746 53$CK=0.059 5$CL=0.0074 7$CM+=0.00179 15
97PD G 1093.7 3 0.029 5 C
97PD L 2141.14 4 (13/2+) C
97PD E 0.6 4 0.04 3 6.5 3 0.6 4
97PDS E EAV=1744 53$CK=0.060 5$CL=0.0074 7$CM+=0.00179 16
97PD G 197.6 1 0.28 3 C
97PD G 259.9 1 0.082 9 C
97PD G 846.3 1 4.7 3 C
97PD L 2174.78 7 (5/2+,7/2+,9/2+)
97PD E 0.15 6 0.011 4 7.02 18 0.16 6
97PDS E EAV=1728 53$CK=0.061 6$CL=0.0076 7$CM+=0.00184 16
97PD G 2175.0 1 0.58 4 C
97PD L 2176.25 4 (9/2+) C
97PD E 3.2 7 0.24 5 5.69 11 3.4 7
97PDS E EAV=1727 53$CK=0.061 6$CL=0.0076 7$CM+=0.00184 16
97PD G 638.5 1 1.12 8 C
97PD G 1489.5 1 7.7 6 C
97PD L 2231.57 4 (11/2+,13/2+)
97PD E 0.72 14 0.057 12 6.30 10 0.78 15
97PDS E EAV=1701 53$CK=0.064 6$CL=0.0079 7$CM+=0.00191 17
97PD G 350.0 1 1.8 1 C
97PD G 936.9 1 1.11 9 C
97PD L 2244.26 9 (17/2+) 2.3 NS 5 B
97PD G 362.7 1 0.24 2(E2) 0.01593 C
97PDS G KC=0.01369 20$LC=0.00184 3$MC=0.000347 5$NC+=5.72E-5 8
97PDS G NC=5.72E-5 8
97PD L 2283.43 6 (5/2+)
97PD E 0.14 3 0.011 3 6.99 11 0.15 3
97PDS E EAV=1676 53$CK=0.066 6$CL=0.0082 8$CM+=0.00199 18
97PD G 745.4 1 0.03 1 C
97PD G 1508.2 2 0.049 7 C
97PD G 2283.2 1 0.24 2 C
97PD L 2344.84 5 (7/2+,9/2+)
97PD G 401.2 2 0.09 1 C
97PD G 807.1 1 0.25 2 C
97PD G 1050.6 2 0.08 2 C
97PD G 1658.1 1 1.6 1 C
97PD G 2344.8 1 0.13 4 C
97PD L 2371.67 6 (15/2+)
97PD E 0.06 7 0.006 7 7.3 5 0.07 8
97PDS E EAV=1634 53$CK=0.071 7$CL=0.0088 8$CM+=0.00213 19
97PD G 127.3 2 0.033 6 C
97PD G 230.5 1 0.60 4 C
97PD G 490.0 1 0.47 4 C
97PD L 2375.77 5(9/2+,11/2+,13/2+)
97PD E 0.03 13 0.002 11 7.6 21 0.03 14
97PDS E EAV=1632 53$CK=0.071 7$CL=0.0088 8$CM+=0.00213 19
97PDF E FLAG=m
97PD G 144.2 1 0.044 4 C
97PD G 234.6 1 0.10 1 C
97PD G 432.3 1 0.14 2 C
97PD G 494.2 1 1.8 1 C
97PD L 2376.64 5 (5/2+,7/2+,9/2+)
97PD E 0.48 9 0.043 9 6.40 11 0.52 10
97PDS E EAV=1632 53$CK=0.071 7$CL=0.0088 8$CM+=0.00214 19
97PD G 838.8 1 0.31 3 C
97PD G 1690.2 2 0.09 2 C
97PD G 2376.6 1 1.27 7 C
97PD L 2395.71 5 (11/2+)
97PD E 0.51 12 0.047 12 6.36 12 0.56 13
97PDS E EAV=1623 53$CK=0.072 7$CL=0.0089 8$CM+=0.00217 20
97PD G 254.8 1 0.18 2 C
97PD G 452.2 1 0.22 2 C
97PD G 858.2 2 0.042 9 C
97PD G 1100.9 1 1.7 1 C
97PD G 1709.1 2 0.18 3 C
97PD L 2417.10 11
97PD E 0.082 9 0.0076 11 7.14 8 0.090 10
97PDS E EAV=1613 53$CK=0.073 7$CL=0.0091 9$CM+=0.00220 20
97PD G 535.5 1 0.09 1 C
97PD L 2446.90 21
97PD E 0.048 8 0.0046 9 7.36 10 0.053 9
97PDS E EAV=1599 52$CK=0.075 7$CL=0.0093 9$CM+=0.00225 21
97PD G 565.3 2 0.053 9 C
97PD L 2481.91 8 (13/2+) C
97PD E 0.26 3 0.026 4 6.60 8 0.29 3
97PDS E EAV=1582 52$CK=0.077 7$CL=0.0096 9$CM+=0.00232 22
97PD G 305.5 1 0.14 2 C
97PD G 600.5 1 0.22 2 C
97PD L 2496.01 8 (7/2+,9/2+)
97PD E 0.43 7 0.042 8 6.38 10 0.47 8
97PDS E EAV=1576 52$CK=0.078 8$CL=0.0097 9$CM+=0.00234 22
97PD G 958.5 1 0.21 2 C
97PD G 1808.8 2 0.20 2 C
97PD G 2495.9 4 0.25 7 C
97PD L 2500.38 8 (15/2+)
97PD E 0.29 3 0.029 4 6.55 8 0.32 3
97PDS E EAV=1573 52$CK=0.078 8$CL=0.0097 9$CM+=0.00235 22
97PD G 256.2 1 0.22 2 C
97PD G 618.9 1 0.19 2 C
97PD L 2506.00 4 (9/2+)
97PD E 0.42 22 0.042 22 6.39 24 0.46 24
97PDS E EAV=1571 52$CK=0.078 8$CL=0.0098 9$CM+=0.00236 22
97PD G 389.2 1 0.27 2 C
97PD G 562.4 1 0.16 2 C
97PD G 1211.0 1 1.9 2 C
97PD G 1819.4 1 0.44 4 C
97PD G 2505.9 1 0.20 1 C
97PD L 2515.2 3
97PD E 0.045 18 0.0046 19 7.35 19 0.050 20
97PDS E EAV=1566 52$CK=0.079 8$CL=0.0098 9$CM+=0.00238 22
97PD G 633.6 3 0.05 2 C
97PD L 2583.31 8
97PD E 0.12 5 0.013 5 6.89 18 0.13 5
97PDS E EAV=1534 52$CK=0.083 8$CL=0.0104 10$CM+=0.00251 24
97PD G 1288.5 1 0.43 4 C
97PD L 2587.64 5 (13/2+)
97PD G 216.0 1 0.56 4 C
97PD G 356.7 1 0.028 5 C
97PD G 446.4 1 2.0 1 C
97PD G 643.9 2 0.06 1 C
97PD L 2604.95 6
97PD E 0.13 7 0.014 8 6.9 3 0.14 8
97PDS E EAV=1524 52$CK=0.085 8$CL=0.0106 10$CM+=0.00256 24
97PD G 259.2 2 0.049 9 C
97PD G 487.9 1 0.16 2 C
97PD G 1067.3 1 0.17 2 C
97PD G 1309.7 12 0.20 3 C
97PD G 1561.1 1 0.085 9 C
97PD G 1918.3 3 0.21 3 C
97PD L 2622.76 5 (11/2+,13/2+)
97PD E 0.50 9 0.056 11 6.24 10 0.56 10
97PDS E EAV=1516 52$CK=0.086 9$CL=0.0107 11$CM+=0.00259 25
97PD G 247.1 1 0.062 7 C
97PD G 391.1 1 0.102 9 C
97PD G 481.7 1 0.11 1 C
97PD G 678.7 4 0.03 1 C
97PD G 741.1 1 0.74 6 C
97PD G 1328.1 2 0.30 6 C
97PD L 2679.57 5 (9/2+,11/2+)
97PD E 0.39 10 0.045 12 6.32 13 0.43 11
97PDS E EAV=1489 52$CK=0.090 9$CL=0.0112 11$CM+=0.0027 3
97PD G 503.3 2 0.07 2 C
97PD G 736.3 1 0.18 2 C
97PD G 797.2 2 0.076 9 C
97PD G 1141.9 1 0.54 4 C
97PD G 1384.9 2 0.15 2 C
97PD G 1992.9 1 0.46 6 C
97PD L 2689.95 14
97PD E 0.255 21 0.030 4 6.49 8 0.285 23
97PDS E EAV=1484 52$CK=0.091 9$CL=0.0113 11$CM+=0.0027 3
97PD G 573.1 2 0.035 5 C
97PD G 907.6 2 0.08 1 C
97PD G 2003.0 3 0.17 2 C
97PD L 2763.82 12
97PD E 0.071 9 0.0089 14 7.00 9 0.080 10
97PDS E EAV=1449 52$CK=0.097 10$CL=0.0120 12$CM+=0.0029 3
97PD G 981.5 1 0.08 1 C
97PD L 2783.96 11
97PD E 0.080 18 0.010 2 6.94 12 0.090 20
97PDS E EAV=1440 52$CK=0.098 10$CL=0.0122 12$CM+=0.0030 3
97PD G 1489.3 1 0.09 2 C
97PD L 2799.33 7 (5/2+,7/2+,9/2+)
97PD G 1017.0 2 0.07 1 C
97PD G 1087.4 1 0.043 7 C
97PD G 1754.9 3 0.045 7 C
97PD G 2112.4 2 0.05 1 C
97PD G 2799.4 2 0.33 2 C
97PD L 2808.03 10
97PD E 0.131 19 0.017 3 6.71 9 0.148 21
97PDS E EAV=1428 52$CK=0.100 10$CL=0.0125 13$CM+=0.0030 3
97PD G 666.9 1 0.19 2 C
97PD L 2831.05 6(9/2+,11/2+,13/2+)
97PD E 0.19 6 0.025 9 6.55 16 0.21 7
97PDS E EAV=1418 52$CK=0.102 11$CL=0.0127 13$CM+=0.0031 3
97PD G 696.2 1 0.42 4 C
97PD G 949.3 3 0.028 7 C
97PD G 1537.1 1 0.32 3 C
97PD L 2842.85 6
97PD E 0.50 5 0.068 10 6.11 8 0.57 6
97PDS E EAV=1412 52$CK=0.103 11$CL=0.0129 13$CM+=0.0031 3
97PD G 498.0 2 0.09 1 C
97PD G 668.6 2 0.027 4 C
97PD G 708.3 2 0.059 9 C
97PD G 844.8 2 0.08 1 C
97PD G 1305.1 1 0.20 2 C
97PD G 1798.5 2 0.08 1 C
97PD G 2156.0 2 0.26 3 C
97PD L 2881.84 6 (9/2+,11/2+)
97PD E 0.26 7 0.037 11 6.36 14 0.30 8
97PDS E EAV=1394 52$CK=0.107 11$CL=0.0133 14$CM+=0.0032 4
97PD G 763.5 3 0.04 1 C
97PD G 938.4 1 0.34 3 C
97PD G 1587.3 1 0.36 3 C
97PD G 2195.4 1 0.39 4 C
97PD L 2884.52 21
97PD E 0.055 8 0.0078 14 7.04 9 0.063 9
97PDS E EAV=1392 52$CK=0.107 11$CL=0.0133 14$CM+=0.0032 4
97PD G 1102.2 2 0.063 9 C
97PD L 2890.03 5 (11/2+)
97PD E 1.66 13 0.23 3 5.56 8 1.89 15
97PDS E EAV=1390 52$CK=0.108 11$CL=0.0134 14$CM+=0.0032 4
97PD G 302.5 3 0.108 8 C
97PD G 494.3 1 0.18 2 C
97PD G 658.4 1 0.21 2 C
97PD G 749.2 2 0.12 1 C
97PD G 946.4 1 0.45 4 C
97PD G 1008.3 1 0.76 6 C
97PD G 1595.8 1 1.09 8 C
97PD G 2202.9 3 0.14 2 C
97PD L 2893.24 12
97PD E 0.002 14 0.0002 20 9 4 0.002 16
97PDS E EAV=1388 52$CK=0.108 11$CL=0.0134 14$CM+=0.0032 4
97PD G 1355.5 2 0.055 9 C
97PD G 1849.5 2 0.027 7 C
97PD L 2923.74 21
97PD E 0.070 14 0.010 2 6.91 11 0.080 16
97PDS E EAV=1374 52$CK=0.111 12$CL=0.0138 14$CM+=0.0033 4
97PD G 782.6 2 0.08 1 C
97PD L 2961.54 17(9/2+,11/2+,13/2+)
97PD E 0.123 10 0.0188 24 6.64 8 0.142 11
97PDS E EAV=1356 52$CK=0.114 12$CL=0.0142 15$CM+=0.0034 4
97PD G 1079.9 3 0.12 1 C
97PD G 1917.8 2 0.022 4 C
97PD L 3001.59 7 (13/2+)
97PD G 501.4 1 0.093 9 C
97PD G 860.4 1 0.062 9 C
97PD G 1058.0 2 0.058 9 C
97PD G 1119.8 2 0.26 3 C
97PD L 3010.05 8 (7/2+,9/2+,11/2+)
97PD E 0.21 4 0.033 8 6.38 12 0.24 5
97PDS E EAV=1333 52$CK=0.119 13$CL=0.0149 16$CM+=0.0036 4
97PD G 834.2 2 0.07 1 C
97PD G 892.9 1 0.11 1 C
97PD G 1473.3 3 0.032 8 C
97PD G 1715.5 3 0.13 4 C
97PD L 3018.4 3
97PD E 0.022 6 0.0036 10 7.34 14 0.026 7
97PDS E EAV=1330 52$CK=0.120 13$CL=0.0150 16$CM+=0.0036 4
97PD G 1480.7 3 0.026 7 C
97PD L 3023.5 5
97PD E 0.043 9 0.0070 16 7.06 11 0.050 10
97PDS E EAV=1327 52$CK=0.121 13$CL=0.0150 16$CM+=0.0036 4
97PD G 1141.9 5 0.05 1 C
97PD L 3029.21 5 (9/2+)
97PD E 0.11 10 0.018 17 6.6 4 0.13 12
97PDS E EAV=1325 52$CK=0.122 13$CL=0.0151 16$CM+=0.0037 4
97PD G 887.5 1 0.12 1 C
97PD G 912.1 1 0.32 3 C
97PD G 1030.7 1 0.14 2 C
97PD G 1085.8 1 0.21 2 C
97PD G 1147.8 2 0.19 2 C
97PD G 1246.7 3 0.029 7 C
97PD G 1492.1 1 0.030 7 C
97PD G 1734.9 1 0.46 4 C
97PD G 2342.8 3 0.15 2 C
97PD G 3028.8 3 0.08 1 C
97PD L 3066.33 21
97PD E 0.032 6 0.0055 12 7.15 11 0.038 7
97PDS E EAV=1307 52$CK=0.126 14$CL=0.0156 17$CM+=0.0038 4
97PD G 1284.0 2 0.038 7 C
97PD L 3067.9 4
97PD E 0.026 9 0.0044 15 7.25 16 0.030 10
97PDS E EAV=1306 52$CK=0.126 14$CL=0.0156 17$CM+=0.0038 4
97PD G 1530.2 4 0.03 1 C
97PD L 3086.51 21
97PD E 0.009 8 0.0016 13 7.7 4 0.011 9
97PDS E EAV=1298 52$CK=0.128 14$CL=0.0159 17$CM+=0.0039 4
97PD G 1204.9 2 0.011 9 C
97PD L 3097.30 11
97PD E 0.27 4 0.048 9 6.21 10 0.32 5
97PDS E EAV=1293 52$CK=0.129 14$CL=0.0161 17$CM+=0.0039 5
97PD G 591.3 1 0.32 5 C
97PD L 3101.58 6 (7/2+,9/2+)
97PD E 0.77 6 0.13 2 5.75 8 0.90 7
97PDS E EAV=1291 52$CK=0.130 14$CL=0.0161 17$CM+=0.0039 5
97PD G 724.9 2 0.026 7 C
97PD G 817.5 3 0.025 8 C
97PD G 925.4 1 0.14 2 C
97PD G 1103.0 1 0.55 5 C
97PD G 1319.2 3 0.039 7 C
97PD G 2057.7 2 0.09 1 C
97PD G 2414.2 3 0.15 2 C
97PD L 3105.56 22 (13/2+,15/2+)
97PD E 0.054 8 0.0095 17 6.91 10 0.063 9
97PDS E EAV=1289 52$CK=0.130 14$CL=0.0162 17$CM+=0.0039 5
97PD G 861.3 2 0.063 9 C
97PD L 3118.3 12
97PD E 0.025 8 0.0046 16 7.22 16 0.030 10
97PDS E EAV=1283 52$CK=0.132 14$CL=0.0164 18$CM+=0.0040 5
97PD G 2431.6 12 0.03 1 C
97PD L 3147.76 21
97PD E 0.037 5 0.0069 12 7.04 10 0.044 6
97PDS E EAV=1269 52$CK=0.135 15$CL=0.0168 18$CM+=0.0041 5
97PD G 2104.0 2 0.044 6 C
97PD L 3157.00 7 (9/2+,11/2+)
97PD E 0.57 4 0.11 1 5.84 8 0.68 5
97PDS E EAV=1265 52$CK=0.136 15$CL=0.0170 19$CM+=0.0041 5
97PD G 651.4 2 0.06 1 C
97PD G 761.4 2 0.05 1 C
97PD G 781.2 1 0.22 2 C
97PD G 980.6 1 0.21 2 C
97PD G 1016.1 3 0.04 1 C
97PD G 1275.4 1 0.10 1 C
97PD L 3192.46 8 (9/2+,11/2+)
97PD E 0.43 5 0.083 13 5.94 9 0.51 6
97PDS E EAV=1248 52$CK=0.141 16$CL=0.0175 19$CM+=0.0042 5
97PD G 686.3 1 0.26 4 C
97PD G 796.4 2 0.07 1 C
97PD G 848.7 2 0.034 7 C
97PD G 1654.8 3 0.09 2 C
97PD G 1897.8 3 0.018 3 C
97PD G 2505.9 3 0.10 3 C
97PD L 3209.03 6 (13/2+)
97PD G 586.9 1 0.14 2 C
97PD G 837.2 1 0.47 4 C
97PD G 1067.9 4 0.12 1 C
97PD G 1265.2 1 0.16 2 C
97PD L 3226.61 11
97PD E 0.075 17 0.015 4 6.68 12 0.090 20
97PDS E EAV=1232 52$CK=0.145 16$CL=0.0181 20$CM+=0.0044 5
97PD G 1345.0 1 0.09 2 C
97PD L 3280.27 15 (5/2+,7/2+,9/2+)
97PD E 0.255 20 0.055 7 6.10 8 0.310 23
97PDS E EAV=1207 52$CK=0.153 17$CL=0.0190 21$CM+=0.0046 5
97PD G 904.1 2 0.09 1 C
97PD G 3280.6 2 0.22 2 C
97PD L 3295.73 5 (11/2+)
97PD E 1.3 2 0.29 6 5.38 11 1.6 3
97PDS E EAV=1200 52$CK=0.155 17$CL=0.0193 22$CM+=0.0047 6
97PD G 616.1 1 0.31 4 C
97PD G 708.2 1 0.55 4 C
97PD G 900.2 1 0.22 2 C
97PD G 920.1 1 0.14 1 C
97PD G 950.7 3 1.0 2 C
97PD G 1063.8 2 0.18 3 C
97PD G 1119.4 1 0.60 6 C
97PD G 1352.7 2 0.28 4 C
97PD G 1413.9 1 0.14 2 C
97PD G 2609.2 1 0.62 5 C
97PD L 3303.7 3
97PD E 0.066 16 0.014 4 6.68 13 0.080 20
97PDS E EAV=1196 52$CK=0.156 18$CL=0.0194 22$CM+=0.0047 6
97PD G 1127.4 3 0.08 2 C
97PD L 3329.83 7
97PD E 0.15 5 0.033 12 6.31 17 0.18 6
97PDS E EAV=1184 52$CK=0.160 18$CL=0.0199 22$CM+=0.0048 6
97PD G 953.4 2 0.05 1 C
97PD G 985.2 2 0.05 1 C
97PD G 2643.2 1 0.51 4 C
97PD L 3351.14 5 (11/2+)
97PD E 2.27 13 0.53 7 5.10 8 2.80 14
97PDS E EAV=1174 52$CK=0.163 18$CL=0.0203 23$CM+=0.0049 6
97PD G 469.5 2 0.09 1 C
97PD G 671.4 2 0.11 2 C
97PD G 763.6 1 0.31 3 C
97PD G 955.4 1 0.19 3 C
97PD G 1119.4 2 0.08 2 C
97PD G 1174.8 1 0.22 2 C
97PD G 1210.1 1 0.28 3 C
97PD G 1407.6 1 0.86 7 C
97PD G 1469.5 2 0.034 7 C
97PD G 2308.3 3 0.030 4 C
97PD G 2664.0 2 0.6 1 C
97PD L 3353.78 6 (7/2+,9/2+) D
97PD E 1.99 14 0.46 6 5.16 8 2.45 16
97PDS E EAV=1173 52$CK=0.164 19$CL=0.0204 23$CM+=0.0049 6
97PD G 554.7 2 0.019 6 C
97PD G 976.8 3 0.06 1 C
97PD G 1009.5 2 0.047 8 C
97PD G 1178.9 5 0.030 9 C
97PDF G FL=2176.25
97PD G 1179.2 2 0.043 9 C
97PDF G FL=2174.78
97PD G 1571.2 2 0.13 2 C
97PD G 1816.1 2 0.10 1 C
97PD G 2059.1 3 0.09 2 C
97PD G 2666.8 1 1.3 1 C
97PD G 3353.5 1 0.77 5 C
97PD L 3362.37 10
97PD E 0.007 11 0.002 2 7.6 7 0.009 13
97PDS E EAV=1169 52$CK=0.165 19$CL=0.0205 23$CM+=0.0050 6
97PD G 1419.0 2 0.07 1 C
97PD L 3373.55 6 (9/2+)
97PD E 0.62 4 0.15 2 5.65 8 0.77 5
97PDS E EAV=1164 52$CK=0.167 19$CL=0.0208 24$CM+=0.0050 6
97PD G 751.2 2 0.10 2 C
97PD G 786.1 1 0.36 3 C
97PD G 997.8 1 0.17 2 C
97PD G 1233.2 2 0.034 9 C
97PD G 1492.6 2 0.047 8 C
97PD G 2330.2 2 0.029 5 C
97PD G 3374.1 2 0.10 1 C
97PD L 3382.83 5 (7/2+,9/2+)
97PD E 2.18 10 0.53 6 5.10 8 2.71 10
97PDS E EAV=1159 52$CK=0.168 19$CL=0.0209 24$CM+=0.0051 6
97PD G 551.8 2 0.06 1 C
97PD G 877.1 1 0.23 2 C
97PD G 1006.1 1 0.14 2 C
97PD G 1037.9 1 0.17 2 C
97PD G 1151.5 1 0.064 8 C
97PD G 1206.5 1 0.22 2 C
97PD G 1246.8 3 0.08 2 C
97PD G 1439.3 2 0.04 1 C
97PD G 2696.1 1 0.67 5 C
97PD G 3382.6 1 1.15 6 C
97PD L 3406.8 4
97PD E 0.029 4 0.0072 13 6.96 10 0.036 5
97PDS E EAV=1148 52$CK=0.172 20$CL=0.0214 24$CM+=0.0052 6
97PD G 2631.8 4 0.036 5 C
97PD L 3429.47 21
97PD E 0.19 2 0.049 8 6.12 10 0.24 3
97PDS E EAV=1138 52$CK=0.176 20$CL=0.0219 25$CM+=0.0053 6
97PD G 1294.8 2 0.24 3 C
97PD L 3434.21 21
97PD E 0.096 8 0.024 4 6.42 9 0.120 10
97PDS E EAV=1136 52$CK=0.177 20$CL=0.0220 25$CM+=0.0053 6
97PD G 2747.5 2 0.12 1 C
97PD L 3473.15 6 (7/2+,9/2+,11/2+)
97PD E 1.35 10 0.36 5 5.24 8 1.71 11
97PDS E EAV=1118 51$CK=0.183 21$CL=0.023 3$CM+=0.0055 7
97PD G 868.4 2 0.10 2 C
97PD G 967.6 2 0.13 2 C
97PD G 1096.7 2 0.054 9 C
97PD G 1241.5 1 0.12 2 C
97PD G 1297.2 2 0.05 1 C
97PD G 1356.3 3 0.035 6 C
97PD G 2786.3 1 1.3 1 C
97PD L 3496.07 25 (7/2+,9/2+)
97PD E 0.227 21 0.063 9 5.99 9 0.290 25
97PDS E EAV=1107 51$CK=0.187 22$CL=0.023 3$CM+=0.0057 7
97PD G 2201.8 5 0.06 2 C
97PD G 2809.4 4 0.12 1 C
97PD G 3495.7 4 0.11 1 C
97PD L 3503.03 8 (7/2+,9/2+,11/2+)
97PD E 0.70 5 0.19 3 5.50 8 0.89 5
97PDS E EAV=1104 51$CK=0.189 22$CL=0.024 3$CM+=0.0057 7
97PD G 823.2 2 0.15 2 C
97PD G 881.1 2 0.05 1 C
97PD G 997.1 2 0.20 3 C
97PD G 1126.0 2 0.08 1 C
97PD G 1326.3 3 0.05 1 C
97PD G 1965.2 2 0.22 2 C
97PD G 2208.3 2 0.053 7 C
97PD G 2816.4 2 0.09 1 C
97PD L 3548.72 11
97PD E 0.039 7 0.011 2 6.72 11 0.050 9
97PDS E EAV=1083 51$CK=0.197 23$CL=0.025 3$CM+=0.0060 7
97PD G 2862.0 1 0.050 9 C
97PD L 3558.44 8 (9/2+,11/2+)
97PD E 0.30 3 0.090 13 5.82 9 0.39 3
97PDS E EAV=1078 51$CK=0.199 23$CL=0.025 3$CM+=0.0060 7
97PD G 1052.5 2 0.11 1 C
97PD G 1162.5 2 0.06 1 C
97PD G 1182.8 1 0.037 6 C
97PD G 1615.2 3 0.033 8 C
97PD G 1676.6 2 0.08 1 C
97PD G 2262.6 4 0.07 2 C
97PD L 3577.14 6 (9/2+,11/2+)
97PD E 0.72 5 0.22 3 5.43 9 0.94 6
97PDS E EAV=1069 51$CK=0.203 24$CL=0.025 3$CM+=0.0061 7
97PD G 735.4 3 0.02 1 C
97PD G 1071.3 3 0.05 1 C
97PD G 1181.8 2 0.056 9 C
97PD G 1200.4 1 0.19 2 C
97PD G 1345.3 1 0.108 9 C
97PD G 1460.6 2 0.10 2 C
97PD G 1633.5 2 0.040 9 C
97PD G 1695.5 2 0.032 7 C
97PD G 2282.6 2 0.03 1 C
97PD G 2890.5 2 0.31 4 C
97PD L 3591.05 8 (9/2+,11/2+)
97PD E 0.35 3 0.11 2 5.73 9 0.46 4
97PDS E EAV=1063 51$CK=0.206 24$CL=0.026 3$CM+=0.0062 8
97PD G 1195.5 1 0.07 1 C
97PD G 1414.8 2 0.16 2 C
97PD G 1456.4 5 0.04 2 C
97PD G 1646.9 4 0.057 9 C
97PD G 1709.3 1 0.13 1 C
97PD L 3622.11 11
97PD E 0.020 4 0.0066 15 6.94 12 0.027 5
97PDS E EAV=1049 51$CK=0.212 25$CL=0.026 3$CM+=0.0064 8
97PD G 1678.6 1 0.027 5 C
97PD L 3626.32 11 (7/2+,9/2+,11/2+)
97PD E 0.39 4 0.13 2 5.65 9 0.52 5
97PDS E EAV=1047 51$CK=0.213 25$CL=0.027 3$CM+=0.0064 8
97PD G 597.5 2 0.23 3 C
97PD G 1119.9 2 0.14 2 C
97PD G 1250.4 2 0.037 6 C
97PD G 1450.3 3 0.049 8 C
97PD G 2939.7 3 0.06 2 C
97PD L 3686.60 18
97PD E 0.084 10 0.030 5 6.27 10 0.114 13
97PDS E EAV=1019 51$CK=0.23 3$CL=0.028 4$CM+=0.0068 8
97PD G 1204.8 2 0.07 1 C
97PD G 1804.7 3 0.044 7 C
97PD L 3704.82 21
97PD E 0.034 5 0.013 2 6.64 11 0.047 7
97PDS E EAV=1010 51$CK=0.23 3$CL=0.029 4$CM+=0.0070 9
97PD G 3018.1 2 0.047 7 C
97PD L 3712.81 22
97PD E 0.083 16 0.031 7 6.25 12 0.114 21
97PDS E EAV=1007 51$CK=0.23 3$CL=0.029 4$CM+=0.0070 9
97PD G 1595.8 3 0.09 2 C
97PD G 1769.3 3 0.024 4 C
97PD L 3740.02 4 (11/2+)
97PD E 10.8 6 4.1 5 4.11 8 14.9 4
97PDS E EAV=994 51$CK=0.24 3$CL=0.030 4$CM+=0.0072 9
97PD G 444.4 1 0.63 6 C
97PD G 531.3 1 0.88 7 C
97PD G 710.9 1 0.47 5 C
97PD G 738.5 1 0.45 4 C
97PD G 850.1 1 0.95 8 C
97PD G 858.8 2 0.07 1 C
97PD G 1060.1 3 0.11 3 C
97PD G 1117.1 2 0.15 3 C
97PD G 1152.4 1 1.27 9 BC
97PD G 1156.4 2 0.14 1 C
97PD G 1233.5 1 0.26 6 C
97PD G 1244.4 3 0.05 1 C
97PD G 1344.2 1 0.49 4 C
97PD G 1364.1 1 1.02 8 C
97PD G 1395.0 3 0.06 1 C
97PD G 1508.5 2 0.14 2 C
97PD G 1563.7 1 2.0 1 C
97PD G 1598.8 2 0.16 2 C
97PD G 1605.2 2 0.21 3 C
97PD G 1623.1 1 0.09 1 C
97PD G 1796.5 1 0.69 6 C
97PD G 1858.3 2 0.029 9 C
97PD G 2203.7 5 0.04 1 C
97PD G 2445.3 2 0.15 2 C
97PD G 3053.2 1 4.5 3 C
97PD L 3759.42 21
97PD E 0.050 8 0.020 4 6.43 10 0.070 10
97PDS E EAV=985 51$CK=0.24 3$CL=0.030 4$CM+=0.0074 9
97PD G 1363.7 2 0.07 1 C
97PD L 3763.28 9 (7/2+,9/2+)
97PD E 0.29 3 0.11 2 5.67 9 0.40 4
97PDS E EAV=983 51$CK=0.24 3$CL=0.030 4$CM+=0.0074 9
97PD G 2468.2 2 0.04 1 C
97PD G 3763.3 1 0.36 3 C
97PD L 3775.6 8
97PD E 0.021 5 0.0086 23 6.78 13 0.030 7
97PDS E EAV=978 51$CK=0.25 3$CL=0.031 4$CM+=0.0075 9
97PD G 2731.8 8 0.030 7 C
97PD L 3781.9 3
97PD E 0.025 6 0.010 3 6.71 13 0.035 8
97PDS E EAV=975 51$CK=0.25 3$CL=0.031 4$CM+=0.0075 9
97PD G 1437.1 3 0.035 8 C
97PD L 3790.48 5 (7/2+,9/2+,11/2+)
97PD E 1.83 12 0.75 10 4.84 9 2.58 10
97PDS E EAV=971 51$CK=0.25 3$CL=0.031 4$CM+=0.0076 9
97PD G 907.7 3 0.06 2 C
97PD G 990.7 2 0.07 1 C
97PD G 1284.6 1 0.26 2 C
97PD G 1614.3 1 0.047 9 C
97PD G 1615.9 2 0.05 1 C
97PD G 1673.0 2 0.042 9 C
97PD G 1791.9 1 0.53 5 C
97PD G 2008.3 2 0.13 2 C
97PD G 2252.2 3 0.029 9 C
97PD G 2495.8 1 0.53 5 C
97PD G 2746.7 1 0.39 4 C
97PD G 3103.7 1 0.44 4 C
97PD L 3814.7 3
97PD E 0.030 8 0.013 4 6.60 14 0.043 11
97PDS E EAV=960 51$CK=0.26 3$CL=0.032 4$CM+=0.0078 10
97PD G 3814.6 6 0.063 9 C
97PD L 3827.82 6 (7/2+,9/2+,11/2+)
97PD E 0.52 8 0.23 4 5.35 10 0.75 10
97PDS E EAV=954 51$CK=0.26 3$CL=0.033 4$CM+=0.0079 10
97PD G 1431.9 3 0.06 1 C
97PD G 1451.1 2 0.14 2 C
97PD G 1482.9 2 0.14 2 C
97PD G 1596.2 1 0.43 3 C
97PD G 1651.5 2 0.10 1 C
97PD G 1653.1 4 0.015 4 C
97PD G 1693.3 2 0.13 2 C
97PD G 1711.0 1 0.09 1 C
97PD G 1885.2 4 0.016 7 C
97PD G 2289.7 2 0.09 1 C
97PD G 3140.8 2 0.21 3 C
97PD L 3842.03 21
97PD E 0.028 5 0.013 3 6.60 11 0.041 7
97PDS E EAV=947 51$CK=0.26 4$CL=0.033 4$CM+=0.0080 10
97PD G 3155.3 2 0.041 7 C
97PD L 3856.50 10
97PD E 0.076 10 0.034 6 6.16 10 0.110 13
97PDS E EAV=941 51$CK=0.27 4$CL=0.033 4$CM+=0.0081 10
97PD G 1680.4 3 0.018 6 C
97PD G 1681.3 3 0.012 4 C
97PD G 3169.8 1 0.08 1 C
97PD L 3858.68 11
97PD E 0.076 8 0.034 5 6.16 9 0.110 10
97PDS E EAV=940 51$CK=0.27 4$CL=0.034 4$CM+=0.0081 10
97PD G 1724.0 1 0.11 1 C
97PD L 3865.45 11 (9/2+,11/2+)
97PD E 1.17 10 0.53 8 4.97 9 1.70 11
97PDS E EAV=936 51$CK=0.27 4$CL=0.034 4$CM+=0.0082 10
97PD G 569.8 1 1.6 1 C
97PD G 1730.1 3 0.10 2 C
97PD L 3925.59 12 (9/2+)
97PD E 0.41 5 0.20 3 5.37 10 0.61 6
97PDS E EAV=909 51$CK=0.29 4$CL=0.036 5$CM+=0.0087 11
97PD G 630.0 3 0.17 4 C
97PD G 1549.1 2 0.06 1 C
97PD G 2630.9 3 0.09 2 C
97PD G 2881.8 5 0.023 7 C
97PD G 3238.6 2 0.21 3 C
97PD G 3926.0 6 0.06 1 C
97PD L 3954.0 3 (5/2+,7/2+,9/2+)
97PD E 0.026 7 0.014 4 6.53 14 0.040 10
97PDS E EAV=896 51$CK=0.30 4$CL=0.037 5$CM+=0.0090 11
97PD G 1777.7 3 0.04 1 C
97PD L 3967.6 4
97PD E 0.017 5 0.009 3 6.71 15 0.026 7
97PDS E EAV=890 51$CK=0.30 4$CL=0.038 5$CM+=0.0091 11
97PD G 1622.7 4 0.026 7 C
97PD L 3983.29 5 (9/2+)
97PD E 3.3 3 1.82 24 4.40 9 5.17 22
97PDS E EAV=882 51$CK=0.31 4$CL=0.038 5$CM+=0.0092 11
97PD G 653.7 1 0.18 2 C
97PD G 790.4 3 0.033 8 C
97PD G 881.7 1 0.12 2 C
97PD G 954.5 2 0.18 2 C
97PD G 973.3 2 0.07 2 C
97PD G 1101.5 2 0.11 2 C
97PD G 1140.3 2 0.05 2 C
97PD G 1152.4 4 0.14 4 C
97PD G 1303.7 3 0.07 2 C
97PD G 1360.2 1 0.09 1 C
97PD G 1638.4 3 0.06 1 C
97PD G 1698.8 2 0.025 7 C
97PD G 1752.0 1 0.24 2 C
97PD G 1807.5 3 0.10 2 C
97PD G 1842.7 2 0.052 8 C
97PD G 1848.5 1 0.07 1 C
97PD G 1865.4 3 0.053 9 C
97PD G 1984.0 4 0.029 6 C
97PD G 2039.8 1 0.26 3 C
97PD G 2200.9 3 0.04 1 C
97PD G 2445.0 5 0.029 9 C
97PD G 2688.5 2 0.27 3 C
97PD G 3296.6 1 2.9 2 C
97PD L 4013.64 16 (7/2+,9/2+)
97PD E 0.20 2 0.12 2 5.58 9 0.32 2
97PDS E EAV=869 51$CK=0.32 4$CL=0.039 5$CM+=0.0095 12
97PD G 1131.7 4 0.05 1 C
97PD G 1636.9 3 0.04 1 C
97PDF G FL=2376.64
97PD G 1668.7 4 0.023 5 C
97PD G 1729.4 3 0.05 1 C
97PD G 1880.0 5 0.07 2 CC
97PD G 3328.0 4 0.09 1 C
97PD L 4019.14 5 (9/2+,11/2+)
97PD E 1.25 10 0.72 10 4.79 9 1.97 7
97PDS E EAV=866 51$CK=0.32 4$CL=0.040 5$CM+=0.0096 12
97PD G 656.8 1 0.061 7 C
97PD G 1137.4 1 0.41 4 C
97PD G 1189.0 2 0.07 1 C
97PD G 1339.5 2 0.14 2 C
97PD G 1395.9 1 0.09 1 C
97PD G 1431.6 2 0.047 5 C
97PD G 1513.3 1 0.24 2 C
97PD G 1623.4 2 0.034 6 C
97PD G 1643.0 2 0.051 9 C
97PD G 1842.7 1 0.35 3 C
97PD G 1878.1 1 0.13 2 C
97PD G 1885.0 3 0.13 2 C
97PD G 2076.2 2 0.07 1 C
97PD G 2137.2 2 0.043 7 C
97PD G 2480.3 4 0.05 1 C
97PD G 2723.9 4 0.05 1 C
97PD L 4040.22 5 (7/2+,9/2+)
97PD E 1.00 9 0.59 8 4.87 9 1.59 8
97PDS E EAV=856 51$CK=0.32 4$CL=0.040 5$CM+=0.0098 12
97PD G 1240.6 2 0.09 2 C
97PD G 1435.4 2 0.21 3 C
97PD G 1533.8 1 0.035 6 C
97PD G 1663.8 2 0.12 2 C
97PD G 1694.9 4 0.04 1 C
97PD G 1864.4 4 0.014 5 C
97PD G 1865.7 2 0.07 1 C
97PD G 2041.4 1 0.46 4 C
97PD G 2258.0 2 0.09 2 C
97PD G 2328.8 2 0.05 1 C
97PD G 2502.6 2 0.09 1 C
97PD G 2745.5 3 0.06 1 C
97PD G 3353.6 1 0.10 2 C
97PD G 4040.5 2 0.16 2 C
97PD L 4053.06 7 (7/2+,9/2+,11/2+)
97PD E 0.17 2 0.10 2 5.63 10 0.27 3
97PDS E EAV=851 51$CK=0.33 4$CL=0.041 5$CM+=0.0099 12
97PD G 1547.2 1 0.058 8 C
97PD G 1656.9 2 0.029 5 C
97PD G 1708.2 3 0.028 8 C
97PD G 1918.2 5 0.05 2 C
97PD G 2758.5 9 0.045 9 C
97PD G 3366.3 1 0.055 8 C
97PD L 4068.54 17
97PD E 0.042 8 0.026 5 6.21 11 0.068 11
97PDS E EAV=844 51$CK=0.33 4$CL=0.042 5$CM+=0.0101 12
97PD G 1562.8 2 0.050 8 C
97PD G 2530.2 3 0.018 7 C
97PD L 4105.37 7 (7/2+,9/2+)
97PD E 0.97 10 0.65 9 4.81 9 1.62 8
97PDS E EAV=827 51$CK=0.35 4$CL=0.043 6$CM+=0.0105 13
97PD G 750.8 2 0.047 8 C
97PD G 1212.1 2 0.08 1 C
97PD G 1306.1 2 0.14 2 C
97PD G 1728.7 2 0.15 2 C
97PD G 1760.7 2 0.08 1 C
97PD G 1929.4 4 0.034 7 C
97PD G 1971.3 3 0.12 2 C
97PD G 2568.5 3 0.05 1 C
97PD G 2810.5 3 0.11 2 C
97PD G 3418.6 1 0.75 6 C
97PD G 4105.5 3 0.06 1 C
97PD L 4123.28 9 (9/2+)
97PD E 0.25 3 0.17 3 5.38 9 0.42 3
97PDS E EAV=819 51$CK=0.35 5$CL=0.044 6$CM+=0.0107 13
97PD G 931.6 3 0.031 8 C
97PD G 1113.6 3 0.03 1 C
97PD G 1517.5 5 0.04 1 C
97PD G 1891.6 1 0.14 1 C
97PD G 1982.1 2 0.032 4 C
97PD G 3436.5 2 0.12 2 C
97PD G 4123.5 9 0.03 1 C
97PD L 4125.50 6 (11/2+)
97PD E 0.74 8 0.51 7 4.91 9 1.25 8
97PDS E EAV=818 51$CK=0.35 5$CL=0.044 6$CM+=0.0107 13
97PD G 652.9 2 0.020 6 C
97PD G 916.2 1 0.19 2 C
97PD G 1096.0 2 0.34 5 C
97PD G 1244.1 3 0.043 9 C
97PD G 1317.5 2 0.042 6 C
97PD G 1446.1 2 0.10 4 C
97PD G 1502.6 1 0.060 8 C
97PD G 1620.1 4 0.027 7 C
97PD G 1730.1 2 0.07 1 C
97PD G 1991.7 2 0.25 3 C
97PD G 2243.6 5 0.013 3 C
97PD G 2829.9 3 0.09 1 C
97PD L 4142.69 8 (9/2+,11/2+)
97PD E 0.29 3 0.21 3 5.29 9 0.50 3
97PDS E EAV=810 51$CK=0.36 5$CL=0.045 6$CM+=0.0109 13
97PD G 1311.7 1 0.14 1 C
97PD G 1797.9 2 0.08 1 C
97PD G 1911.2 2 0.079 9 C
97PD G 1965.9 2 0.10 2 C
97PD G 2001.6 2 0.064 9 C
97PD G 2008.1 5 0.04 1 C
97PD L 4176.9 4
97PD E 0.011 6 0.009 4 6.66 24 0.020 10
97PDS E EAV=794 50$CK=0.37 5$CL=0.046 6$CM+=0.0113 14
97PD G 2042.2 4 0.02 1 C
97PD L 4193.82 16 (7/2+,9/2+,11/2+)
97PD E 0.118 17 0.092 15 5.63 10 0.210 23
97PDS E EAV=786 50$CK=0.38 5$CL=0.047 6$CM+=0.0115 14
97PD G 2059.1 3 0.049 9 C
97PD G 2412.1 5 0.021 6 C
97PD G 3507.0 2 0.14 2 C
97PD L 4219.16 8 (7/2+,9/2+)
97PD E 0.54 11 0.44 9 4.94 12 0.98 17
97PDS E EAV=775 50$CK=0.39 5$CL=0.048 6$CM+=0.0118 14
97PD G 1612.9 2 0.18 3 C
97PDF G FL=2604.95
97PD G 1873.4 4 0.04 1 C
97PD G 1935.7 2 0.025 8 C
97PD G 2044.1 2 0.19 2 C
97PDF G FL=2176.25
97PD G 2045.1 3 0.028 8 C
97PDF G FL=2174.78
97PD G 2084.4 2 0.36 4 C
97PD G 2219.7 2 0.07 1 C
97PD G 2436.5 3 0.039 9 C
97PD G 2682.9 4 0.05 1 C
97PD G 2924.2 5 0.035 8 C
97PD G 3533.1 2 0.15 2 C
97PD G 4218.2 7 0.07 1 C
97PD L 4256.2 3
97PD E 0.025 5 0.021 5 6.24 12 0.046 8
97PDS E EAV=758 50$CK=0.40 5$CL=0.050 6$CM+=0.0122 14
97PD G 1425.1 3 0.046 8 C
97PD L 4264.42 10 (11/2+)
97PD E 0.21 3 0.18 3 5.31 9 0.39 3
97PDS E EAV=754 50$CK=0.41 5$CL=0.051 6$CM+=0.0123 14
97PD G 1055.8 2 0.13 2 C
97PD G 1768.8 2 0.07 1 C
97PD G 2032.2 2 0.056 6 C
97PD G 2123.1 3 0.037 7 C
97PD G 2321.0 2 0.08 1 C
97PD G 2726.2 3 0.016 3 C
97PD L 4265.96 7 (9/2+)
97PD E 0.83 10 0.74 10 4.70 9 1.57 8
97PDS E EAV=754 50$CK=0.41 5$CL=0.051 6$CM+=0.0123 14
97PD G 1376.0 2 0.12 2 C
97PD G 1423.0 2 0.08 2 C
97PD G 1467.2 3 0.08 2 C
97PD G 1890.2 6 0.04 1 C
97PD G 2089.5 3 0.041 7 C
97PD G 2091.4 5 0.016 6 C
97PD G 2132.1 3 0.09 2 C
97PD G 2484.1 3 0.015 5 C
97PD G 2553.2 4 0.03 1 C
97PD G 2970.5 4 0.05 1 C
97PD G 3223.3 5 0.029 6 C
97PD G 3579.1 1 0.77 6 C
97PD G 4265.7 2 0.21 1 C
97PD L 4285.72 5 (7/2+,9/2+)
97PD E 1.68 20 1.55 20 4.37 9 3.23 12
97PDS E EAV=745 50$CK=0.41 5$CL=0.052 6$CM+=0.0126 15
97PD G 930.6 3 0.04 1 C
97PD G 955.6 2 0.06 1 C
97PD G 1256.9 1 0.21 3 C
97PD G 1442.9 2 0.08 2 C
97PD G 1486.5 2 0.14 2 C
97PD G 1909.4 2 0.19 2 C
97PD G 2000.7 3 0.04 1 C
97PD G 2109.4 4 0.05 1 C
97PD G 2110.8 3 0.05 1 C
97PD G 2151.4 2 0.19 3 C
97PD G 2287.1 3 0.12 2 C
97PD G 2573.4 2 0.033 8 C
97PD G 2991.1 3 0.11 2 C
97PD G 3241.2 3 0.06 1 C
97PD G 3598.9 1 1.16 9 C
97PD G 4285.6 1 0.70 4 C
97PD L 4318.62 5 (7/2+,9/2+)
97PD E 0.94 12 0.92 12 4.59 9 1.86 8
97PDS E EAV=730 50$CK=0.43 5$CL=0.054 6$CM+=0.0130 15
97PD G 845.6 2 0.022 5 C
97PD G 946.0 1 0.07 2 C
97PDF G FL=3373.55
97PD G 988.7 2 0.06 1 C
97PD G 1428.6 2 0.10 2 C
97PD G 1713.3 2 0.20 3 C
97PD G 1812.6 2 0.041 9 C
97PD G 1922.7 2 0.09 1 C
97PD G 1942.0 3 0.044 9 C
97PD G 1973.5 2 0.07 1 C
97PD G 2086.6 1 0.057 6 C
97PD G 2142.5 2 0.10 2 C
97PD G 2143.2 3 0.028 7 C
97PD G 2535.4 3 0.036 7 C
97PD G 2780.5 2 0.12 2 C
97PD G 3023.8 1 0.38 4 C
97PD G 3631.9 2 0.34 3 C
97PD G 4318.2 5 0.10 1 C
97PD L 4337.0 4
97PD E 0.025 6 0.025 6 6.15 12 0.050 10
97PDS E EAV=722 50$CK=0.44 5$CL=0.055 6$CM+=0.0132 15
97PD G 3042.3 4 0.05 1 C
97PD L 4339.2 3
97PD E 0.009 3 0.009 3 6.59 17 0.018 6
97PDS E EAV=721 50$CK=0.44 5$CL=0.055 6$CM+=0.0132 15
97PD G 2801.5 3 0.018 6 C
97PD L 4354.54 25 (7/2+,9/2+,11/2+)
97PD E 0.031 7 0.033 7 6.03 12 0.064 12
97PDS E EAV=714 50$CK=0.44 5$CL=0.055 7$CM+=0.0134 15
97PD G 2219.7 7 0.020 6 C
97PD G 2410.2 6 0.014 7 C
97PD G 2817.1 4 0.008 4 C
97PD G 3667.9 4 0.022 5 C
97PD L 4374.77 13 (7/2+,9/2+)
97PD E 0.100 17 0.109 18 5.50 10 0.209 24
97PDS E EAV=705 50$CK=0.45 5$CL=0.057 7$CM+=0.0137 15
97PD G 2199.4 4 0.020 5 C
97PD G 2240.3 2 0.10 2 C
97PD G 2592.7 5 0.022 5 C
97PD G 2836.6 3 0.048 9 C
97PD G 3688.1 2 0.019 5 C
97PD L 4385.83 21
97PD E 0.018 5 0.020 5 6.23 14 0.038 9
97PDS E EAV=700 50$CK=0.46 5$CL=0.057 7$CM+=0.0139 16
97PD G 2387.1 2 0.038 9 C
97PD L 4413.52 12 (7/2+,9/2+,11/2+)
97PD E 0.31 5 0.36 6 4.96 10 0.67 8
97PDS E EAV=687 50$CK=0.47 5$CL=0.059 7$CM+=0.0142 16
97PD G 585.7 1 0.67 8 C
97PD L 4420.3 4
97PD E 0.016 3 0.019 3 6.24 11 0.035 5
97PDS E EAV=684 50$CK=0.47 5$CL=0.059 7$CM+=0.0143 16
97PD G 3645.2 4 0.035 5 C
97PD L 4430.52 18 (7/2+,9/2+,11/2+)
97PD E 0.062 13 0.075 15 5.64 11 0.137 22
97PDS E EAV=679 50$CK=0.48 5$CL=0.060 7$CM+=0.0145 16
97PD G 1135.2 2 0.09 2 C
97PD G 2891.6 5 0.015 4 C
97PD G 3134.4 5 0.032 7 C
97PD L 4435.85 25 (7/2+,9/2+,11/2+)
97PD E 0.049 8 0.061 9 5.73 10 0.11 1
97PDS E EAV=677 50$CK=0.48 5$CL=0.060 7$CM+=0.0145 16
97PD G 2260.7 4 0.029 8 C
97PD G 3749.3 3 0.08 1 C
97PD L 4451.5 3 (7/2+,9/2+,11/2+)
97PD E 0.026 6 0.034 7 5.98 11 0.060 10
97PDS E EAV=670 50$CK=0.49 6$CL=0.061 7$CM+=0.0148 16
97PD G 3764.8 3 0.06 1 C
97PD L 4465.00 5 (9/2+)
97PD E 0.99 14 1.30 15 4.39 9 2.29 8
97PDS E EAV=664 50$CK=0.49 6$CL=0.062 7$CM+=0.0149 16
97PD G 650.3 3 0.020 5 C
97PD G 724.8 2 0.13 3 C
97PD G 991.5 2 0.037 9 C
97PD G 1082.0 2 0.11 2 C
97PD G 1111.5 2 0.05 1 C
97PD G 1135.3 2 0.13 2 C
97PD G 1435.5 2 0.17 3 C
97PD G 1634.7 2 0.068 9 C
97PD G 1786.5 2 0.06 1 C
97PD G 1842.2 1 0.10 1 C
97PD G 1881.6 1 0.16 2 C
97PD G 1957.8 3 0.041 9 C
97PD G 1968.6 2 0.07 2 C
97PD G 2120.0 3 0.07 1 C
97PD G 2233.8 2 0.053 8 C
97PD G 2288.6 2 0.13 2 C
97PD G 2290.4 3 0.027 8 C
97PD G 2330.3 1 0.05 1 C
97PD G 2348.0 2 0.10 2 C
97PD G 2521.1 4 0.029 7 C
97PD G 3169.9 3 0.07 1 C
97PD G 3778.2 1 0.33 3 C
97PD G 4464.9 2 0.28 2 C
97PD L 4532.4 3
97PD E 0.015 3 0.022 4 6.13 11 0.037 6
97PDS E EAV=634 50$CK=0.52 6$CL=0.066 7$CM+=0.0159 16
97PD G 1701.3 3 0.037 6 C
97PD L 4548.9 6
97PD E 0.010 4 0.016 6 6.27 18 0.026 9
97PDS E EAV=626 50$CK=0.53 6$CL=0.067 7$CM+=0.0161 16
97PD G 3862.1 6 0.026 9 C
97PD L 4618.4 3
97PD E 0.014 4 0.027 7 6.02 14 0.041 10
97PDS E EAV=595 50$CK=0.56 6$CL=0.071 7$CM+=0.0171 17
97PD G 2836.2 4 0.016 5 C
97PD G 4618.2 4 0.025 8 C
97PD L 4645.8 4
97PD E 0.011 3 0.023 5 6.08 13 0.034 7
97PDS E EAV=583 50$CK=0.58 6$CL=0.072 7$CM+=0.0175 16
97PD G 3959.0 4 0.034 7 C
97PD L 4729.5 7
97PD E 0.0060 21 0.015 5 6.23 15 0.021 6
97PDS E EAV=546 49$CK=0.62 6$CL=0.077 7$CM+=0.0188 17
97PD G 4042.7 7 0.021 6 C
97PD L 4915.3 4 (7/2+,9/2+,11/2+)
97PD E 0.010 3 0.042 7 5.71 11 0.052 8
97PDS E EAV=463 49$CK=0.70 5$CL=0.088 7$CM+=0.0214 16
97PD G 3377.3 5 0.027 6 C
97PD G 3871.7 4 0.025 5 C
97PD L 4993.0 3 (7/2+,9/2+,11/2+)
97PD E 0.0061 25 0.034 8 5.77 13 0.040 9
97PDS E EAV=429 49$CK=0.73 5$CL=0.092 6$CM+=0.0224 15
97PD G 4306.2 3 0.040 9 C
97PD L 5004.86 22 (7/2+,9/2+,11/2+)
97PD E 0.023 9 0.14 3 5.16 11 0.16 3
97PDS E EAV=424 49$CK=0.74 5$CL=0.093 6$CM+=0.0225 14
97PD G 785.7 2 0.16 3 C
97PD L 5042.5 4 (7/2+,9/2+,11/2+)
97PD E 0.0057 24 0.038 7 5.69 11 0.044 8
97PDS E EAV=407 49$CK=0.75 5$CL=0.095 6$CM+=0.0230 14
97PD G 3747.8 4 0.025 6 C
97PD G 4355.5 10 0.019 5 C
97PD L 5086.3 4 (7/2+,9/2+,11/2+)
97PD E 0.0026 13 0.020 6 5.94 16 0.023 7
97PDS E EAV=388 49$CK=0.77 4$CL=0.097 6$CM+=0.0234 13
97PD G 2690.5 4 0.023 7 C
97PD L 5151.0 5 (7/2+,9/2+,11/2+)
97PD E 0.009 6 0.09 4 5.26 19 0.10 4
97PDS E EAV=360 48$CK=0.79 4$CL=0.099 5$CM+=0.0241 12
97PD G 931.8 5 0.10 4 C
97PD L 5238.2 3
97PD E 0.0005 3 0.0085 19 6.25 12 0.0090 20
97PDS E EAV=322 48$CK=0.81 3$CL=0.102 4$CM+=0.0249 10
97PD G 3356.5 3 0.009 2 C
97PD L 5256.2 8 (7/2+,9/2+,11/2+)
97PD E 0.0019 13 0.033 7 5.65 12 0.035 7
97PDS E EAV=314 48$CK=0.82 3$CL=0.103 4$CM+=0.0250 10
97PD G 4569.4 8 0.035 7 C
97PD L 5280.3 7 (7/2+,9/2+,11/2+)
97PD E 0.0009 6 0.017 6 5.93 16 0.018 6
97PDS E EAV=304 48$CK=0.82 3$CL=0.104 4$CM+=0.0252 9
97PD G 4593.5 7 0.018 6 C
97PD L 5326.4 7 (7/2+,9/2+,11/2+)
97PD E 0.0006 5 0.014 5 5.98 16 0.015 5
97PDS E EAV=284 48$CK=0.831 25$CL=0.105 4$CM+=0.0255 8
97PD G 4639.6 7 0.015 5 C