Appendix J: Nuclear Properties
Source: Rohlsberger: Nuclear Condensed Matter Physics with Synchrotron Radiation, List A
For online nuclear properties, see: http://ie.lbl.gov/toi.htm/ or http://atom.kaeri.re.
kr/.
Z
Isotope
E 0 (keV)
τ 0
n.a. (%)
I g
I e
19
40
K
29.83
5.96 ns
0.012
4
3
21
45
Sc
12.40
458.78 ms
100.0
7/2
3/2
26
57
Fe
14.4124
141.11 ns
2.14
1/2
3/2
28
61
Ni
67.41
7.60 ns
1.19
3/2
5/2
30
67
Zn
93.31
13.22 μs
4.11
5/2
1/2
32
73
Ge
13.275
4.26 μs
7.76
9/2
5/2
32
73
Ge
68.752
2.51 ns
7.76
9/2
7/2
32
73
Ge
66.716
719.90 ms
7.76
9/2
1/2
36
83
Kr
9.396
212.08 ns
11.55
9/2
7/2
44
99
Ru
89.68
29.58 ns
12.72
5/2
3/2
50
119
Sn
23.871
25.61 μs
8.58
1/2
3/2
51
121
Sb
37.133
4.99 ns
57.25
5/2
7/2
52
125
Te
35.4919
2.14 ns
6.99
1/2
3/2
53
127
I
57.606
2.76 ns
100.0
5/2
7/2
54
129
Xe
39.578
1.40 ns
26.44
1/2
3/2
54
131
Xe
80.1853
692.4 ps
21.2
3/2
1/2
55
133
Cs
80.997
9.05 ns
100.0
7/2
5/2
57
138
La
72.57
167.35 ns
0.09
5
3
60
145
Nd
67.25
42.42 ns
8.30
7/2
3/2
60
145
Nd
72.5
1.04 ns
8.30
7/2
5/2
62
149
Sm
22.494
10.27 ns
13.83
7/2
5/2
62
154
Sm
81.976
4.36 ns
22.7
0
2
63
151
Eu
21.532
13.99 ns
47.82
5/2
7/2
(continued)
© Springer Nature Switzerland AG 2020
S. P. Cramer, X-Ray Spectroscopy with Synchrotron Radiation, Biological and Medical
Physics, Biomedical Engineering, https://doi.org/10.1007/978-3-030-28551-7
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