51
70n
Sb
121
57.36
0.0004
51 = 1+2+2 + 6 + 16 + 2x12 + (19n)
121, 123
117, 119, 122, sok
52
74n
Te
52p
58n
Te110
18.6 s
52 = 2+4 + 6 + 16 + 2x12 + (6n)
52p
60n
Te112
2.0 min
52 = 2+4 + 6 + 16 + 2x12 + (8n)
52p
62n
Te114
15.2 min
52 = 4+2 + 6 + 16 + 2x12 + (10n)
52p
64n
Te116
2.49 h
52 = 2+4 + 6 + 16 + 2x12 + (12n)
52p
66n
Te118
6.00 d
52 = 2+4 + 6 + 16 + 2x12 + (14n)
52p
68n
Te120
0.09%
stable
52 = 2+4 + 6 + 16 + 2x12 + (16n)
52p
70n
Te122
2.55%
stable
52 = 2+4 + 6 + 16 + 2x12 + (18n)
52p
71n
Te123
0.89%
stable
52 = 3+3 + 6 + 16 + 2x12 + (19n)
52p
72n
Te124
4.74%
stable
52 = 4+2 + 6 + 16 + 2x12 + (20n)
52p
73n
Te125
7.07%
stable
52 = 5+1 + 6 + 16 + 2x12 + (21n)
52p
74n
Te126
18.84%
stable
52 = 4+2 + 6 + 16 + 2x12 + (22n)
52p
76n
Te128
31.74%
7.7x10+24 y
52 = 2+4 + 6 + 16 + 2x12 + (24n)
52p
78n
Te130
34.08%
7.9x10+20 y
52 = 4+2 + 6 + 16 + 2x12 + (26n)
52p
80n
Te132
3.204 d
52 = 4+2 + 6 + 16 + 2x12 + (28n)
126
18.952
0.009
52 = 4+2 + 6 + 16 + 2x12 + (22n)
122, 124, 128, sok
115, 117, 119, sok
53
74n
I
127
100
0.001
53 = 1+4+2 + 6 + 16 + 2x12 + (21n)
127
114, 118, 130, sok
54
78n
Xe
54p
56n
Xe110
He em.
0.2 s
54 = 2+4 + 24 + 2x12 + (2n)
54p
58n
Xe112
He em.
2.7 s
54 = 4+2 + 24 + 2x12 + (4n)
54p
60n
Xe114
10.0 s
54 = 6 + 24 + 2x12 + (6n)
54p
62n
Xe116
59 s
54 = 6 + 8+16 + 2x12 + (8n)
54p
64n
Xe118
3.8 min
54 = 2+4 + 8+16 + 2x12 + (10n)
54p
66n
Xe120
40 min
54 = 4+2 + 8+16 + 2x12 + (12n)
54p
68n
Xe122
20.1 h
54 = 6 + 8+16 + 2x12 + (14n)
54p
70n
Xe124
0.095%
1.1x10+17 y
54 = 4+2 + 16+8 + 2x12 + (16n)
54p
72n
Xe126
0.089%
stable
54 = 2+4 + 16+8 + 2x12 + (18n)
54p
74n
Xe128
1.910%
stable
54 = 4+2 + 16+8 + 2x12 + (20n)
54p
75n
Xe129
26.40%
stable
54 = 4+1+1 + 16+8 + 2x12 + (21n)
54p
76n
Xe130
4.071%
stable
54 = 6 + 16+8 + 2x12 + (22n)
54p
77n
Xe131
21.232%
stable
54 = 4+2+1+1 + 6 + 16 + 2x12 + (23n)
54p
78n
Xe132
26.909%
stable
54 = 6 + 24 + 2x12 + (24n)
54p
80n
Xe134
10.436%
stable
54 = 2+4 + 24 + 2x12 + (26n)
54p
82n
Xe136
8.857%
3.6x10+20 y
54 = 4+2 + 24 + 2x12 + (28n)
54p
84n
Xe138
14.8 min
54 = 6 + 24 + 2x12 + (30n)
54p
86n
Xe140
13.60 s
54 = 2+4 + 24 + 2x12 + (32n)
54p
88n
Xe142
1.22 s
54 = 4+2 + 24 + 2x12 + (34n)
54p
90n
Xe144
1.15 s
54 = 6 + 24 + 2x12 + (36n)
132
26.9
0.01
54 = 6 + 24 + 2x12 + (24n)
129, 131, 132, sok
125, 127, 129, sok
55
78n
Cs
133
100
0.0008
55 = 1 + 6 + 16+8 + 2x12 + (23n)
133
121, 122, 123, sok
56
82n
Ba
56p
62n
Ba118
5.2 s
56 = 2 + 6 + 24 + 2x12 + (6n)
56p
64n
Ba120
24 s
56 = 2 + 6 + 8+16 + 2x12 + (8n)
56p
66n
Ba122
1.95 min
56 = 2 + 6 + 8+16 + 2x12 + (10n)
56p
68n
Ba124
11.0 min
56 = 4+4 + 8+16 + 2x12 + (12n)
56p
70n
Ba126
100 min
56 = 2 + 6 + 8+16 + 2x12 + (14n)
56p
72n
Ba128
2.43 d
56 = 2 + 6 + 16+8 + 2x12 + (16n)
56p
74n
Ba130
0.106%
3.5x10+14 y
56 = 2 + 6 + 16+8 + 2x12 + (18n)
56p
76n
Ba132
0.101%
stable
56 = 4+4 + 16+8 + 2x12 + (20n)
56p
78n
Ba134
2.417%
stable
56 = 2 + 6 + 16+8 + 2x12 + (22n)
56p
79n
Ba135
6.592%
stable
56 = 1+1 + 6 + 24 + 2x12 + (23n)
56p
80n
Ba136
7.854%
stable
56 = 2 + 6 + 24 + 2x12 + (24n)
56p
81n
Ba137
11.232%
stable
56 = 1+1 + 6 + 24 + 2x12 + (25n)
56p
82n
Ba138
71.698%
stable
56 = 2 + 6 + 24 + 2x12 + (26n)
56p
84n
Ba140
12.752 d
56 = 4+4 + 24 + 2x12 + (28n)
56p
86n
Ba142
10.6 min
56 = 2 + 6 + 24 + 2x12 + (30n)
56p
88n
Ba144
10.5 s
56 = 2 + 6 + 24 + 2x12 + (32n)
138
71.7
0.01
56 = 2 + 6 + 24 + 2x12 + (26n)
136, 137, 138, sok
127, 129, 130, sok
57
82n
La
139
99.91
57 = 1+2 + 6 + 16+8 + 2x12 + (25n)
138, 139
125, 127, 129, sok
58
82n
Ce
58p
64n
Ce122
2 s
58 = 4 + 6 + 24 + 2x12 + (6n)
58p
66n
Ce124
6 s
58 = 4 + 6 + 8+16 + 2x12 + (8n)
58p
68n
Ce126
50 s
58 = 2+2 + 6 + 8+16 + 2x12 + (10n)
58p
70n
Ce128
3.93 min
58 = 4 + 6 + 8+16 + 2x12 + (12n)
58p
72n
Ce130
22.9 min
58 = 4 + 6 + 8+16 + 2x12 + (14n)
58p
74n
Ce132
3.51 h
58 = 4 + 6 + 16+8 + 2x12 + (16n)
58p
76n
Ce134
3.16 d
58 = 2+2 + 6 + 16+8 + 2x12 + (18n)
58p
78n
Ce136
0.185%
7x10+13 y
58 = 4 + 6 + 16+8 + 2x12 + (20n)
58p
80n
Ce138
0.251%
stable
58 = 4 + 6 + 16+8 + 2x12 + (22n)
58p
82n
Ce140
88.450%
stable
58 = 2+2 + 6 + 16+8 + 2x12 + (24n)
58p
84n
Ce142
11.114%
5x10+16 y
58 = 4 + 6 + 16+8 + 2x12 + (26n)
58p
86n
Ce144
284.91 d
58 = 4 + 6 + 24 + 2x12 + (28n)
58p
88n
Ce146
13.52 min
58 = 4 + 6 + 24 + 2x12 + (30n)
58p
90n
Ce148
56 s
58 = 2+2 + 6 + 24 + 2x12 + (32n)
58p
92n
Ce150
4.0 s
58 = 4 + 6 + 24 + 2x12 + (34n)
140
88.48
58 = 2+2 + 6 + 16+8 + 2x12 + (24n)
136, 138, 140, 142
135, 137, 139
59
82n
Pr
141
100
59 = 1 + 6+12 + 16 + 2x12 + (23n)
141
131, 142, 144
60
82n
Nd
.
60p
66n
Nd126
1 s
60 = 2+4 + 6 + 24 + 2x12 + (6n)
60p
68n
Nd128
5 s
60 = 2+4 + 6 + 24 + 2x12 + (8n)
60p
70n
Nd130
13 s
60 = 4+2 + 6 + 24 + 2x12 + (10n)
60p
72n
Nd132
80 s
60 = 4+4 + 12 + 16 + 2x12 + (12n)
60p
74n
Nd134
8.5 min
60 = 2+2+4 + 12 + 16 + 2x12 + (14n)
60p
76n
Nd136
50.65 min
60 = 2 + 18 + 16 + 2x12 + (16n)
60p
78n
Nd138
5.04 h
60 = 2 + 18 + 16 + 2x12 + (18n)
60p
80n
Nd140
3.37 d
60 = 4+4 + 12 + 16 + 2x12 + (20n)
60p
82n
Nd142
27.13%
stable
60 = 2 + 6+12 + 16 + 2x12 + (22n)
60p
84n
Nd144
23.8%
2.29x10+15 y
60 = 2 + 6+12 + 16 + 2x12 + (24n)
60p
86n
Nd146
17.2%
stable
60 = 2 + 6+12 + 16 + 2x12 + (26n)
60p
88n
Nd148
5.7%
stable
60 = 2 + 12+6 + 16 + 2x12 + (28n)
60p
90n
Nd150
5.6%
6.8x10+18 y
60 = 2 + 12+6 + 16 + 2x12 + (30n)
60p
92n
Nd152
11.4 min
60 = 4+4 + 12 + 16 + 2x12 + (32n)
60p
94n
Nd154
25.9 s
60 = 2 + 18 + 16 + 2x12 + (34n)
60p
96n
Nd156
5.49 s
60 = 2 + 18 + 16 + 2x12 + (36n)
142
27.13
60 = 2 + 6+12 + 16 + 2x12 + (22n)
142, 144, 146, sok
135, 137, 139, 141
61
84n
Pm
145
0
61 = 1+2 + 6+12 + 16 + 2x12 + (23n)
0
139, 142, 148, 152
62
90n
Sm
62p
70n
Sm132
4.0 s
62 = 2+2 + 6+12 + 16 + 2x12 + (8n)
62p
72n
Sm134
10 s
62 = 4 + 6+12 + 16 + 2x12 + (10n)
62p
74n
Sm136
47 s
62 = 4 + 12+6 + 16 + 2x12 + (12n)
62p
76n
Sm138
3.1 min
62 = 2+2 + 12+6 + 16 + 2x12 + (14n)
62p
78n
Sm140
14.82 min
62 = 4 + 18 + 16 + 2x12 + (16n)
62p
80n
Sm142
72.49 min
62 = 2+2 + 18 + 16 + 2x12 + (18n)
62p
82n
Sm144
3.07%
stable
62 = 4 + 18 + 16 + 2x12 + (20n)
62p
84n
Sm146
He em.
1.03x10+6 y
62 = 4 + 6+12 + 16 + 2x12 + (22n)
62p
86n
Sm148
11.24%
7x10+15 y
62 = 2+2 + 6+12 + 16 + 2x12 + (24n)
62p
88n
Sm150
7.38%
stable
62 = 4 + 6+12 + 16 + 2x12 + (26n)
62p
90n
Sm152
26.75%
stable
62 = 2 + 12 + 16+8 + 2x12 + (28n)
62p
92n
Sm154
22.75%
stable
62 = 2 + 12 + 16+8 + 2x12 + (30n)
62p
94n
Sm156
9.4 h
62 = 4 + 12+6 + 16 + 2x12 + (32n)
62p
96n
Sm158
5.30 min
62 = 4 + 18 + 16 + 2x12 + (34n)
62p
98n
Sm160
9.6 s
62 = 2+2 + 18 + 16 + 2x12 + (36n)
62p
100n
Sm162
2 s
62 = 4 + 18 + 16 + 2x12 + (38n)
152
26.75
?
62 = 2 + 12 + 16+8 + 2x12 + (28n)
147, 150, 154, sok
139, 141, 143, 145
63
90n
Eu
153
52.2
151, 153
140, 141, 150, sok
64
94n
Gd
64p
76n
Gd140
15.8 s
64 = 4 + 12 + 24 + 2x12 + (12n)
64p
78n
Gd142
70.2 s
64 = 2+2 + 12 + 24 + 2x12 + (14n)
64p
80n
Gd144
4.47 min
64 = 4+2 + 18 + 16 + 2x12 + (16n)
64p
82n
Gd146
48.27 d
64 = 2+4 + 18 + 16 + 2x12 + (18n)
64p
84n
Gd148
He em.
74.6 y
64 = 4+2 + 18 + 16 + 2x12 + (20n)
64p
86n
Gd150
He em.
1.79x10+6 y
64 = 4+2 + 6+12 + 16 + 2x12 + (22n)
64p
88n
Gd152
0.20%
1.08x10+14 y
64 = 2+4 + 6+12 + 16 + 2x12 + (24n)
64p
90n
Gd154
2.18%
stable
64 = 4+2 + 6+12 + 16 + 2x12 + (26n)
64p
92n
Gd156
20.47%
stable
64 = 4 + 12 + 16+8 + 2x12 + (28n)
64p
94n
Gd158
24.84%
stable
64 = 2+2 + 12 + 16+8 + 2x12 + (30n)
64p
96n
Gd160
21.86%
1.3x10+21 y
64 = 4 + 12 + 16+8 + 2x12 + (32n)
64p
98n
Gd162
8.4 min
64 = 4+2 + 12+6 + 16 + 2x12 + (34n)
64p
100n
Gd164
45 s
64 = 2+4 + 18 + 16 + 2x12 + (36n)
64p
102n
Gd166
7 s
64 = 4+2 + 18 + 16 + 2x12 + (38n)
158
24.84
64 = 2+2 + 12 + 16+8 + 2x12 + (30n)
156, 157, 158, sok
141, 145
65
94n
Tb
159
100
159
142, 144, 151, sok
66
98n
Dy
66p
78n
Dy144
9.1 s
66 = 4+2 + 12 + 24 + 2x12 + (12n)
66p
80n
Dy146
29 s
66 = 2+4 + 12 + 24 + 2x12 + (14n)
66p
82n
Dy148
3.3 min
66 = 4+2 + 12 + 24 + 2x12 + (16n)
66p
84n
Dy150
7.17 min
66 = 4+2 + 12 + 24 + 2x12 + (18n)
66p
86n
Dy152
2.38 h
66 = 4+2 + 12 + 8+16 + 2x12 + (20n)
66p
88n
Dy154
He em.
3.0x10+6 y
66 = 2+4 + 12 + 8+16 + 2x12 + (22n)
66p
90n
Dy156
0.06%
stable
66 = 4+2 + 12 + 8+16 + 2x12 + (24n)
66p
92n
Dy158
0.10%
stable
66 = 4+2 + 12 + 8+16 + 2x12 + (26n)
66p
94n
Dy160
2.34%
stable
66 = 4+2 + 12 + 16+8 + 2x12 + (28n)
66p
96n
Dy162
25.51%
stable
66 = 2+4 + 12 + 16+8 + 2x12 + (30n)
66p
98n
Dy164
28.18%
stable
66 = 4+2 + 12 + 16+8 + 2x12 + (32n)
66p
100n
Dy166
81.6 h
66 = 4+2 + 12 + 16+8 + 2x12 + (34n)
66p
102n
Dy168
8.7 min
66 = 4+2 + 12 + 24 + 2x12 + (36n)
66p
104n
Dy170
30 s
66 = 2+4 + 12 + 24 + 2x12 + (38n)
66p
106n
Dy172
3 s
66 = 4+2 + 12 + 24 + 2x12 + (40n)
164
28.18
66 = 4+2 + 12 + 16+8 + 2x12 + (32n)
162, 163, 164, sok
146, 147, 149, 165
67
98n
Ho
165
100
165
148, 154, 158, sok
68
98n
Er
68p
78n
Er146
1.7 s
68 = 2 + 18 + 8+16 + 2x12 + (10n)
68p
80n
Er148
4.6 s
68 = 2 + 12+6 + 24 + 2x12 + (12n)
68p
82n
Er150
18.5 s
68 = 2 + 12+6 + 24 + 2x12 + (14n)
68p
84n
Er152
10.3 s
68 = 2 + 18 + 16+8 + 2x12 + (16n)
68p
86n
Er154
3.73 min
68 = 2 + 18 + 24 + 2x12 + (18n)
68p
88n
Er156
19.5 min
68 = 2 + 12+6 + 8+16 + 2x12 + (20n)
68p
90n
Er158
2.29 h
68 = 2 + 6+12 + 16+8 + 2x12 + (22n)
68p
92n
Er160
28.58 h
68 = 2 + 18 + 24 + 2x12 + (24n)
68p
94n
Er162
0.139%
stable
68 = 2 + 18 + 24 + 2x12 + (26n)
68p
96n
Er164
1.601%
stable
68 = 2 + 12+6 + 16+8 + 2x12 + (28n)
68p
98n
Er166
33.503%
stable
68 = 2 + 12+6 + 16+8 + 2x12 + (30n)
68p
100n
Er168
26.978%
stable
68 = 2 + 6+12 + 24 + 2x12 + (32n)
68p
102n
Er170
14.910%
stable
68 = 2 + 18 + 16+8 + 2x12 + (34n)
68p
104n
Er172
49.3 h
68 = 2 + 12+6 + 24 + 2x12 + (36n)
68p
106n
Er174
3.2 min
68 = 2 + 12+6 + 24 + 2x12 + (38n)
166
33.6
68 = 2 + 12+6 + 16+8 + 2x12 + (30n)
166, 167, 168, sok
151, 154, 161, 167
69
100n
Tm
169
100
169
154, 160, 162, 164
70
104n
Yb
70
86n
Yb156
26.1 s
70 = 4 + 18 + 16+8 + 2x12 + (16n)
70
88n
Yb158
1.49 min
70 = 2+2 + 18 + 16+8 + 2x12 + (18n)
70
90n
Yb160
4.8 min
70 = 4 + 18 + 16+8 + 2x12 + (20n)
70
92n
Yb162
18.87 min
70 = 4 + 6+12 + 16+8 + 2x12 + (22n)
70
94n
Yb164
75.8 min
70 = 4 + 18 + 24 + 2x12 + (24n)
70
96n
Yb166
56.7 h
70 = 2+2 + 18 + 24 + 2x12 + (26n)
70
98n
Yb168
0.13%
stable
70 = 4 + 18 + 24 + 2x12 + (28n)
70
100n
Yb170
3.04%
stable
70 = 4 + 6+12 + 24 + 2x12 + (30n)
70
102n
Yb172
21.83%
stable
70 = 2+2 + 6+12 + 24 + 2x12 + (32n)
70
104n
Yb174
31.83%
stable
70 = 4 + 6+12 + 24 + 2x12 + (34n)
70
106n
Yb176
12.76%
1.6x10+17 y
70 = 4 + 12+6 + 24 + 2x12 + (36n)
70
108n
Yb178
74 min
70 = 2+2 + 12+6 + 24 + 2x12 + (38n)
70
110n
Yb180
2.4 min
70 = 4 + 12+6 + 24 + 2x12 + (40n)
174
31.8
70 = 4 + 6+12 + 24 + 2x12 + (34n)
172, 173, 174, sok
169, 176, 177 |
