Niepo dane reakcje zachodz ce
w trakcie emisji akceleratorowych
wi zek terapeutycznych
479.53 keV (21.8%)
618.36 keV (6.3%)
{
685.77 keV (27.3%)
ł
�
186 187 187
187
= 4.35 1010y)
1 Re* Re (T1/2
W (28.6%) ł +
W
74 + n 74 75 75
= 23.72h
T1/2 T1/2< 1ms
846.77 keV (100%)
1810.77 keV (27.2%)
{
2113.12 keV (14.3%)
ł
�
55 56 56 56
(stabIe)
2 Fe
ł +
Mn (100%) Mn Fe* 26
25 25 26
+ n
= 2.58h
T1/2 T1/2< 6ps
1778.96 keV (100%)
ł
� 28
27 28 28
28
3 ł + (stabIe)
Al (100%) Al 14 Si
Al Si*
13 13 14
13
+ n
T1/2 = 2.24m
T1/2< 1ps
1377.63 keV (81.7%)
ł
EC+�+
58
57
57 57
4 n +
Ni (68.1%)
Co*
28 + ł Ni 27 Co
28 27
= 35.6h
T1/2 T1/2< 200ps
122.06 keV (85.6%)
T1/2 = 271.79d
EC+�+
ł
57
(stabIe)57
Fe Fe*
26 26
T1/2< 100ns
1642.71 keV (31.9%)
{
2167.41 keV (42.4%)
ł
38 �
37 38 38
5
ł + Cl (stabIe)
Cl (24.23%) + n 17 Ar* Ar
17 18 18
T1/2 = 37.24m
T1/2<
0.5ns
558.45 keV
114
113
6 (stabIe)
ł +
Cd
+ n
Cd (12.2%) 48
48
332.98 keV (23%)
{
355.68 keV (87%)
ł
EC+�+
196
196
ł
(stabIe)
ł ,n Pt
Pt* 78
93% 78
= 6.183d
T1/2 T1/2< 40ps
197
196
7
Au (100%)
79 Au
79 426.09 keV (100%)
+
ł
� 196 196
7%
e e ,n Hg* Hg (stabIe)
80 80
= 6.183d
T1/2 T1/2< 15ps
197.14 keV (95.9%)
ł
18
19 � 19
19
8
O (0.2%)+ n ł + O
8 F* (stabIe)
8 9 F
9
= 26.9s
T1/2 T1/2< 100ns
73 74
Ge (7.7%) + n ł +
Ge
32 32
595.85 keV
9
608.35 keV
{
867.89 keV
ł
74 74 74
Ge (36%) + n n + (stabIe)
Ge* Ge
32 32 32
T1/2< 12ps
174.95 keV
EC+�+
70 71 71
10
Ge (21%) + n ł + (stabIe)
Ge Ga
32 32 31
= 11.43d
T1/2
2224.57 keV
1 2
11 (stabIe)
H (100%) + n ł +
H
1 1
~
~
~
~
~
~
~
{
~