pas)
yi
yous
[]3
a
8.0d (L12, G142)
7.9d (A2)
a
2.4h (A2)
2.3h (H3)
a.
een eaerere
ee ecenaneas
eae ee entree eee ee lc
2.8(t) (E111) 0.595(D1, D6) spect.
0.60(M113)abs.Al, F.
(A8)
~™4.5(K108)
54m (A2)
a7
(A2)
~5.7(K112)
6.7h (G123, K108)
6.6h (S2i, D4, W9)
ay
(S21, D4)
§.6(G123,
K108)
H4,
(L12, A2, $12)
0.85(B3) abs. Pb
0.55(S144) abs. Pb
fiss., desc. 60m Te™?
(W7, K113,
> 1(G123) abs. Pb
fiss., desc. 43m Te]
(P2,
1.35(K108) abs. Al, F.
1.6(K108) abs. Pb
fiss., dese. <2m Te™
(W7, K110)
1.5(S144) abs, Al
1.3(S144) abs. Pb
abs. Al, F.
1.3(B3) abs. Al
(A2)
(P108,
Tl)
(M116)
(~50%) (N115)
BY
Te(d,n} (L12, R2)
fiss., Cesc. 25m Tel?!
fiss., desc. 77h Te)
1.0(~50%), 2.1
22h (A2, S21,
K108, W9)
18.5h (H4)
0.367(D6) spect.,
spect. conv.; 0.080
(D6) spect. conv.,
abs. Pt, Hg, coinc.
0.36(S144, M113)
abs. Pb
0.4(L12) abs. Pb
hyp. dese. 70m Te!9(S12) .....26+
1.3(S144) abs. Al
0.6(-~50%), 1.4
(~50%) (N115)
abs. Pb
1.1(P1) cl. ch.
ae eee een este anes
(A8, A2, H3, N115,
#4)
(A2, H4, W9);
prec. 53d Xe?
(S21, D4, W9)
(A2, H4)
(D4, G123, K108,
W9):
prec.
P107)
P106)
P13,
92h
Xe(~90%) (S21,
D4,
yam
yi
yan
1.8m (525)
30s (S25)
22.0s (H111)
23s (L105, R101)
&-
B-
B-, (=)
stable
Xe!
stable
Xe
stable
Xess
eee eeeen
(S25)
(S25)
(B11, L405)
ereevee ee
(T101)
Sees ee eene nee anoe
ee
esas eeeen ne neces
eaenemeanee ee eee ese es
em eee ere e eee eee
ee
(T10!)
(Ll)
5.3d (E112)
5.4d(C2)
eee esas eneeanee ne
ee ee ee ee
0.35(E112) abs. Al, F.
0.33(E103) abs. Al
0.32(B3, S16)
0.26(W9)
e~: 0.049(H18) spect.
0.085(E112) abs. Cu,
Pb
0.083(B3) abs.
X-ray: 0.03) (F* *2)
abs. Al; 0.04u
(E103) abs. Al
Xe
stable
een teos
(T1015
A
ee ee
W9);
prec.
13mXe8* (~10%) (W9)
fiss. (S25)
nee ees
fiss., prec. 3.4m Xe!"(S18) .......fiss., prec. Xe@*) inst.
n emitter (L105)
(R5, S154)
fiss. (T101) mass spect.;
desc. 8.0d 24
fiss. (T101) mass spect.
Xe(d,p) (C2)
Xe(n,y) (R1)(?)
Te(a,m) (C2)
Ba(n,a) (W7, W9, C101)
Cs(n,f) (W7, W9, C101)
fiss., desc. 22h T)*
(S21, D4, W9)
fiss. (T101) mass spect.
‘OPET “AON
very long (L112)
NOIsslj NI GUnAO IATOON
Stable