67h (S13, K103)
a7
(H3)
A
6.2(F103,
$153)
1.2(K103) abs. Al, F.
1.4($13) abs. Al
0.24, 0.75(M114)
spect.
0.4(S13) abs. Cu, Pb
Mo(d,p) (S13)
Mo(s,7) (S4, $13)
Mo(n,2n) (S9)
(H24, B115)
Zr(a,n) (D5)
fiss., prec. 5.9h 43%*
QF6I “AON
oe
Mo™
(~10%) ($13,821);
Mo™
stable
14.6m (M6)
14m (H11)
&.7
(#10)
A
12m (H11)
&-
(H10)
Cas eaaee ee
fiss., prec. < 1m 432)
short (B4)
5.9h (G144)
6.6h (S13)
&
LT., 7, «7,
X-ray
(B4)
(S21)
Aone cee eee .
A
nneweee e
fiss., prec. 4.5h Ru™(B4).......
Lee eee
1.0, 2.2(M6) abs. Al
1.9(S9) abs.
1.8(S8) el. ch. (K.U.)
0.3, 0.9(M6) abs. Pb Mo(n,7) (S8, S9, M5,
M6)
fiss., prec. 14.0m 43™!
(M5, M6, H10, H11, $8)
101(S9, M6) notprod.
by Mo(s,2)
(H10, H11)
e~: 0.116(S13) spect.
0.12(S13) abs. Al
0.136(S13) spect.
Mo(n,7) dese. 67h Mo™
(S13, S9)
0.129(K1) spect.
Mo(d,p) dese. 67h
conv.
Mo* (S13)
sy
~.18(S13) abs. Cu, fiss., dese. 67h Mo* (S13,
Pb
43™1
4X 10*y (M107) p>
~10ty (L111)
~3 X 10*y (S104)
>3000y (G110)
> 40y (S13)
14.0m (346, H11) 87, 7
:
X-ray (S13)
(1111, S104). A
peecceces
0.3(L111, S104,
M107) abs. Al
(H16)
soerecees
1.3(M6) abs. Al
A
1.2(M5, SQ) abs. Al
<lm (H10,H11)
436
short (B4)
B-
4300
<1.5m (B4)
B-
Ru”
stable
Ruwi
s-
Cn weeees .
A
worereces
seneeeees
Cnn ee wees
stable
stable
i
$21, G107); prec.
4X 10*y 43% (S13, M107)
Mo(s,y) dese. 67h
Mo* (M107)
fiss., dese. 67h Mo
o~(90%)(S13); 5.9h 43%*
LT. (~10%)($13, H10)
0.30(M6) abs. Pb
1.1(S8) cl. ch. (K.U.)
430)
(G110)
conv.
Mo(a,y) dese, 14.6m
eeeecnere
Mo!(S8, S9)
fiss., desc. 14.6m Mo!
(M5, M6, H10, 11,88)
fiss., dese. 12m Mo»
(H10, H11)
Poreceseneseseces
wee emrcoras
fiss., dese. short Mo™;
prec.4.55 Ru (B4)
hyp. prec. 4m Ru(*)(B4) .........
NOISGLJ NI CANNOT 1gPON .
Mow
prec. 4 X 10#y 43
(~80%) (S13, M107)