45
45d (N2)
(N2, G128)
Clase
A
Fiselogyield,
3..7(8"32)
ticles a Feateoeydiations
0.2(95%),
0.80(5%)
(S145) abs. Al, F.
0.2(97%), 0.8(3%)
(G143) abs. Al, F.
0.56(G127) abs. Pb
.0.54(S145) abs. Pb
Produce’pyane
Ru(d,p) (L10,S145)
Rur(s, 7) (S145)
fiss., prec. 56m Rh?*
(G143, G127)
.
references
(N6,
B115,
G115)
Ru™
stable
Rus
45b (S145)
4h (L10, D2, N6)
&.7
(S20)
A
~~0.9(S145)
1.35(S145) abs. Al, F.
1.5(B4) abs. Al
0.76(S145) abs. Pb
Ru(d,p) (L10,S145)
ws. eee
Ru(n,7) (D2, $145)
fiss,, dese. short 43!
(B4); prec. 36.5b
Rh(N6, $145, $122)
Ru™
1.0y (G143)
a
(G129)
A
0.48($132)
0.53(G121)
~40.03(?)(G143) abs.
Al
no y (G143)
fiss., prec. 30s Rh
(G127, Gi43)
106(H102) mass spect.
Ru4m (B4, G1il6)
a
(B4)
Or
~w4(B4) abs. AL
Rh®*
I.T., e,
X-ray
(G127)
.
e~: ~0.03(G143) abs.
Al
56m (G127)
48m (F3)
45m (W6)
46
fs17
eee
ae eee eee ee
(C105,S123)
fiss, dese.
<l.bm_.........
430™ (B4); prec. 24m
RhO*(B4, G116)
X-ray: 0.020(G143) Rh(y,-7) (W6)
abs. Al
_Rh(#,n) (F3)
fiss., desc. 42d Ru
($123, S145,
G115)
(297%) (G143)
Rh*
stable
Rh™
36.5h (S145)
34h (N5)
a.
(N5)
Ao... e eee
0.60(S145) abs. Al, F.
e—: ~40.3(5145) abs.
Al
0.33($145) abs. Pb
Ru(d,n)(?) (S145)
Ru(d,p), Ru(s,7),
dese, 4.5h
Ru™ ($145)
fiss., desc. 4.5h Ru
(N6, Si22, $145)
eben encee
Rh™*
30s (G127)
B-.+7
(G127)
Aon cea eee
~2.8(20%), £.9(80%)
(G143)abs. Al coinc.
-~4.5(S123) abs. Al
0.3, 0.8(G143) abs.
Pb (lowintensity)
fiss., desc. 1.0y Ru
(G127, G143)
........,
Rho
21m (B4)
26m (G116)
B-, 7)
(B4)
Conse eee.
1.2(B4) abs. Al
¥(?) (G116)
fiss., desc. 4m Ru
.........
(B4, G116)
107(G116) fiss. yld.-ener.
‘
Rh”
<ih (S107)
Br
Rh
9h (B111)
8.7
Pd™
stable
Pa™
stable
Pa®
very short or
B
>3 X 10*y (G119)
>86 X 10’y (L115)
de eee
(B111)
cee
Acc cece
kee e eee e eens bees
Dae eeeee
-~~1.3(B111) abs. Al
Accent c eee cee
tee eee tana eeee
0.8(B111) abs. Pb
net e ee tact ee ens
PS¥G
42d (S145,G143)
Decay
NOISSI,J NI CGHNHOY 1BTOON .
Ruo™
Half-life
hyp. prec. 13.4h Pd'(S107) .....
fiss. (B11]1)
beter eeeteneeeees
eee eee
(C112)
89 ‘19A
2