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Rubidium
RADIONUCLIDE TRANSFORMATIONS
RUBIDIUM
;;Rb(22.9rn) [3/2-) 0.0
II I II
n RRRQ
U.IUkU
0.1472
zKr(35.04h)
RUBIDIUM
171
37-RUBIDIUM-79 07-MAR-78
HALFLIFE = 22.9 MINUTES DECAY MODE(S): EC, fl+
RADIATION Bf 1 + ;+ : “1 4 ;+ : + ;+ : o+ 9 7% Y 5 ce-K, y 5 ce-L,, y 5 ce-L,, y 5 ce-Ls, y 5 ce-M, y 5 Y 6 Y 7 ce-K, y 7 Y 8 r9 Y 10 Y 13 Y 16 Y 17 Y 19 Y 20 Y 22 Y 23 Y 24 Y 25 Y 27 Y 28 Y 29 Y 30 Y 31 Y 32 Y 33 Y 34 Y 35 Y 36 Y 37 ? 40 Y 41 7 42 Y 43 Y 45 Y 46 Ka, X-ray Auger-KLL
y(i)
(Bq-s)-’ 5.903-03 6.693-03 4.03E-03 8.36E-02 3.9lE-01 2.073-03 l.OlE-01 1.53E-01 9.543-02 1.69E 00 l.OOE-01 2.08E-01 1.853-02 1.31E-02 1.523-02 7.723-03 1.12E-01 7.763-02 1.493-02 5.936-02 6.963-02 1.62E-01 1.20E-02 6.773-02 l.lBE-02 5.373-02 5.303-03 5.543-03 l.l6E-02 2.893-03 1.29E-01 1.353-02 8.683-03 8.683-03 l.l3E-02 7.233-03 7.093-02 2.413-03 2.41E-01 6.993-03 2.173-03 2.173-03 5.543-03 3.613-03 2.893-03 1.693-03 2.173-03 1.20E-03 2.OOE-01 1.40E-01
EN WV)
4.727E-Ol* 6.910E-01’ 7.207E-Ol* 7.98OE-01* 8.2733-01’ 9.6763-01’ l.OllE 00* 1.078E O@* 1.146E 00* 5.110E-01 1.3OOE-01 l.l57E-01 1.281E-01 1.283E-01 1.2833-01 1.298E-01* 1.4353-01 1.4723-01 1.3293-01 1.5483-01 1.607E-01 1.8283-01 2.188E-01 3.5073-01 3.8393-01 3.9763-01 4.021E-01 4.2863-01 4.6153-01 4.8643-01 5.0533-01 5.3323-01 5.410E-01 5.410E-01 5.6903-01 6.0323-01 6.2213-01 6.4363-01 6&31E-01 7.7443-01 7.8743-01 7.8743-01 9.1583-01 9.2173-01 9.3473-01 9.4133-01 l.l&IE 00 1.4753 00 1.2653-02 l.O76E-02*
LISTED X, y AND yt RADIATIONS OMITTED X, y AND ye RADIATIONS** LISTED 0, ce AND Auger RADIATIONS OMITTED 8, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITI’ED TRANSITION CONTRIBUTES
y(i)xE(i) 2.793-03 4.623-03 2.91E-03 6.673-02 3.233-01 2.00E-03 1.02E-01 1.65E-01 l.O9E-01 8.623-01 1.30E-02 2.413-02 2.373-03 1.68E-03 1.96E-03 l.OOE-03 1.61E-02 1.14E-02 1.983-03 9.183-03 1.12E-02 2.963-02 2.643-03 2.373-02 4.533-03 2.143-02 2.133-03 2.383-03 5.343-03 1.41E-03 6.533-02 7.203-03 4.693-03 4.693-03 6.453-03 4.363-03 4.413-02 1.553-03 1.66E-01 5.413-03 1.71E-03 1.71E-03 5.083-03 3.333-03 2.703-03 1.593-03 2.573-03 1.783-03 2.533-03 1.51E-03 1.35E 00 9.443-03 8.14E-01 6.10E-03 2.16E 00 1.553-02
172
RADIONUCLIDE TRANSFORMATIONS
;Rb( 34s)
37-RUBIDIUM-80 HALFLIFE = 34 SECONDS DECAY MODE(S): EC, ,6+
RADIATION tI+ 1 .a+ 2 YZ Y 1
07-MAR-78
y(i)
E(i)
6.02E-01 1.97E 00 3.693-01
2.161E 00’ 5.11OE-01 6.200E-01
LISTED X, y AND y+ RADIATIONS OMITTED X, y AND yt RADIATIONS** LISTED jI, ce AND Auger RADIATIONS OMITTED 6, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES <0.100% TO Zy:y(i)xE(i) IN ITS CATEGORY. KRYPTON-60 DAUGHTER IS STABLE.
Ml . 1.30E 00 1.00E 00 2.41E-01 1.25E 00 1.293-04 2.01E 00 4.96E-04 3.263 00 6.253-04
173
RUBIDIUM
‘ipb(32m) 9/2+
_
0.0850
0.0 3/2$b( 458h)
37-RUBIDIUM-81M 11-MAR-78
HALFLIFE = 32 MINUTES DECAY MODE(S): IT
RADIATION Y 1 m-K, y 1 ce-L1, 7 1 ce-L,, y 1 ce-LB, y 1 ce-M, y 1 ce-NC, y 1 Ka, X-ray KCQ X-ray Kfi, X-ray K& X-ray K& X-ray La X-ray Lp X-ray Auger- KLL Auger-KLX Auger- KXY Auger-LMM Auger-LMX Auger- MXY
y(i) 6.433-01 5.353-02 8.713-02 l.l3E-01 4.293-02 5.053-03 2.423-01 1.25E-01 3.773-02 5.933-03 1.943-02 9.07E-03 7.683-03 1.53E-01 5.373-02 6.053-03 6.943-01 2.453-01 1.82E 00
E(i) 6.9803-02 8.2933-02 8.3143-02 8.3203-02 8.476E-02* 8.5OOE-02* 1.3403-02 1.3343-02 1.4963-02 1.5193-02 1.4953-02 1.694E-03. 1.755E-03* l.l36E-02* 1.304E-02’ 1.470E-02* 1.484E-03’ 1.722E-03* 1.7233-04*
LISTED X, y AND y+ RADIATIONS OMITTED X, y AND it RADIATIONS** LISTED 8, ce AND Auger RADIATIONS OMITTED 0, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
y(i)xE(i) 4.21E-03 4.493-02 4.433-03 7.243-03 9.393-03 3.643-03 4.293-04 3.243-03 1.673-03 5.653-04 9.OOE-05 2.89E-04 1.543-05 1.353-05 1.74E-03 7.OOE-04 8.903-05 1.03E-03 4.213-04 3.133-04 1.01E-02 3.323-06 7.433-02 4.563-05 8.443-02 4.893-05
174
RADIONUCLIDE TRANSFORMATIONS
,B;Rb(458h) yz0.0
v
T
.,
a
‘I
_
_ T
T
.
.
iKr(Z.lE5y)
p--‘//y
/
-EC,
RUBIDIUM
175
37-RUBIDIUM-81 HALFLIFE = 4.58 HOURS DECAY MODE(S): EC, P+
RADIATION 8+ 2 s+ 3 yr Y 1 ce-K, 7 1 ce-L,, y 1 ce-Lz, y 1 ce-L,, y 1 ce-M, y 1 Y 2 Y 3 Y 4 Y 5 ce-K, y 5 Y 6 Y 7 r8 Y 9 Y 10 Y 11 Y 12 Y 14 Y 16 Y 18 Y 19 Y 20 Y 21 Y 22 Y 24 KnI X-ray Kaz X-ray K& X-ray Auger-KLL Auger-KLX Auger-LMM Auger-LMX Auger-MXY
y(i)
(Bq-s)-’ 1.993-02 2.833-01 6.07E-01 6.50E-01 2.623-01 2.453-02 1.01E-02 1.02E-02 7.34E-03 2.573-03 6x573-03 4.683-03 2.283-01 5.653-04 2.643-02 4.993-03 3.593-03 2.503-02 2.263-02 4.093-03 5.293-03 3.OOE-03 2.803-03 7.693-03 7.593-03 4.803-03 4.903-03 6.00E-04 6.00E-04 3.19E-01 1.65E-01 4.883-02 2.243-01 7.663-02 8.19E-01 2.643-01 2.11E 00
11-MAR-78
E(i)
WV)
2.632E-Ol* 4.571E-01* 5.110E-01 1.9olE-01 1.7583-01 1.8823-01 1.8843-01 1.8&iE-01 1.899E-Ol* 2.4423-01 3.5393-01 3.8923-01 4.4633-01 4.3203-01 4.5683-01 4.7673-01 4.9973-01 5.110E-01 5.3703-01 5.4913-01 5.6883-01 6.0823-01 7.2903-01 8.0343-01 8.3473-01 9.7713-01 1.041E 00 1.069E 00 l.lWE 00 1.2653-02 1.2603-02 1.411E-02 l.O76E-02. 1.233E-02; 1.401E-03* 1.612E-03: 1.492E-04*
LISTED X, “, AND yt RADIATIONS OMITTED X, y AND yi: RADIATIONS** LISTED 8, ce AND Auger RADIATIONS OMITTED 13, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
1.30E-01 3.10E-01 1.24E-01 4.613-02 4.613-03 1.90E-03 1.933-03 1.393-03 6.273-04 2.323-03 1.823-03 l.O2E-01 2.443-04 1.21E-02 2.383-03 1.8OE-03 1.283-02 1.21E-02 2.253-03 3.01E-03 1.823-03 2.043-03 6.183-03 6.343-03 4.693-03 5.10E-03 6.413-04 6.653-04 4.043-03 2.083-03 6.893-04 2.413-03 9.453-04 1.15E-03 4.253-04 3.153-04 6.21E-01 2.373-03 1.96E-01 3.773-04 8.17E-01 2.74E-03
RADIONUCLIDE TRANSFORMATIONS
95
4-7
\\A
T /
T
Tlv TIT\ Iv
J _-/
2.5474
Ill
3
3+
4+ _I
2Y
/
2+
o+
1
0.7765
0.0 >&able)
RUBIDIUM
177
37-RUBIDIUM-82M 28-MAR-76
HALFLIFE = 6.2 HOURS DECAY MODE(S): EC, @+
54) + ;I
RADIATION ::
;+ 4” + ;:
;
;+ ; Ye Y4 Y 5 Y 9 Y 11 ce-K, 7 11 Y 12 Y 13 ce-K, y 13 Y 14 ce-K, y 14 Y 15 ce-K, y 15 Y 16 Y 17 Y 18 Y 19 ce-K, y 19 Y 20 Y 21 Y 22 Y 24 Y 25 Y 27 Y 28 Y 30 Y 37 Ka, X-ray Auger-KLL Auger-KLX Auger-LMM Auger-LMX Auger-MXY
&; 5:753-03 1.92E-01 2.983-04 2.713-03 2.093-03 2.553-03 2.223-02 4.583-01 1.733-02 1.733-02 9.093-03 6.283-01 4.213-04 1.573-02 3.723-01 4.353-04 2.40E-01 2.143-04 8.26E-01 6.763-04 2.06E-01 6.613-03 6.863-02 3.30E-01 1.31E-04 9.093-03 1.243-02 3.303-03 2.483-03 2.563-01 1.73E-01 1.323-02 2.563-03 1.90E-03 2.483-01 1.74E-01 5.963-02 6.293-01 2.02E-01 1.62E 00
E(i)
(MeV) 1.961E-01’ 2.744E-Ol* 3.5203-01’ 3.921E-Ol* 3.959E-Ol* 4.754E-Ol* 6.235E-Ol* 7.203E-01. 5.110E-01 1.8323-01 2.2143-01 4.5513-01 5.5433-01 5.4OOE-01 6.0633-01 6.191E-01 6.0473-01 6.9833-01 6.8403-01 7.7653-01 7.6223-01 8.2783-01 9.5213-01 1.008E 00 1.044E 00 1.030E 00 1.073E 00 1.081E 00 l.lOOE 00 1.19lE 00 1.317E 00 1.4753 00 1.650E 00 1.78OE 00 2.242E 00 1.2653-02 1.0763-02’ 1.2333-02’ 1.401E-03* 1.613E-03* 1.493E-04;
LISTED X, y AND yt RADIATIONS OMITTED X, y AND yz RADIATIONS** LISTED /3, ce AND Auger RADIATIONS OMITTED 0, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES <0.100% TO Zy(i)xE(i) IN ITS CATEGORY. KRYPTON-82 DAUGHTER IS STABLE.
w4 1:583-03 6.773-02 l.l7E-04 l.O7E-03 9.953-04 1.593-03 MOE-02 2.343-01 3.183-03 3.843-03 4.143-03 3.483-01 2.273-04 9.523-03 2.30E-01 2.633-04 1.67E-01 1.463-04 6.41E-01 5.15E-04 1.71E-01 6.293-03 6.913-02 3.453-01 1.353-04 9.753-03 1.343-02 3.633-03 2.953-03 3.373-01 2.563-01 2.183-02 4.563-03 4.263-03 3.143-03 1.873-03 7.343-04 8.813-04 3.263-04 2.423-04 2.89E 00 2.053-02 9.463-02 7.833-04 2.983 00 2.133-02
RADIONUCLIDE TRANSFORMATIONS
;Rb(L3m) 1+ 0.0
37-RUBIDIUM-82 HALFLIFE = 1.3 MINUTES DECAY MODE(S): EC, fl+
RADIATION B+ 4
“1 6
;+ : Y* Y 4 Y 5 Y 6
y(i)
28-MAR-76
E(i)
gg 1.723-03 l.l6E-01 8.333-01 1.91E 06 1.34E-01 5.053-03 9.383-04
8.3253-Ol * 1.157E OO* 1.5233 00‘ 5.110E-01 7.7653-01 1.3953 00 1.4753 00
LISTED X, y AND ye RADIATIONS OMITTED X, y AND yt RADIATIONS** LISTED 8, ce AND Auger RADIATIONS OMITTED p, ce AND Auger RADIATIONS’* LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
1:443-03 1.34E-01 1.27E 00 9.753-01 1.04E-01 7.05E-03 1.383-03 1.09E 06 5.363-03 1.41E 06 7.033-04 2.493 00 6.063-03
RUBIDIUM
179
;;Rb(862d) yz-
0.0
* ,
@=----t
(3/2+.5/2-)L
i
(3 /2,5 /2)-
Y 3 2+5
2-
EC,
11
9/2+
;Kr(stable)
37-RUBIDIUM-83 HALFLIFE = 86.2DAYS DECAY MODE(S):EC y(i) RADIATION Y 1 ce-L,,y 1 ce-L,,y 1 ce-L,,y 1 ce-M, y I Y 5 ce-K,y 5 ce-L,,y 5 ~6 ce-K,y 6 ce-L,,y 6 r7 ce-K,y I ce-L,,y I ~8 Y 10 Y 11 Kq X-ray Km2 X-ray KP, X-ray
$$& 7.283-01 5.703-02 1.923-02 1.32E-01 4.61E-01 3.603-04 3.63&-05 2.993-01 5.OOE-04 5.17E-05 1.63E-01 3.413-04 3.443-05 9.89E-04 6.993-03 2.603-03 3.19E-01 l&E-01 4.883-02
28-FEB-75
E(i) y(i) xE(i) 5.733-04 7.4293-03 5.413-03 7.6233-03 4.343-04 '7.6753-03 1.473-04 9.136E-03* 1.20E-03 5.2033-01 2.40E-01 5.06OE-01 1.823-04 5.184E-01 1.883-05 5.2953-01 1.59E-01 5.1523-01 2.583-04 5.2763-01 2.733-05 5.5253-01 8.983-02 5.3823-01 1.833-04 5.5063-01 1.893-05 6.4853-01 6.423-04 7.8893-01 5.523-03 7.9843-01 2.073-03 1.2653-02 4.043-03 1.2603-02 2.083-03 1.411E-02 6.893-04
2.243-01 l.O76E-02* Auger-KLL 7.663-02 1.2333-02' Auger-KLX 8.493-03 1.3883-02' Auger-KXY 1.40E00 1.413E-03* Auger-LMM 4.533-01 1.626E-03* Auger-LMX 4.183-02 1.713E-03. Auger-LXY 3.59300 1.4843-04' Auger-MXY LISTED X, y AND y-+RADIATIONS OMITTED X, y AND yz RADIATIONS** LISTED 6, ce AND AugerRADIATIONS OMITTED fi,ce AND AugerRADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS**
2.413-03 9.443-04 l.l8E-04 1.973-03 7.373-04 7.173-05 5.333-04 5.04E-01 7.613-04 1.473-02 2.283-05 5.18E-01 7.843-04
* AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
RADIONUCLIDE TRANSFORMATIONS
;Rb(32.‘77d) 20.0 (2) *_ 2+
1.8971
“/ Tc 0.8815
x3; 0.0 o+ ’ ’ ;Kr(stable)
37-RUBIDIUM-84 HALFLIFE = 3‘2.77 DAYS DECAY MODE(S): EC, fit, ,9Y(i)
RADIATION i3+ 1 s+ 2 Y? Y l ce-K, y 1 Y2 r3 Kq X-ray Kaz X-ray Auger-KLL Auger-KLX Auger-LMM Auger-LMX Auger-MXY B- 1
l.lSE-01 5.263-01 7.10E-01 4.2lE-04 4.303-03 7.803-03 2.243-01 l.l6E-01 1.58E-01 5.393-02 5.693-01 1.83E-01 1.47E 06 3.603-02
29-MAR-78
E(i)
3** 7.5633-Ol* 5.110E-01 8.8153-01 8.6723-01 1.016E 00 1.8973 00 1.2653-02 1.2603-02 l.O76E-02’ 1.2333-02’ 1.401E-03’ 1.613E-03* 1.493E-04* 3.3123-Ol*
LISTED X, y AND y+ RADIATIONS OMITTED X, y AND y+ RADIATIONS** LISTED ,9, ce AND Auger RADIATIONS OMITTED 8, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
gg$ S:OOE-02 2.693-01 6.263-01 3.65E-04 4.373-03 1.483-02 2.843-03 1.46E-03 1.70E-03 6.653-04 7.983-04 2.963-04 2.193-04 l.lSE-02 9.18E-01 8.153-04 1.55E-01 1.61E-04 1.07E 00 9.773-04
181
RUBIDIUM
!$b(18,66d) 2+ _
1.0766
3; ot t
0.0
!$r(stable)
37-RUBIDIUM-86 HALFLIFE= 18.66 DAYS DECAY MODE(S):fl-
18-OCT-78
y(i)
E(i)
RADIATION l9-1
o- 2
9.12E-01 7.094E-01*6.473-01 S.i'SE-02 1.077E 00 9.453-02
Y 1
LISTEDX, y AND y+ RADIATIONS OMITTED X, y AND y+ RADIATIONS" LISTED8,ce AND AugerRADIATIONS OMITTED 6,ce AND AugerRADIATIONS** LISTEDRADIATIONS OMITTED RADIATIONS**
9.453-02 3.793-07 6.683-01 4.543-05 7.623-01 4.583-05
* AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITIONCONTRIBUTES <0.100%TO Zy(i)xE(i) IN ITS CATEGORY. STRONTIUM-86DAUGHTER IS STABLE.
;Rb(4.?ElOy) 3/Z-
0.0, \
. ...9/2+ 1
0.0 !$r(stab
le)
37-RUBIDIUM-87 HALFLIFE= 0.47E11 YEARS DECAY MODE(S): p-
13-JAN-78
y(i)
RADIATION P- 1
E(i) 1*
LISTED0,ce AND AugerRADIATIONS LISTEDRADIATIONS * AVERAGE ENERGY (MeV) STRONTIUM-87DAUGHTER IS STABLE.
1
y(i)xE(i) l.llE-01 l.llE-01 l.llE-01
RADIONUCLIDE TRANSFORMATIONS
182
:Rb( 17.8m) 24.8529 T
B -
-
-
T
T
<
4.84sida z
3 4
B
-
a, -
-
-
7 T
u
ESr(stable)
1.8360
RUBIDIUM
183
3%RUBIDIUM-88 HALFLIFE = 17.8 MINUTES DECAY MODE(S): P-
RADIATION P- 4 p- 10 p- 11 p- 12 p- 13 Y 5 Y 8 Y9 7 10 Y 11 Y 12 Y 13
Y 14 Y 15 Y y Y y y y y
16 17 18 19 20 22
23 Y 26
y(i)
(Bq-s)-’ 2.143-02 9.853-03 1.34E-01 4.223-02 7.783-01 1.40E-01 1.03E-03 7.433-03 4.493-04 2.163-03 6.213-04 2.14E-01 l.l8E-03 5.143-04 2.783-04 18OE-03 1.963-02 l.O9E-03 2.443-03 2.143-03 1.31E-03 1.433-03
29-MAR-78
E(i)
(MeV)
2.712E-01* 8.416E-01; 1.068E 00’ 1.4933 OO* 2.3693 00* 8.9803-01 1.3663 00 1.3823 00 1.6aOE00 1.780E 00 1.7983 00 1.836E 00 2.111E 00 2.118E 00 2.3883 00 2.5783 00 2.6783 00 2.7343 00 3009E 00 3.2183 00 3.4863 00 4.7433 00
LISTED X, y AND y+ RADIATIONS OMITTED X, y AND yz RADIATIONS** LISTED fl, ce AND Auger RADIATIONS OMITTED 0, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
H3 8:293-03 1.43E-01 6.313-02 1.84E 00 1.26E-01 1.40E-03 l.O3E-02 7.553-04 3.853-03 1.12E-03 3.933-01 2.483-03 l.O9E-03 6.643-04 4.633-03 5.243-02 2.983-03 7.343-03 6.893-03 4.553-03 6.803-03 6.263-01 2.383-03 206E 00 2.853-03 2.693 00 5.233-03
184
$b(
RADIONUCLIDE TRANSFORMATIONS
15.2m)
4.0938
3.5087 ho
17
3.2279 -
w
v54
x.0
x3
I
3/a r
2.7072 2.5701
1.4734 1.0320
/+5/Z+ B18
1 tt ’ ;;Sr(50.5d)
0.0
RUBIDIUM
185
37-RUBIDIUM-89
29-MAR-18
HALFLIFE= 15.2MINUTES DECAY MODE(S):/IY(i)
RADIATION P- 6 P- 8 fl-9 p- 10 p- 12 fl-13 fl-14 p- 15 j3- 16 p- 17 fl- 18 Y 3 Y
8
Y
14
Y
16
17 Y 23 Y
Y 26 Y
29
30 Y 31 Y 35 Y 37 Y 38 Y 40 Y 42 Y 45 Y 48 Y 54 Y 57 Y
Y 62
3.253-01 2.163-02 2.963-02 3.353-01 4.833-03 4.533-03 2.173-03 2.463-03 9.853-03 2.463-01 1.423-02 9.983-02 9.223-02 2.263-03 5.8OE-01 2.203-03 4.263-01 3.543-03 1.973-03 2.553-02 3.313-03 2.383-02 2.323-03 1.33E-01 18OE-03 9.863-02 2.033-02 7.543-04 l.l5E-02 7.543-04
E(i)
(MeV) 3.4613-01'm3 4.6613-01'1:52E-01 7.113E-Ol*1.533-02 7.611E-Ol*2.253-02 8.950E-01'3.OOE-01 9.989E-Ol*4.823-03 1.022E 00' 4.633-03 1.054E OO* 2.283-03 1.2773 OO* 3.143-03 1.4843 00* 1.463-02 1.9793 00' 4.873-01 2.7243-01 3.863-03 6.5773-01 6.563-02 9.4773-01 8.743-02 1.025E 60 2.323-03 5.983-01 1.032E 00 2.693-03 1.220E 00 5.31E-01 1.2483 00 1.4733 00 5.213-03 2.963-03 1.501E 00 1.5383 00 3.933-02 1.940E 06 6.413-03 4.773-02 2.008E 00 2.0583 06 4.773-03 2.1963 00 2.933-01 2.2803 00 4.10E-03 2.5703 00 2.533-01 2.7073 00 5.503-02 3.2283 00 2.433-03 4.033-02 3.5093 00 4.0943 00 3.09E-03
LISTEDX, y AND ye RADIATIONS OMITTED X, y AND yt RADIATIONS** LISTED/3, ce AND AugerRADIATIONS OMITTED 0,ce AND AugerRADIATIONS'* LISTEDRADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITIONCONTRIBUTES CO.lOO% TO Zy(i)xE(i) IN ITS CATEGORY. STRONTIUM-89DAUGHTER IS RADIOACTIVE.
2.05E 00 2.193-02 l.OlE00 1.973-03 3.06E00 2.383-02
RUBIDIUM
;;Rb(22.9rn) [3/2-) 0.0
II I II
n RRRQ
U.IUkU
0.1472
zKr(35.04h)
RUBIDIUM
171
37-RUBIDIUM-79 07-MAR-78
HALFLIFE = 22.9 MINUTES DECAY MODE(S): EC, fl+
RADIATION Bf 1 + ;+ : “1 4 ;+ : + ;+ : o+ 9 7% Y 5 ce-K, y 5 ce-L,, y 5 ce-L,, y 5 ce-Ls, y 5 ce-M, y 5 Y 6 Y 7 ce-K, y 7 Y 8 r9 Y 10 Y 13 Y 16 Y 17 Y 19 Y 20 Y 22 Y 23 Y 24 Y 25 Y 27 Y 28 Y 29 Y 30 Y 31 Y 32 Y 33 Y 34 Y 35 Y 36 Y 37 ? 40 Y 41 7 42 Y 43 Y 45 Y 46 Ka, X-ray Auger-KLL
y(i)
(Bq-s)-’ 5.903-03 6.693-03 4.03E-03 8.36E-02 3.9lE-01 2.073-03 l.OlE-01 1.53E-01 9.543-02 1.69E 00 l.OOE-01 2.08E-01 1.853-02 1.31E-02 1.523-02 7.723-03 1.12E-01 7.763-02 1.493-02 5.936-02 6.963-02 1.62E-01 1.20E-02 6.773-02 l.lBE-02 5.373-02 5.303-03 5.543-03 l.l6E-02 2.893-03 1.29E-01 1.353-02 8.683-03 8.683-03 l.l3E-02 7.233-03 7.093-02 2.413-03 2.41E-01 6.993-03 2.173-03 2.173-03 5.543-03 3.613-03 2.893-03 1.693-03 2.173-03 1.20E-03 2.OOE-01 1.40E-01
EN WV)
4.727E-Ol* 6.910E-01’ 7.207E-Ol* 7.98OE-01* 8.2733-01’ 9.6763-01’ l.OllE 00* 1.078E O@* 1.146E 00* 5.110E-01 1.3OOE-01 l.l57E-01 1.281E-01 1.283E-01 1.2833-01 1.298E-01* 1.4353-01 1.4723-01 1.3293-01 1.5483-01 1.607E-01 1.8283-01 2.188E-01 3.5073-01 3.8393-01 3.9763-01 4.021E-01 4.2863-01 4.6153-01 4.8643-01 5.0533-01 5.3323-01 5.410E-01 5.410E-01 5.6903-01 6.0323-01 6.2213-01 6.4363-01 6&31E-01 7.7443-01 7.8743-01 7.8743-01 9.1583-01 9.2173-01 9.3473-01 9.4133-01 l.l&IE 00 1.4753 00 1.2653-02 l.O76E-02*
LISTED X, y AND yt RADIATIONS OMITTED X, y AND ye RADIATIONS** LISTED 0, ce AND Auger RADIATIONS OMITTED 8, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITI’ED TRANSITION CONTRIBUTES
y(i)xE(i) 2.793-03 4.623-03 2.91E-03 6.673-02 3.233-01 2.00E-03 1.02E-01 1.65E-01 l.O9E-01 8.623-01 1.30E-02 2.413-02 2.373-03 1.68E-03 1.96E-03 l.OOE-03 1.61E-02 1.14E-02 1.983-03 9.183-03 1.12E-02 2.963-02 2.643-03 2.373-02 4.533-03 2.143-02 2.133-03 2.383-03 5.343-03 1.41E-03 6.533-02 7.203-03 4.693-03 4.693-03 6.453-03 4.363-03 4.413-02 1.553-03 1.66E-01 5.413-03 1.71E-03 1.71E-03 5.083-03 3.333-03 2.703-03 1.593-03 2.573-03 1.783-03 2.533-03 1.51E-03 1.35E 00 9.443-03 8.14E-01 6.10E-03 2.16E 00 1.553-02
172
RADIONUCLIDE TRANSFORMATIONS
;Rb( 34s)
37-RUBIDIUM-80 HALFLIFE = 34 SECONDS DECAY MODE(S): EC, ,6+
RADIATION tI+ 1 .a+ 2 YZ Y 1
07-MAR-78
y(i)
E(i)
6.02E-01 1.97E 00 3.693-01
2.161E 00’ 5.11OE-01 6.200E-01
LISTED X, y AND y+ RADIATIONS OMITTED X, y AND yt RADIATIONS** LISTED jI, ce AND Auger RADIATIONS OMITTED 6, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES <0.100% TO Zy:y(i)xE(i) IN ITS CATEGORY. KRYPTON-60 DAUGHTER IS STABLE.
Ml . 1.30E 00 1.00E 00 2.41E-01 1.25E 00 1.293-04 2.01E 00 4.96E-04 3.263 00 6.253-04
173
RUBIDIUM
‘ipb(32m) 9/2+
_
0.0850
0.0 3/2$b( 458h)
37-RUBIDIUM-81M 11-MAR-78
HALFLIFE = 32 MINUTES DECAY MODE(S): IT
RADIATION Y 1 m-K, y 1 ce-L1, 7 1 ce-L,, y 1 ce-LB, y 1 ce-M, y 1 ce-NC, y 1 Ka, X-ray KCQ X-ray Kfi, X-ray K& X-ray K& X-ray La X-ray Lp X-ray Auger- KLL Auger-KLX Auger- KXY Auger-LMM Auger-LMX Auger- MXY
y(i) 6.433-01 5.353-02 8.713-02 l.l3E-01 4.293-02 5.053-03 2.423-01 1.25E-01 3.773-02 5.933-03 1.943-02 9.07E-03 7.683-03 1.53E-01 5.373-02 6.053-03 6.943-01 2.453-01 1.82E 00
E(i) 6.9803-02 8.2933-02 8.3143-02 8.3203-02 8.476E-02* 8.5OOE-02* 1.3403-02 1.3343-02 1.4963-02 1.5193-02 1.4953-02 1.694E-03. 1.755E-03* l.l36E-02* 1.304E-02’ 1.470E-02* 1.484E-03’ 1.722E-03* 1.7233-04*
LISTED X, y AND y+ RADIATIONS OMITTED X, y AND it RADIATIONS** LISTED 8, ce AND Auger RADIATIONS OMITTED 0, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
y(i)xE(i) 4.21E-03 4.493-02 4.433-03 7.243-03 9.393-03 3.643-03 4.293-04 3.243-03 1.673-03 5.653-04 9.OOE-05 2.89E-04 1.543-05 1.353-05 1.74E-03 7.OOE-04 8.903-05 1.03E-03 4.213-04 3.133-04 1.01E-02 3.323-06 7.433-02 4.563-05 8.443-02 4.893-05
174
RADIONUCLIDE TRANSFORMATIONS
,B;Rb(458h) yz0.0
v
T
.,
a
‘I
_
_ T
T
.
.
iKr(Z.lE5y)
p--‘//y
/
-EC,
RUBIDIUM
175
37-RUBIDIUM-81 HALFLIFE = 4.58 HOURS DECAY MODE(S): EC, P+
RADIATION 8+ 2 s+ 3 yr Y 1 ce-K, 7 1 ce-L,, y 1 ce-Lz, y 1 ce-L,, y 1 ce-M, y 1 Y 2 Y 3 Y 4 Y 5 ce-K, y 5 Y 6 Y 7 r8 Y 9 Y 10 Y 11 Y 12 Y 14 Y 16 Y 18 Y 19 Y 20 Y 21 Y 22 Y 24 KnI X-ray Kaz X-ray K& X-ray Auger-KLL Auger-KLX Auger-LMM Auger-LMX Auger-MXY
y(i)
(Bq-s)-’ 1.993-02 2.833-01 6.07E-01 6.50E-01 2.623-01 2.453-02 1.01E-02 1.02E-02 7.34E-03 2.573-03 6x573-03 4.683-03 2.283-01 5.653-04 2.643-02 4.993-03 3.593-03 2.503-02 2.263-02 4.093-03 5.293-03 3.OOE-03 2.803-03 7.693-03 7.593-03 4.803-03 4.903-03 6.00E-04 6.00E-04 3.19E-01 1.65E-01 4.883-02 2.243-01 7.663-02 8.19E-01 2.643-01 2.11E 00
11-MAR-78
E(i)
WV)
2.632E-Ol* 4.571E-01* 5.110E-01 1.9olE-01 1.7583-01 1.8823-01 1.8843-01 1.8&iE-01 1.899E-Ol* 2.4423-01 3.5393-01 3.8923-01 4.4633-01 4.3203-01 4.5683-01 4.7673-01 4.9973-01 5.110E-01 5.3703-01 5.4913-01 5.6883-01 6.0823-01 7.2903-01 8.0343-01 8.3473-01 9.7713-01 1.041E 00 1.069E 00 l.lWE 00 1.2653-02 1.2603-02 1.411E-02 l.O76E-02. 1.233E-02; 1.401E-03* 1.612E-03: 1.492E-04*
LISTED X, “, AND yt RADIATIONS OMITTED X, y AND yi: RADIATIONS** LISTED 8, ce AND Auger RADIATIONS OMITTED 13, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
1.30E-01 3.10E-01 1.24E-01 4.613-02 4.613-03 1.90E-03 1.933-03 1.393-03 6.273-04 2.323-03 1.823-03 l.O2E-01 2.443-04 1.21E-02 2.383-03 1.8OE-03 1.283-02 1.21E-02 2.253-03 3.01E-03 1.823-03 2.043-03 6.183-03 6.343-03 4.693-03 5.10E-03 6.413-04 6.653-04 4.043-03 2.083-03 6.893-04 2.413-03 9.453-04 1.15E-03 4.253-04 3.153-04 6.21E-01 2.373-03 1.96E-01 3.773-04 8.17E-01 2.74E-03
RADIONUCLIDE TRANSFORMATIONS
95
4-7
\\A
T /
T
Tlv TIT\ Iv
J _-/
2.5474
Ill
3
3+
4+ _I
2Y
/
2+
o+
1
0.7765
0.0 >&able)
RUBIDIUM
177
37-RUBIDIUM-82M 28-MAR-76
HALFLIFE = 6.2 HOURS DECAY MODE(S): EC, @+
54) + ;I
RADIATION ::
;+ 4” + ;:
;
;+ ; Ye Y4 Y 5 Y 9 Y 11 ce-K, 7 11 Y 12 Y 13 ce-K, y 13 Y 14 ce-K, y 14 Y 15 ce-K, y 15 Y 16 Y 17 Y 18 Y 19 ce-K, y 19 Y 20 Y 21 Y 22 Y 24 Y 25 Y 27 Y 28 Y 30 Y 37 Ka, X-ray Auger-KLL Auger-KLX Auger-LMM Auger-LMX Auger-MXY
&; 5:753-03 1.92E-01 2.983-04 2.713-03 2.093-03 2.553-03 2.223-02 4.583-01 1.733-02 1.733-02 9.093-03 6.283-01 4.213-04 1.573-02 3.723-01 4.353-04 2.40E-01 2.143-04 8.26E-01 6.763-04 2.06E-01 6.613-03 6.863-02 3.30E-01 1.31E-04 9.093-03 1.243-02 3.303-03 2.483-03 2.563-01 1.73E-01 1.323-02 2.563-03 1.90E-03 2.483-01 1.74E-01 5.963-02 6.293-01 2.02E-01 1.62E 00
E(i)
(MeV) 1.961E-01’ 2.744E-Ol* 3.5203-01’ 3.921E-Ol* 3.959E-Ol* 4.754E-Ol* 6.235E-Ol* 7.203E-01. 5.110E-01 1.8323-01 2.2143-01 4.5513-01 5.5433-01 5.4OOE-01 6.0633-01 6.191E-01 6.0473-01 6.9833-01 6.8403-01 7.7653-01 7.6223-01 8.2783-01 9.5213-01 1.008E 00 1.044E 00 1.030E 00 1.073E 00 1.081E 00 l.lOOE 00 1.19lE 00 1.317E 00 1.4753 00 1.650E 00 1.78OE 00 2.242E 00 1.2653-02 1.0763-02’ 1.2333-02’ 1.401E-03* 1.613E-03* 1.493E-04;
LISTED X, y AND yt RADIATIONS OMITTED X, y AND yz RADIATIONS** LISTED /3, ce AND Auger RADIATIONS OMITTED 0, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES <0.100% TO Zy(i)xE(i) IN ITS CATEGORY. KRYPTON-82 DAUGHTER IS STABLE.
w4 1:583-03 6.773-02 l.l7E-04 l.O7E-03 9.953-04 1.593-03 MOE-02 2.343-01 3.183-03 3.843-03 4.143-03 3.483-01 2.273-04 9.523-03 2.30E-01 2.633-04 1.67E-01 1.463-04 6.41E-01 5.15E-04 1.71E-01 6.293-03 6.913-02 3.453-01 1.353-04 9.753-03 1.343-02 3.633-03 2.953-03 3.373-01 2.563-01 2.183-02 4.563-03 4.263-03 3.143-03 1.873-03 7.343-04 8.813-04 3.263-04 2.423-04 2.89E 00 2.053-02 9.463-02 7.833-04 2.983 00 2.133-02
RADIONUCLIDE TRANSFORMATIONS
;Rb(L3m) 1+ 0.0
37-RUBIDIUM-82 HALFLIFE = 1.3 MINUTES DECAY MODE(S): EC, fl+
RADIATION B+ 4
“1 6
;+ : Y* Y 4 Y 5 Y 6
y(i)
28-MAR-76
E(i)
gg 1.723-03 l.l6E-01 8.333-01 1.91E 06 1.34E-01 5.053-03 9.383-04
8.3253-Ol * 1.157E OO* 1.5233 00‘ 5.110E-01 7.7653-01 1.3953 00 1.4753 00
LISTED X, y AND ye RADIATIONS OMITTED X, y AND yt RADIATIONS** LISTED 8, ce AND Auger RADIATIONS OMITTED p, ce AND Auger RADIATIONS’* LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
1:443-03 1.34E-01 1.27E 00 9.753-01 1.04E-01 7.05E-03 1.383-03 1.09E 06 5.363-03 1.41E 06 7.033-04 2.493 00 6.063-03
RUBIDIUM
179
;;Rb(862d) yz-
0.0
* ,
@=----t
(3/2+.5/2-)L
i
(3 /2,5 /2)-
Y 3 2+5
2-
EC,
11
9/2+
;Kr(stable)
37-RUBIDIUM-83 HALFLIFE = 86.2DAYS DECAY MODE(S):EC y(i) RADIATION Y 1 ce-L,,y 1 ce-L,,y 1 ce-L,,y 1 ce-M, y I Y 5 ce-K,y 5 ce-L,,y 5 ~6 ce-K,y 6 ce-L,,y 6 r7 ce-K,y I ce-L,,y I ~8 Y 10 Y 11 Kq X-ray Km2 X-ray KP, X-ray
$$& 7.283-01 5.703-02 1.923-02 1.32E-01 4.61E-01 3.603-04 3.63&-05 2.993-01 5.OOE-04 5.17E-05 1.63E-01 3.413-04 3.443-05 9.89E-04 6.993-03 2.603-03 3.19E-01 l&E-01 4.883-02
28-FEB-75
E(i) y(i) xE(i) 5.733-04 7.4293-03 5.413-03 7.6233-03 4.343-04 '7.6753-03 1.473-04 9.136E-03* 1.20E-03 5.2033-01 2.40E-01 5.06OE-01 1.823-04 5.184E-01 1.883-05 5.2953-01 1.59E-01 5.1523-01 2.583-04 5.2763-01 2.733-05 5.5253-01 8.983-02 5.3823-01 1.833-04 5.5063-01 1.893-05 6.4853-01 6.423-04 7.8893-01 5.523-03 7.9843-01 2.073-03 1.2653-02 4.043-03 1.2603-02 2.083-03 1.411E-02 6.893-04
2.243-01 l.O76E-02* Auger-KLL 7.663-02 1.2333-02' Auger-KLX 8.493-03 1.3883-02' Auger-KXY 1.40E00 1.413E-03* Auger-LMM 4.533-01 1.626E-03* Auger-LMX 4.183-02 1.713E-03. Auger-LXY 3.59300 1.4843-04' Auger-MXY LISTED X, y AND y-+RADIATIONS OMITTED X, y AND yz RADIATIONS** LISTED 6, ce AND AugerRADIATIONS OMITTED fi,ce AND AugerRADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS**
2.413-03 9.443-04 l.l8E-04 1.973-03 7.373-04 7.173-05 5.333-04 5.04E-01 7.613-04 1.473-02 2.283-05 5.18E-01 7.843-04
* AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
RADIONUCLIDE TRANSFORMATIONS
;Rb(32.‘77d) 20.0 (2) *_ 2+
1.8971
“/ Tc 0.8815
x3; 0.0 o+ ’ ’ ;Kr(stable)
37-RUBIDIUM-84 HALFLIFE = 3‘2.77 DAYS DECAY MODE(S): EC, fit, ,9Y(i)
RADIATION i3+ 1 s+ 2 Y? Y l ce-K, y 1 Y2 r3 Kq X-ray Kaz X-ray Auger-KLL Auger-KLX Auger-LMM Auger-LMX Auger-MXY B- 1
l.lSE-01 5.263-01 7.10E-01 4.2lE-04 4.303-03 7.803-03 2.243-01 l.l6E-01 1.58E-01 5.393-02 5.693-01 1.83E-01 1.47E 06 3.603-02
29-MAR-78
E(i)
3** 7.5633-Ol* 5.110E-01 8.8153-01 8.6723-01 1.016E 00 1.8973 00 1.2653-02 1.2603-02 l.O76E-02’ 1.2333-02’ 1.401E-03’ 1.613E-03* 1.493E-04* 3.3123-Ol*
LISTED X, y AND y+ RADIATIONS OMITTED X, y AND y+ RADIATIONS** LISTED ,9, ce AND Auger RADIATIONS OMITTED 8, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
gg$ S:OOE-02 2.693-01 6.263-01 3.65E-04 4.373-03 1.483-02 2.843-03 1.46E-03 1.70E-03 6.653-04 7.983-04 2.963-04 2.193-04 l.lSE-02 9.18E-01 8.153-04 1.55E-01 1.61E-04 1.07E 00 9.773-04
181
RUBIDIUM
!$b(18,66d) 2+ _
1.0766
3; ot t
0.0
!$r(stable)
37-RUBIDIUM-86 HALFLIFE= 18.66 DAYS DECAY MODE(S):fl-
18-OCT-78
y(i)
E(i)
RADIATION l9-1
o- 2
9.12E-01 7.094E-01*6.473-01 S.i'SE-02 1.077E 00 9.453-02
Y 1
LISTEDX, y AND y+ RADIATIONS OMITTED X, y AND y+ RADIATIONS" LISTED8,ce AND AugerRADIATIONS OMITTED 6,ce AND AugerRADIATIONS** LISTEDRADIATIONS OMITTED RADIATIONS**
9.453-02 3.793-07 6.683-01 4.543-05 7.623-01 4.583-05
* AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITIONCONTRIBUTES <0.100%TO Zy(i)xE(i) IN ITS CATEGORY. STRONTIUM-86DAUGHTER IS STABLE.
;Rb(4.?ElOy) 3/Z-
0.0, \
. ...9/2+ 1
0.0 !$r(stab
le)
37-RUBIDIUM-87 HALFLIFE= 0.47E11 YEARS DECAY MODE(S): p-
13-JAN-78
y(i)
RADIATION P- 1
E(i) 1*
LISTED0,ce AND AugerRADIATIONS LISTEDRADIATIONS * AVERAGE ENERGY (MeV) STRONTIUM-87DAUGHTER IS STABLE.
1
y(i)xE(i) l.llE-01 l.llE-01 l.llE-01
RADIONUCLIDE TRANSFORMATIONS
182
:Rb( 17.8m) 24.8529 T
B -
-
-
T
T
<
4.84sida z
3 4
B
-
a, -
-
-
7 T
u
ESr(stable)
1.8360
RUBIDIUM
183
3%RUBIDIUM-88 HALFLIFE = 17.8 MINUTES DECAY MODE(S): P-
RADIATION P- 4 p- 10 p- 11 p- 12 p- 13 Y 5 Y 8 Y9 7 10 Y 11 Y 12 Y 13
Y 14 Y 15 Y y Y y y y y
16 17 18 19 20 22
23 Y 26
y(i)
(Bq-s)-’ 2.143-02 9.853-03 1.34E-01 4.223-02 7.783-01 1.40E-01 1.03E-03 7.433-03 4.493-04 2.163-03 6.213-04 2.14E-01 l.l8E-03 5.143-04 2.783-04 18OE-03 1.963-02 l.O9E-03 2.443-03 2.143-03 1.31E-03 1.433-03
29-MAR-78
E(i)
(MeV)
2.712E-01* 8.416E-01; 1.068E 00’ 1.4933 OO* 2.3693 00* 8.9803-01 1.3663 00 1.3823 00 1.6aOE00 1.780E 00 1.7983 00 1.836E 00 2.111E 00 2.118E 00 2.3883 00 2.5783 00 2.6783 00 2.7343 00 3009E 00 3.2183 00 3.4863 00 4.7433 00
LISTED X, y AND y+ RADIATIONS OMITTED X, y AND yz RADIATIONS** LISTED fl, ce AND Auger RADIATIONS OMITTED 0, ce AND Auger RADIATIONS** LISTED RADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITION CONTRIBUTES
H3 8:293-03 1.43E-01 6.313-02 1.84E 00 1.26E-01 1.40E-03 l.O3E-02 7.553-04 3.853-03 1.12E-03 3.933-01 2.483-03 l.O9E-03 6.643-04 4.633-03 5.243-02 2.983-03 7.343-03 6.893-03 4.553-03 6.803-03 6.263-01 2.383-03 206E 00 2.853-03 2.693 00 5.233-03
184
$b(
RADIONUCLIDE TRANSFORMATIONS
15.2m)
4.0938
3.5087 ho
17
3.2279 -
w
v54
x.0
x3
I
3/a r
2.7072 2.5701
1.4734 1.0320
/+5/Z+ B18
1 tt ’ ;;Sr(50.5d)
0.0
RUBIDIUM
185
37-RUBIDIUM-89
29-MAR-18
HALFLIFE= 15.2MINUTES DECAY MODE(S):/IY(i)
RADIATION P- 6 P- 8 fl-9 p- 10 p- 12 fl-13 fl-14 p- 15 j3- 16 p- 17 fl- 18 Y 3 Y
8
Y
14
Y
16
17 Y 23 Y
Y 26 Y
29
30 Y 31 Y 35 Y 37 Y 38 Y 40 Y 42 Y 45 Y 48 Y 54 Y 57 Y
Y 62
3.253-01 2.163-02 2.963-02 3.353-01 4.833-03 4.533-03 2.173-03 2.463-03 9.853-03 2.463-01 1.423-02 9.983-02 9.223-02 2.263-03 5.8OE-01 2.203-03 4.263-01 3.543-03 1.973-03 2.553-02 3.313-03 2.383-02 2.323-03 1.33E-01 18OE-03 9.863-02 2.033-02 7.543-04 l.l5E-02 7.543-04
E(i)
(MeV) 3.4613-01'm3 4.6613-01'1:52E-01 7.113E-Ol*1.533-02 7.611E-Ol*2.253-02 8.950E-01'3.OOE-01 9.989E-Ol*4.823-03 1.022E 00' 4.633-03 1.054E OO* 2.283-03 1.2773 OO* 3.143-03 1.4843 00* 1.463-02 1.9793 00' 4.873-01 2.7243-01 3.863-03 6.5773-01 6.563-02 9.4773-01 8.743-02 1.025E 60 2.323-03 5.983-01 1.032E 00 2.693-03 1.220E 00 5.31E-01 1.2483 00 1.4733 00 5.213-03 2.963-03 1.501E 00 1.5383 00 3.933-02 1.940E 06 6.413-03 4.773-02 2.008E 00 2.0583 06 4.773-03 2.1963 00 2.933-01 2.2803 00 4.10E-03 2.5703 00 2.533-01 2.7073 00 5.503-02 3.2283 00 2.433-03 4.033-02 3.5093 00 4.0943 00 3.09E-03
LISTEDX, y AND ye RADIATIONS OMITTED X, y AND yt RADIATIONS** LISTED/3, ce AND AugerRADIATIONS OMITTED 0,ce AND AugerRADIATIONS'* LISTEDRADIATIONS OMITTED RADIATIONS** * AVERAGE ENERGY (MeV) ** EACH OMITTED TRANSITIONCONTRIBUTES CO.lOO% TO Zy(i)xE(i) IN ITS CATEGORY. STRONTIUM-89DAUGHTER IS RADIOACTIVE.
2.05E 00 2.193-02 l.OlE00 1.973-03 3.06E00 2.383-02