●
NET EXTERNAL
RADIA”Tlot+
>-10:
rlJ
3
“
Cy5
L&f
.
h-
o
0
1500
1000
500
DOSE EQUIVALENT
‘o
10
5:.
RESIDENCE INTERVAL
L
~.1
1I_l.ilatLD.
i
[
(yrs)
(rn Rem)
10
o
5
k
kL--
RADIATION TO
BONE MARROW
0–
o
-
IA.
a
h-r
az
-
LL
20Q
DOSE EQUIVALENT
m
y5”
0
—rT=---~’
100
‘37cs - 137mBa
RADIATION TO
TOTAL BoD’f
>
90#3y
“
‘-
o
300
1000
500
1500
DOSE EQUIVALENT
(mRem)
?000
(mRem)
:lml[~:f
1000
0
2000
1000
0
2000
3000
DOSE EQUIVALENT
(m Rem)
TO”~AL FEMALE DISTRIBUTION OF DOSE EQUIVALEt’JT
AND f’OST flESIDENCE)
OR RESIDENCE
lN-TE[lVAL
(DURING
FOR
DOSE EQUIVALENT
Fig.3.
3000
IN I{ABITAN’TS
(rnRcrn)
OF lJIKINl
ISLAN[),
DIKINl
I
ATOLL