a 4
=
a
Mm
~
* gea
*
a nrteaaOe naan
See se stgenA nk
TABLE Lok + Shot 1, H+ 5.2 Days
Enercy (Mev)
Percent of Flux
Cumulative
a ee reeee ah ee HORGENEPose
0,035
5.97
0.65
11.53
0.100
36,47
0.135
3.81
0.210
10, L9
0.250
5423
_
36
52
!
|
0,285
4.05
Jo
04320
2.21
!
0,486
5.13
65
0.750
5.08
83
|
0.815
1.82
89
|
1.590
1.88
100
|
0,659
h.3
!
10
i
5435
|
BETA ENERGY
The beta radiation energy was not measured directly in any of the
fallout or soil samples,
However, from available data on the radio-
chemical composition of the fallout (Reference 6), it has teen estimated that from 30 to 65 pergent of the beta radiation during the exposure period was due W Np*’’, and had an average Ejay of about 0.3
Mev, The balance of the radiation was of higher energy, with an
average E.ngy of atcut 1,8 Mev, The half-value thickness in tiss:e for
the low energy canponent is about 80 microns, with a range of about
800 microns total, For the high energy component, the half-value thickness ig about 800 microns and the range about 8000 microns, Since no
estimate could be made of the anount of material on the sxin surface
or length of tine it remained there, only rough estinatas based on
clinical evidence could be made of the skin bata doses, (See Reference
16).
21