Froction of Total por
10 KV intorval
*
(See Tobie B-2 for origin of these curves}
tat
O2
ey
O14
0%
20
MEV
04
5
O37
Ze
02
Se
on
re
=>
iz
u2
z
33
0
2nd Ooy
|
,
0
20
MEV
20
MEV
—s20
MEV
o4 n
.03}
e
ce 02
$5
Hy
3rd Da
y
eS 01
we
{———).
0
04,
z
03
Bs
02)
Be
.O1f
ss
4th Day
ol
uQ
10
Figure B.2 Histograms of degraded dose spectra.
Table B.2
Ez
Ehorgy
Interval
(mev)
a
(h/urPor)
Effective Kesponse Sensitivity of Mark II to Estimated Fallout Radiation®
D + 1 Spectrun
D(Bj)
mJ DEJ)
(pA/ur/br)
0
0-0.05
0
13
0.10-0.14
1.05
.03
0.05-0.10
0.40
0.14-0.20
0.20~0.30
1.45
1.55
ell
04
2
0.30-0.40
1.60
04
1.00+-1.50
1.90
05
©.40-1.00
1.50-1.80
1.80-2.30
2.30-2.60
1.75
1.95
1.98
~ 2.00
Colurm No. 1
2
33
005
04
15
0
015
06
.03
-06
42
220
58
225
hh
.020
04
06
.06
.10
.010
003
-006
002 ~.004
3
D+ 2Spectrm
D+ 3 Spectrom
D(Bj) mj D(E§)
D(Ej)
mj -D(ES)
4
22
06
207
32
a
10
015
.03
05
035
12
07
003
-002.
.006
~.004
5
6
0
09
.07
>arj
=}DCR)
16
17
.07
0
07
07
10
215
10
.02
03
02
+03
050
10
165
+045
-065
2004
-004
7
«33
329
09
13
.008
~.008
8
20
145
-O75
-003
005
9
015
31
+25
.
.
~.010
10
Effective response
to degraded radiation
¢.Jaehee
mr/hy,
C =Z nj D(EJ) =
3
1,310
1.190
1.1%
Mean value of C = 1.21¢4/or/nr
= effective monochromatic response in jth interval - in “£/mr/hr (USBS)
D(Zj) = degraded spectrum - fraction of total dose (AFSWP #502K.
nj D(Ej) = effective response to degraded radiation in jth interval - in “«f/or/br
*
See description in paragraphs 3.2.2 and B.2.6
84
1.142