TABLE BT
GAMMA DOSL RATLS CONTRIBUTED BY VaRIOUs INTERVALS OF
ASSUMED GAMM.A\-ENERGY SPECTRa
See Section B.2 fer detuis.
Energy Interval
Mev
“G to 0.09
v.09 1s wls
0.15 to 6.37
0.37 to 0.93
0.93 to 5.0
TABLE B.6
Dose Rai from Enera Interva
Class
9 sec After Fission
7 min Atter Fission
Mark
Original
Degraded
Original
Degraded
0.3 hr After Fission
Original
Degraaed
Mev
Spectrum
pet
Spectrum
pet
Spectrum
pet
Spectrun.
pet
Spectrum
pet
Spectrum
pet
0.07
(12
0.18
0.66
1.25
0
0
0
36.9
69.1
34.1
2.4
3.9
34.8
22.8
0
Q
G
45.8
54.7
33.5
2.3
6.1
36.6
19.3
0.7
0.3
4.8
22.7
71.5
20.7
3.5
14.7
32.2
28.9
GAMMA DOSE RATES CONTRIBUTED BY VARIOUS INTERVALS OF
ASSUMED GAMMA-ENERGY SPECTRA
See Section B.2 tor details.
Dose Rate from EnergyInterval
EnergyInterval
Class
Mark
Mev
Mev
@ to 6.089
0.09 to 9.15
0.15 to 0.37
6.387 to 0.98
6.93 to 5.0
0.07
0.12
0.18
0.66
1.23
TABLE B.9
1.1 hr After Fission
Original
Degraded
Spectrum
Spectrum
pet
pet
12.9
0.4
3.9
28.3
54.3
5.2 hr After Fission
Original
Degraded
Spectrum
Spectrum
pet
pet
33.0
3.2
13.4
28.1
22.8
30.1
1.1
5.3
34.5
30.9
37.4
3.6
14.7
29.4
14.9
9 hr After Fission
Original
Degraded
Spectrum
Spectrum
pet
pet
0.6
2.6
5.6
60.1
31.1
GITR BIAS-CORRECTION FACTORS
Tolerance half-intervais, covering 95 percent of the population with 95 percent confidence, are shown in parentheses as percentages of the factors.
Type of GITR Installation
Appropriate Period of Application Relative
to Envelopment of Ship by Base Surge
Before
* During
Afterward
0.94 11155)
0.94 (3.3%)
1.03 (13°)
0.97 (4.7%)
0.81 (9.4%)
0.86 (12%)
Low-Range Chamber:
Standard exterior station
Standard interior station
Detector inside recorder case
Combined average
High~Range
0.94 114 3)
0.91 (5.5%)
0.93 (4.97%)
0.92 (5.65)
0.97 (7.8%)
0.95 (6.17%)
1.07 (15%)
—_
Chamber:
Standard exterior station
Standard interior station
Detector inside recorder case
Combined average
0.79 (7.7%)
0.78 (1.0%)
0.79 (2.87)
0.79 (3.2%)
92
6.82 (3.95)
0.84 (3.5%)
0.83 (6.9%)
0.84 19.2%)
G.94 (18%)
_—
468.4
3.4
17.6
23.8
6.8