ML19351D895
| ML19351D895 | |
| Person / Time | |
|---|---|
| Site: | 07001092 |
| Issue date: | 10/24/1980 |
| From: | EG&G, INC. |
| To: | |
| Shared Package | |
| ML19351D893 | List: |
| References | |
| WAMD-011-ADD, WAMD-11-ADD, NUDOCS 8011200343 | |
| Download: ML19351D895 (5) | |
Text
(-x in Addendum:
Gamma radiation exposure levels
- within the survey area vary from approximately 6 pR/ hour (A level) over submerged regions to a maximum j
of 14 UR/ hour (D level) over other areas.
These variations are reason-s able and compatible wi th the geology of the survey area.
Terrestrial gamma radiation emanating from the lake bottom has been absorbed or attenuated by the lake water (A level) while higher activity (D level) is char cteristic of the outcroppings of strata that occur in the area.
The average (C le.el) exposure rate range measured for the overall survey area is 8 - 12 uR/ hour.
These levels are in reasonable agreement j
for the State average of 12 pR/ hour.
j
(*) All exposure rates are normalized for one (1) meter above ground level.
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I, In addendum:
Gamma radiation exposure levels
- within the survey area vary from i.
. approximately 6,pR/ hour (A level) over. submerged regions to a maximum of L14 OR/ hour (D level) over other areas.
These variations are reason-s Terrestrial l
able an'd compatible with the geology of the survey area.
1 gacna radiation emanating from the lake bottom has-been absorbed or attenuated by'-the lake. water L(A level) while higher activity (D level)
J
-is characteristic of the outcroppings of-strata that occur in the
- area, i
The average (C level) exposure rate' range measured for the overall survey area is 8 - 12 uR/ hour. These levels are in reasonable agreement j
for the State average of 12,pR/ hour.
~
(*) All exposure _ rates are normalized for one (1) meter above ground f
level.
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. _n Addendum:
I
- Gamma radiation exposure levels
- within the survey area vary from approximately 6fA/ hour-(Alevel)oversubmergedregions.toamaximum of 14)JR/ hour (D level) over other areas.. These variations are reason-i 1
able and -compatible with the geology of -the survey area.. Terrestrial gamma' radiction emanating from the lake bottom has been absorbed or attenuated by the lake water (A level).while higher activity -(D level) is characteristic of the outcroppings of strata that occur in the area.
The average (C level) exposure rate range measured for the overall survey area is 8 - 12)JR/ hour. These levels are in reasonable agreement for the State average of 12}JR/ hour.
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(*) All <,.posure rates are normalized for one (1) meter above ground s
leveI.
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. __In Addendum:
- Gamma radiation exposure level s* within the survey area vary f rom i
approximately 6)UR/ hour (Alevel)-oversubmergedregionstoamaximum
_ of.14,UR/ hour (D level) over other areas..These variations are reason-able and compatible with the geology of the survey area.
Terrestrial gamma radiation emanating from the lake bottom has been absorbed or=
E attenuated by' the lake water (A level) while higher activity (D level) is characteristic of the. outcroppings of strata that occur in the area.
The average (C level) exposure rate range measured for the overail-survey area is 8 - 12 uR/ hour.
These levels are in reasonable agreement j
for the State average of 12,pR/ hour.
(*)
Al' exposure rates are normalized for one (1) meter above ground i
i level.
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_In Addendum:
Gamma radiation exposure levels
- within the survey area vary from approximately 6 pR/ hour (A level) over submerged regions to a maximum j
of 14,UR/ hour (D level) over other areas. These variations are reason-Obie and compatible wi th the geology of _ the survey area.
Terrestrial gamma radiction emanating from the lake bottom has been absorbed or attenuated by the lake water-(A level) while higher activity (D level) is characteristic of the outcroppings of strata that occur in the area.
The average (C level) exposure rate range measured for the overall survey area is 8 - 12 uR/ hour.
These levels are in reasonable agreement j
for the State average of 12 pR/ hour.
j
(*) A,ll exposure rates are normalized for one - (1) meter above ground level.
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