7.
Bell, Carlos G.
NUCLEAR LONGE-RANGE FALLOUT IN SURFACE WATERS.
(Cont'd. )
As the peak radioactivity concentration in rain and sure
face waters occurred about a month after these tests, the
Atomic Energy Commission - Civil Defense Administration
beta concentration level for 30 day water consumption
appears pertinent. This indicates that for drinking
water purposes, the Ivy test would have had to discharge
(31,000 p
curies per milliliter) / (0.02 » » curies per
milliliter) = 1,500,000 times as much fission radioactivity to reach the above mentioned level in eastern
Massachusetts.
Bergh, H.3; Finstad, G.3; Lund, L.3 Michelsen, 0.3 and
Ottar, B.
RADIOCHEMICAL ANALYSIS OF FALLOUT IN NORWAY.
Communication Nos 1.
May 1957.
Defence Research Establishment, Oslo.
8p.
Norwegian
(In English).
Data are tabulated on the concentration of radioactive
iodine and strontium in samples of milk, and radioactive strontium and cesium in samples of drinking
water collected in Norway, January to May 1957.
9.
Bergh, H.; Finstad, @.3 Lund, L.3 Michelsen, 0.3 and
Ottar, B. RADIOCHEMICAL ANALYSIS OF FALLOUT IN NORWAY.
Q
ca
No,
2,
June 1957. QYp. Norwegian
efence Research Establishment, Oslo.
(In English).
Data are tabulated on the concentration of radioactive
iodine and strontium in samples of milk, radioactive
strontium and cesium in samples of drinking water, and
radioactive strontium in tea and coffee preparations
collected in Norway during May 1957.
10.
Bergh, H.; Finstad, G.s Lund, Le; Michelsen, 0.3 and
Ottar, B.
RADIOCHEMICAL ANALYSIS OF FALLOUT IN NORWAY.
Monthly Communication3. July 1957. 7p.
orwegian Defence Research Establishment, Oslo.
(In English).
Data are tabulated on the concentration of radioactive
iodine, strontium, and cesium in samples of milk and
radioactive strontium and cesium in samples of drinking
water collected in Norway during June 1957.