47.
Jurkiewicz, L.
RADIOACTIVE CONTAMINATION OF THE ATMOSPHERE BY THE FALL-
OUT FROM NUCLEAR EXPLOSIONS.
(cont'd.)
Tables showing the recent data on the dose of ionizing
radiation received by man in various conditions are pree
sented, and the extreme importance of systematic monitor-
ing of radioactivity in the atmosphere is stressed.
reget » Gunter
SUREMENTS OF LONG-RANGE PALLOUT IN RIO a. aaeerRe
1
4g,
Wee72h53
= English).
Langham, Wright H.; and Anderson, Ernest C.
Boe AND SKELETAL FORMATION. Science 126, 2051957).
The potential radioasatrontium level to be expected in the
skeletons of growing children as a result of environmental contamination was computed. Results are based on
available data on the rate of bone remodeling and ex~
change, the rate of skeletal growth, and the level of
Sr9Y
in the biosphere.
Lebedinskii, A. V.
90
ON THE CONSEQUENCES OF RADIOACTIVE SR’~
FALLOUT.
MedicalRadiology 2, 22-33 (1957)
(In Russian).
51. “Libby, Willard F.
DISTRIBUTION AND EFFECTS OF FALLOUT. Bulletin
AtomicScientists lt, 27-30 (1958).
52.
53.
Libby, W. F.
FALLOUT HELPS WEATHER STUDIES. and
Boergy 2, 236-7 and 245 (1958).
Libby, Willard F.
“RADIOACTIVE FALLOUT.
30p.
Remarks prepared by Dr. Willard F. Libby, Commissioner,
U. S&S. Atomic Energy Commission for delivery before the
Swiss Academy of Medical Sciences Symposium on radio-
active fallout, Lausanne, Switzerland, March 27, 1958.
13