78.
Russell, R. Seott; and Milbourn, G. M.
RATE OF ENTRY OF RADIOACTIVE STRONTIUK INTO PLANTS FROM
SOT.
79»
Nature 180, 322-24 (1957).
Sadchikov, S.3; and Andreeva, 0.
INVESTIGATION OF THE RADIOACTIVITY OF COW MILK.
_ MolechnayaPromyshlennost 18, 34-5 (1957)
The highest concentration gt radioactive yi31 in milk
was found.in the fat.
I 31 of milk varied, however, from
1.5 x 10-8 ¢./1. and was from 13.8 to approximate 20.0
per cent of that emitted by the Pyatigorsk mineral waters.
80.
Sams,
Cc.
F.
THE MEDICAL ASPECTS OF RADIATION FALLOUT - CURRENT
CONCEPTS,
a86,
930<3
Anerican
19
Variables which have a major impact on the appraisal of
radiation hazards from fallout include:
(1) nonuniformi-
ty of fallout within a given isodose area;
shielding factors;
(2) the
(3) the conversion of these variables
into terms of absorption of energy from varying external
gamma radiation over a period of time at six critical
areas within the human body;
(4%) evaluation of these
different energy absorptions in terms of different functional responses, including direct local and indirect
whole body responses, both in the acute and delayed
phases; and
(5) the variables of internal emitters as
well as direct surface contamination. It is possible
that attenuation factors in buildings may increase the
Jethal limit in the sense that there may be sufficient
survivors to constitute a medical problem in a fallout
field in the event of a thermonuclear attack.
4
fan
81.
Schubert, Jack; and Lapp, Ralph E.
82.
Shilling, C. W.
83.
GLOBAL RADIATION LIMITS.
s 23-6 (1958).
RADIATION AND ITS HAZARDS.
9, 198-201 (1958).
Nuclear
Shipman, William H.; Simone, Philips and Weiss, Herbert
DETECTION OF MANGANESE-54 IN RADIOACTIVE FALJ.OUT.
Science 126, 971-2 (1957).
An isolation procedure was adapted to the analysis of a
yremitter with an ererey of 0.3% weeeve. From fallout
sampies following nuclear test explostons.
Mn7", Ce,
and Zr carriers plus the sample were oxidized with
NaCi0..
‘cont'd. )