affected by surface conditions.
Far example, supposing it
exploded
over a city or over an agricultural country or something
like
this.
For
the time being let's just look at thie and learn what lessons we can fros
it. This {s ground sero here, and these lines vhich are dram, are lines
of equal radioactivity on the ground vhich were masured a atter of
several hours after, or even a day I guees, after the shot bocurred. This
is for TUNBLER/SHAPPER Mo. 5. We'll just look at it b:
to ehow the
typical pattern vhich demonstrates @ large fallout here,
m then a secondary
fallout at some distance away.
This is past the Lincoln
mike.
Unfortunstely
I don t have a scale of miles here, but it s on the order of ten to twonty
nites fromthe grow sero, end if you'll correct ma if Ts
wrong about this.
What's that?
Seventy-five miles.
§&c:
anything very
Z should have
bad the scale of miles on here. These arrows thet are plotbed here correspond to the hypothetical trajectory which a 100 micron particle vould take
it is started from any level and fell following the winds,
nd fell at a
rate corresponding to Stokes lev. The center would co esppnd to the fall
of a 100 micron particle from about 20,000 feet. I mentior that inpeseing,
We will Giecuss that in sore detail thisafternoan, Hext
abide.
WEXLER 3
(first, question about the other maximm). xz
:
KELLOGG: (117)
This other saximus down on the side, to go back, well, presmadly from
ancther section of thetloud, another wing structure, Do you vant to comment
Jon that one?
LULESIAN:
|
Dr. Wexler, that other mim is that cme percent that we fan;t explain by
Stokes lav, and it always eccurred that way; it might be
topog aphy, it might
ai