een
oe wetter -
.
A
+a SPAN,weTo
ve
CHAPTER @
MEASUREMENTS (Cont'd)
rere
2.13
+
ie Seti
je yp be
2.14
Bekavior,
.
2.18
Relative Number of D-
2.19
Temperature ..
Thermal Yield va Radiochemical Yield
......
Predicted Thermal Flux at Sea Level for
Ivy King Ganma-rey Intensity ve Time, 1660 meters
Dose Rate vs Time, 550-KT Composite, 1660 meters
(Greenhouse Hasy and Ivy King Data) .......
2.2026.
ce
we eee
Ivy Mike Fall-out Intensity va Time .......
Contamination from Mike Shot, MDay.......
Contamination from Mike Shot, M+1Day.....
Contamination from Mixe Shot, M+ 2 Days ....
Contamination from Mixe Shot, M+ 3 Daye
....
Contamination from Mike Shot, M+ 4 Days
....
3.18
Contamination from Mize Shot, M+6 Days
....
3.23
3.24
Contamination from Mike Shot, M+ 11 Daya ....
Contamination from Mike Shot, M+13 Daya ....
3.19
3.20
3.21
3,02
Contamination from Mike Shot, M+ 5 Daye
Contamination
Contamination
Contamination
Contamination
from
from
from
from
Mike
Mike
Mike
Mite
Shot,
Shot,
Shot,
Shot,
....
M+ 7 Days ....
M+ 86 Days ....
M+ 9 Days ....
M+10 Days... .
hear
sg
wep
7
’
a-~
tr,
wea
3.17
Copledsooe
LANL, J-Dly,
vill
wae
arma
3.15
3.16
.......6
.
3,11
3.12
3.133,14
Computed Data)
PIS apie angie“1th iat sree one
“* FRRMt
3.9
3,10
se
Prompt Dose va Distance, 10 MI (Ivy Mike and
0
oO
3.8
AN
(r/sec ves time in sec) . ... te tt ew
Ivy Mike Ganma-ray Intensity vs Tims, 4000 meters
WN An
(r/sec va time in ysec) . . . . ee ee
Ivy Mike Gamma-ray Intensity va Time, 2300 meters
tee
.......-+-+6-
they
ve Time
vy Mike Gamma-ray Intensity ve Time, 2300 meters
PR OLasa
Al
ee hye
11, Showing Zero Point
..
Alpha vs Time .....4..
i
3.7
ray se
SS Showing Zero Points .. .
NNPEP Pee Pe
3.6
...
.
3.1
3.2
3.3
3.4
ey
Atmospheric Conditions Similar to Ivy Mike
MISCELLANEOUS DATA
3.5
actions as Function of
Energy in Center of Mass System at 10-kev
‘
2.20
CHAPTER 3
(r/aec va t)
Display System Cove
VEOH Od Ot at Ot at Ol Od td Gt Ot at ot Oe
2.17
a
2.16 Expected Signal Behavior,
oh oe
Se bg
2.15