FIGURES
eee ee 2553
tee ee 15h
So,
a ee
Wee
;
,
eee es
4
a re
5
1.6
1.7
1.8
1.9
1.10
1.121
miemisphere
1.12
1.13
1.24
Nec
yer-all Sketch)
rPace
1-55
i.
SY
sete ee eee ee 1-58
cee et ee ee ee 1-59
wee eee ee ee 1-60
wee eee ee ee 1-61
we eee ww ee 162
....... 2 ee ee es
Radii vs Time, ~~
we tw ew we ew ew
Interface Radii vse Time,
1.17
Interface Radii vs Time,
1.19
Interface Radii ve Time,/.
1-63
ae
1A-6K
REE
lee eee 1-65.
Radii ve Time,
1.15
re
23
ph
ie
i
=
Le ee ee 1-66
i
wee ee 1-68
es
22 ee.
1-67
oe ee
1-69
oe
ee eee
1-71
f
1.21 Sketch of Racer IV... 2... .4-22e2084 1-73
i
1.16 Interface Radii vs Time,
wor
1.18 Interface Radii ve Time,
1.20
od
~ 2 1-70
Sketch of Cobra... ....-620-4 202020440
Bee
1-72
ae
CHAPTER 2 MEASUREMENTS
i”
ouse Dog and George;
2.2
Power vs Time--Greenho
2.3
Time of Minimum vs Total Energy Release ......
pd st imated
and King (NRL Optics DiWData)
2.4
e
e
«
e
e
..........
Yield va Time Difference ("Prediction Plot” for
Time of Arrival Measurement ...... 2-4-2 1 6
2.5
Shock Arrival Time va Distance
2.6
........2..
Comparison of Plastic at High Gamma Dosage Rates
with Terphenyl in Toluene at Lower Rates
2.7
3
-
2-350
rb:
2-31
Vie
i,
Bohl
ne
Reactions... 1 we ee ee ee ee et ew ew ww
AS
=
Nitrogen Capture Gamma “Rays ce ee tw ew me ee ew
Fission Product Gamma-ray Intensity... >- - Fission Product Gamma Ray8 in Air. . ..4NM%....
2.12
2-26
tk tee ee ee ee
vs Temperature for the D-T and D-Dp
Total Cross Sections for the D-T and D-D,
2.10
2.11
2-25.
2-36
Reactions... ct ee
2.9
2 -23
.....
G
Vv
2.8
Geometry of Ganex and Tenex. Channels,
Experiment
. 6, 0. ee ee ee ee Me ee we
i
i
i:
2H
=
2-53
2-54
a
=
OATH
ee
Fs
.
=?
-
quae
z
l¢
vil
-
£
=.
?4
=
Onetig.
One
°
og and George; Ivy Mike
|
fer,
Fireball Radius vs Time--G
| ARUNUALL
2.1