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Theoretical Maximum Density
>1.910 g/cm3
Preparation Method
Vacuum casting and pressure curing
Data Summary
PO = 1.910 g/cm3. T, = 25°C. Technique 4
Shot
Number (G?a)
E-4213
E-4209
E-4193
E-4207
E-4194
E-4208
E-4202
E-4203
E-4225
E-4221
E-4218
and
E-4219
Initial Shock Parameters
0.5
2.40
2.49
2.35
4.44
5.20
6.75
4.80
12.2
10.20
UP0
(mm/m)
Table 4.49 VOP-7 CLASS VII PROPELLANT
US0 l/2 b
(mdm) (mm/m*)
Coordinates for
High-Order
Detonation
X* t*
(mm) (PS)
0.093 2.811 -0.030 B25.3 B9.93
0.394 3.186 0.015 >25.2 >8.13
0.392 3.323 0.032 21.49 5.90
0.385 3.195 0.054 21.04 5.84
0.643 3.615 0.070 11.64 2.90
0.710 3.835 0.292 6.17 1.43
0.858 4.121 1.077 3.95 0.78
0.706 3.561 0.515 6.06 1.41
1.081 5.911 -0.395 1.914 0.33
1.157 4.614 1.578 1.49 0.29
N 15 GPa expected, but results are not consistent with those of other experi-
ments. It is not clear whether the inconsistency is caused by the poor records
obtained or by the unusually large change in slope of the U,-U, curve.
Reduced Data
U,, = (2.571 f 0.080) + (1.708 f O.l211)U,,.
Driving System Thickness
(mm)
A, 11.4 SS, 10.9 Plex
A, 25.4 Plex
B, 10.9 Plex
B, 10.9 Plex
B, 12.7 Plex
J, 11.4 Plex
B, 24.7 Plex
J, 11.4 Plex
J, 48.6 Plex
J, 50.7 Plex
J, 24.2 Plex
J. 24.2 Hex