Summary: 0 0 .05 0 .1 0 .15 0 .2 0 .25 0 .3
Abscisse (m )
�0 .05
0
0 .05
G az de
de tona tion
Explosif
non reagi
pq+��g+u��
'''�p#i+...
#�''qgi+qp
q#'x�...u�q
...t�iwr''��+
## y#
Figure 19: Detonation wave in a 84mm diameter cylindrical charge in a Plexiglas tube. Density contours
E x p l o s i f
n o n r � a g i
f r o n t d e l a
d � t o n a t i o n

Source: Abgrall, R�mi - Institut de Mathematiques de Bordeaux, Universit� Bordeaux

Collections: Mathematics