Normalized Lagrangian radius
Fig. 6.3 Particle velocity as a function of normalized Lagrangian radius is shown for the point
source explosion at the times indicated. For the numerical procedure the following parameters
apply; λ s ¼ 0.054, Δλ ¼ 1.08 Â 10
À3
, Δτ ¼ 5 Â 10
À6 and κ ¼ 1.5
Normalized Lagrangian radius
Fig. 6.4 Density as a function of normalized Lagrangian radius is shown for the point source
explosion at the times indicated. For the numerical procedure the following parameters apply;
λ s ¼ 0.054, Δλ ¼ 1.08 Â 10
À3
, Δτ ¼ 5 Â 10
À6 and κ ¼ 1.5
296
6 Numerical Treatment of Spherical Shock Waves
Fig. 6.3 Particle velocity as a function of normalized Lagrangian radius is shown for the point
source explosion at the times indicated. For the numerical procedure the following parameters
apply; λ s ¼ 0.054, Δλ ¼ 1.08 Â 10
À3
, Δτ ¼ 5 Â 10
À6 and κ ¼ 1.5
Normalized Lagrangian radius
Fig. 6.4 Density as a function of normalized Lagrangian radius is shown for the point source
explosion at the times indicated. For the numerical procedure the following parameters apply;
λ s ¼ 0.054, Δλ ¼ 1.08 Â 10
À3
, Δτ ¼ 5 Â 10
À6 and κ ¼ 1.5
296
6 Numerical Treatment of Spherical Shock Waves