Figures & data
Figure 1. The overtaking collision profiles between (a) two single-E and (b) two single-ULF shock waves for ultra-relativistic case , (c) two single-E and (d) two single-ULF shock waves for non-relativistic case
for
= 0.01,
, and
![Figure 1. The overtaking collision profiles between (a) two single-E and (b) two single-ULF shock waves for ultra-relativistic case γe=γℓ=4/3, (c) two single-E and (d) two single-ULF shock waves for non-relativistic case γe=γℓ=5/3 for α=0.66, η = 0.01, k1=0.8, andk2=1.](/cms/asset/f5e9624d-86a3-4dc2-b5eb-4fe6730348d0/tusc_a_2035070_f0001_oc.jpg)
Figure 2. The overtaking collision profiles between (a) three single-E and (b) three single-ULF shock waves for ultra-relativistic case , (c) three single-E and (d) three single-ULF shock waves for non-relativistic case
for
= 0.01,
,
and
![Figure 2. The overtaking collision profiles between (a) three single-E and (b) three single-ULF shock waves for ultra-relativistic case γe=γℓ=4/3, (c) three single-E and (d) three single-ULF shock waves for non-relativistic case γe=γℓ=5/3 for α=0.66, η = 0.01, k1=0.8, k2=1 and k3=1.2.](/cms/asset/f511b1d2-7230-4ff8-8677-2e0a9f8c3746/tusc_a_2035070_f0002_oc.jpg)
Figure 3. The nonlinear coefficient A (a) for ultra-relativistic case and (b) for non-relativistic case
.
![Figure 3. The nonlinear coefficient A (a) for ultra-relativistic case γe=γℓ=4/3 and (b) for non-relativistic case γe=γℓ=5/3.](/cms/asset/379938a4-97fb-4659-9f11-c7171afdbd25/tusc_a_2035070_f0003_oc.jpg)