Bulk and isospin instabilities in hot nuclear matter

Publication Date : 16-May-2017
Category :
Status : published


Data

Data tables : Figure 1 (K(ρρ0), KDE0v1, T=0)


Figure 1 ((K(ρρ0), KDE0v1, T=8)


Figure 1 (K(ρρ0), KDE0v1, T=14)


Figure 1 (K(ρρ0), SkM*, T=0)


Figure 1 (K(ρρ0), SkM*, T=8)


Figure 1 (K(ρρ0), SkM*, T=14)


Figure 1 (K(ρρ0), SLy230b, T=0)


Figure 1 (K(ρρ0), SLy230b, T=8)


Figure 1 (K(ρρ0), SLy230b, T=14)


Figure 2 (Csym(ρρ0), KDE0v1, T=0)


Figure 2 (Csym(ρρ0), KDE0v1, T=8)


Figure 2 (Csym(ρρ0), KDE0v1, T=14)


Figure 2 (Csym(ρρ0), SkM*, T=0)


Figure 2 (Csym(ρρ0), SkM*, T=8)


Figure 2 (Csym(ρρ0), SkM*, T=14)


Figure 2 (Csym(ρρ0), SLy230b, T=0)


Figure 2 (Csym(ρρ0), SLy230b, T=8)


Figure 2 (Csym(ρρ0), SLy230b, T=14)


Figure 3 (ΓΓ+(q), T=2)


Figure 3 (ΓΓ+(q), T=2, nonviscous)


Figure 3 (ΓΓ+(q), T=4)


Figure 3 (ΓΓ+(q), T=6)


Figure 3 (ΓΓ+(q), T=8)


Figure 4 (ΓΓ-(q), T=2)


Figure 4 (Γ-(q), T=2, nonviscous)


Figure 4 (ΓΓ-(q), T=4)


Figure 4 (Γ-(q), T=6)


Figure 4 (Γ-(q), T=8)


Figure 5 (Γ(L), T=0.5)


Figure 5 (Γ(L), T=4)


Figure 5 (Γ(L), T=6)


Figure 5 (Γ(L), T=8)