Figure 10

Figure 10: The thin-shell field profile for the model V = M 6ϕ −2 with Φc = 0.2, Δ &tidle;rc∕&tidle;rc = 0.1, mA r&tidle;c = 20, and Q = 1. This case corresponds to 4 &tidle;ρA∕ρ&tidle;B = 1.04 × 10, −3 ϕA = 8.99 × 10, − 1 ϕB = 1.97 × 10 and −1 𝜖th = 1.56 × 10. The boundary condition of φ = ϕ∕ϕA at xi = &tidle;ri∕r&tidle;c = 10− 5 is φ (xi) = 1.2539010, which is larger than the analytic value φ (xi) = 1.09850009. The derivative φ′(xi) is the same as the analytic value. The left and right panels show φ (&tidle;r) for 0 < &tidle;r∕&tidle;r < 10 c and 0 < &tidle;r∕&tidle;r < 2 c, respectively. The black and dotted curves correspond to the numerically integrated solution and the analytic field profile (11.26View Equation) – (11.28View Equation), respectively. From [594].