Figure 3: Impact simulations. | Nature Communications

Figure 3: Impact simulations.

From: Peak-ring structure and kinematics from a multi-disciplinary study of the Schrödinger impact basin

Figure 3

Five time-steps of the Schrödinger basin impact event modeled using the iSALE hydrocode. The crust is coloured brown and the mantle is coloured grey. (ae) Left: the basin-forming event assuming a 20 km-thick target crust, which may better represent the far eastern side of the basin (beyond the study area). (fj) Right: the basin-forming event assuming a 40 km-thick target crust, which best represents the side of the basin that produced the massifs in the study area. The cell size is 625 m and there were 20 cells per projectile radius. Arrows highlight the general movement of material during basin formation. (f) is shown in a simplified form in Fig. 8a; in j is shown in a simplified form in Fig. 8b.

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