A small curved cubic on the right side of the model schematically shows a grid cell for the computation by the quasi-Cartesian FDTD Fig. 5 1-D velocity and density model (depth profiles) for the Moon simulation.
The effect of model depth (Fig. 9c) is substantial for depths less than about 50 m.
Particles are modeled as real spheres and the solid volume fraction is represented rigorously for the given model depth, i.e., one layer of particles.
Fig. 3 Map view of regional resistivity model for depth slices a 6 km, b 10 km, c 15 km, d 20 km.
First, we train a CNN model for depth images by teaching the network to reproduce the mid-level semantic representation learned from RGB images for which there are paired images.
It is mathematically similar to a mixture model for depth [24].
Although numerous studies have demonstrated the applicability of a constant scaling of the Battjes and Janssen (1978) dissipation model for depth-induced breaking, recent studies have shown its inability to sufficiently reproduce wave dissipation over complex field cases.
Carex secta, in contrast, showed greatest biomass at intermediate depths, and the best model for its depth response was a logistic hormesis model, for both above- and below-ground tissue.
The deformation of surrounding rocks increases with the increase in the tunnel depth for both models.
The top depth for each fault model is 1.5 km, which corresponds to sub-faults 1 5.
