… We study the process of two-dimensional Laplacian growth in the limit of zero-surface
tension for cases with a closed interface around a growing bubble exterior problem with circular …

… surface imaging techniques to study surface dynamic processes. Intercalation reactions at
graphene surfaces can … , which shift the C 1s binding energy back to the position close to the …

… The recurrent set is the closure of the set of recurrent points. In the examples we will study
… To develop a further analog to the pseudoAnosov maps of the twodimensional theory (see …

… For example, most Earthsurface dynamics models manage data structures and algo- … tively
one-dimensional simulation by creating a 3-by-N regular grid and closing the nodes along the …

… Other than this point, we can see the close similarity between the drift wave and the
Rossby wave. The comparisons between the plasma wave and the geophysical wave are …

… of surface dynamics that are purely local, yet nevertheless maintain global constraints.
Focusing on the simplest case of closed … link between KdV dynamics and those of twodimensional …

… a Hamiltonian reduction of the fluid dynamics. We leave the investigation of the surface
dynamics with the QH constraint for future work and focus here on the dynamics of a fluid without …

… Only gradually did the theoretical tools evolve that allowed for an analytical description of
the nonlinear dynamics close to breakup. The first was developed in the theory of waves and …

… provide an overview of the surface structures of the clean surfaces of tetrahedrally coordinated
… of view that the surface regions of these materials form two-dimensional (2D) compounds …

… layer to form a set of equations which govern bulk properties Turbulence closure models
consider the upper ocean dynamics as a continuous function of depth, and rely heavily on …