Iterative reconstruction methods for wave equations

We shall see that this phenomenon coincides with an omnipresence of time in society where individuals, confronted with more time, in an ever more disturbing world, find refuge

(ii) Secondly, when using analytical expressions of virial coef- ficients, the radius of convergence of the series has to be calculated in order to deduce the volume range on which

We consider the radial free wave equation in all dimensions and derive asymptotic formulas for the space partition of the energy, as time goes to infinity.. We show that the

In this case, the laser pump excites the titanium film and, through a thermoelastic process, leads to the generation of picosecond acoustic pulses that propagate within the copper

In any 3-dimensional warped product space, the only possible embedded strictly convex surface with constant scalar curvature is the slice sphere provided that the embedded

Then it seems likely that for β > 1/2 there is a Ricci flat K¨ ahler metric on the complement of the curve with standard cone singularities of cone angle 2πβ away from the origin,

We introduce a family of DG methods for (1.1)–(1.3) based on the coupling of a DG approximation to the Vlasov equation (transport equation) with several mixed finite element methods

McCoy [17, Section 6] also showed that with sufficiently strong curvature ratio bounds on the initial hypersur- face, the convergence result can be established for α > 1 for a