Inverse Problems for a Compressible Fluid System continuation and
inverse problems of determining spatially varying coefficients. First as retrospective views
Inverse moving source problem for time-fractional evolution equations: determination of profilesThis article is concerned with two
inverse problems on determining moving source profile
functions Inverse function theorem and conditions of extremum for abnormal problems with non-closed range of analysis based on
inverse function theorems and Lagrange's principle. The results on these problems
Inverse Problem for Source Function in Parabolic Equation at Neumann Boundary Conditions in the source
function, depending only on time, is to be unknown. It is shown that in contrast
to the standard
On Gakhov’s radius for some classes of functions rE, 0 < r ≤ 1, E = {ζ: |ζ| < 1}, inside of which the external
inverse boundary value problem
The punishing factors for convex pairs are 2n-1 with the set A(Ω, ∏) of
functions f : Ω → ∏ holomorphic on Ω and we prove estimates for |f(n)(z)|, f ∈ A(Ω, Ω
An inverse function theorem on a cone in the neighborhood of an abnormal point sufficient conditions of second order for the existence of
inverse or implicit
functions.