
Summary: We propose a modification of the previously known abstract scheme that reduces the problem of expansion of elements of a locally convex space in a series over the system of eigenvectors of some linear operator to the question of existence of a nontrivial expansion of zero in this space. We implement this general scheme for spaces of analytic functions in domains of the extended complex plane and systems of simple fractions that are the eigenfunctions of the Pommier operator.
Wolff-Denjoy series, representation operator, Summability and bases in topological vector spaces, generalized Laplace transform, convolution operator, Topological linear spaces of continuous, differentiable or analytic functions, Moment problems and interpolation problems in the complex plane, Pommier operator, nontrivial expansion of zero, absolutely representing system
Wolff-Denjoy series, representation operator, Summability and bases in topological vector spaces, generalized Laplace transform, convolution operator, Topological linear spaces of continuous, differentiable or analytic functions, Moment problems and interpolation problems in the complex plane, Pommier operator, nontrivial expansion of zero, absolutely representing system
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