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Ce travail se compose de trois parties. Dans la première partie nous donnons quelques résultats sur les noyaux-mesure de Hunt sur . Nous caractérisons à ce propos les transformées de Laplace des fonctions logarithmiquement convexes et dé-crois-san-tes sur . Dans la deuxième partie, nous démontrons que, si est un noyau-mesure de Hunt sur et si est un semi-groupe à contraction dans un espace de Banach tel que son générateur infinitésimal soit d’image dense, alors l’opérateur défini au...
Nous étudions, dans les espaces de Banach, les familles résolvantes (ou pseudo-résolvantes) et les “générateurs” qu’on peut leur associer quand tend vers zéro ou quand tend vers l’infini. Lorsque la famille résolvante est à contraction, ces “générateurs” qu’on peut leur associer quand tend vers zéro ou quand tend vers l’infini. Lorsque la famille résolvante est à contraction, ces “générateurs” vérifient des “principes du maximum” qui sont des versions “abstraites” de principes du maximum...
We apply the Feynman-Kac formula to compute the λ-Poisson kernels and λ-Green functions for half-spaces or balls in hyperbolic spaces. We present known results in a unified way and also provide new formulas for the λ-Poisson kernels and λ-Green functions of half-spaces in ℍⁿ and for balls in real and complex hyperbolic spaces.
If denotes the Bessel capacity of subsets of Euclidean -space, , , naturally associated with the space of Bessel potentials of -functions, then our principal result is the estimate: for , there is a constant such that for any set
Since 1970’s B. Fuglede and others have been studying finely holomorhic functions, i.e., ‘holomorphic’ functions defined on the so-called fine domains which are not necessarily open in the usual sense. This note is a survey of finely monogenic functions which were introduced in (Lávička, R., A generalisation of monogenic functions to fine domains, preprint.) like a higher dimensional analogue of finely holomorphic functions.
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