(Enter summary)
Abstract: In this paper we consider the computation of the electrostatic potential generated
by a known distribution of charges. Using tools from integral geometry, we derive
formulas for the potential generated by bodies with uniform charge density, as well
as by bodies with superficial charge density. We also determine formulas for the
potential energy of a system of bodies, and we propose a Monte Carlo approximation
scheme for computing all these quantities. We show a priori error bounds which
depend... (Update)
Context of citations to this paper: More
.... Monte Carlo integration; for this scheme, there exist also theoretical results that relate the behaviour of the error to the geometry of the body [40]; 2. Quasi Monte Carlo integration [41] FORTRAN routines for generating Halton, Sobol and Faure quasi random sequences of...
.... We could find such interpretation for integrals of the electrostatic field (this paper and [Pel96] integrals of the potential field [Fin96] and integrals in radiosity [Pel97] At the moment we do not have such an interpretation for, say, dipole integrals or those integrals...
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3: Electrostatic fields without singularities: Theory and algorithms
- Pellegrini - 1996
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BibTeX entry: (Update)
Daniele Finocchiaro. Monte Carlo evaluation of electrostatic potential and potential energy. Technical Report B4-96-12, Institute for Computational Mathematics, Pisa, Italy, June 1996. Available from http://www.imc.pi.cnr.it. http://citeseer.ist.psu.edu/finocchiaro96monte.html More
@misc{ finocchiaro96monte,
author = "D. Finocchiaro",
title = "Monte Carlo evaluation of electrostatic potential and potential energy",
text = "Daniele Finocchiaro. Monte Carlo evaluation of electrostatic potential
and potential energy. Technical Report B4-96-12, Institute for Computational
Mathematics, Pisa, Italy, June 1996. Available from http://www.imc.pi.cnr.it.",
year = "1996",
url = "citeseer.ist.psu.edu/finocchiaro96monte.html" }
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