Computation of 3D Electrostatic Fields Excited by Thin Conductors
1.
SYSNO ASEP
0195610
Document Type
C - Proceedings Paper (int. conf.)
R&D Document Type
Conference Paper
Title
Computation of 3D Electrostatic Fields Excited by Thin Conductors
Author(s)
Karban, P. (CZ) Škopek, M. (CZ) Doležel, Ivo (UE-C)
Source Title
Advanced Methods in the Theory of Electrical Engineering - AMTEE 03. - Pilsen : University of West Bohemia, 2003
- ISBN 80-7082-960-5
Pages
s. a43-a48
Number of pages
6 s.
Action
International Conference on AMTEE 03 /6./
Event date
10.09.2003-12.09.2003
VEvent location
Pilsen
Country
CZ - Czech Republic
Event type
EUR
Language
eng - English
Country
CZ - Czech Republic
Keywords
electrostatic field ; thin conductor ; point charge
Subject RIV
JA - Electronics ; Optoelectronics, Electrical Engineering
CEZ
MSM 232200008
MSM 212300016
Annotation
Solution of 3D electric fields in a system of thin charged conductors of general shapes by classical differential methods (FDM, FEM etc.) is extremely difficult due to ignorance of boundary conditions and existence of geomertically incommensurable subdomainswithin the investigated area. Application of integral methods is also complicated because the kernel functions occuring in the first-kind Fredholm equations are intergrable only in 2D and not in 1D.
Workplace
Institute of Electrical Engineering (until 2005)
Contact
UE-C
Year of Publishing
2004
Number of the records: 1
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