Paper title: A GEOMETRICAL METHOD FOR CONDUCTING SPHERES IN ELECTROSTATIC FIELD
Author(s): TUDOR MICU, DAN MICU, DENISA STET,
Abstract: This paper treats the cases of a single and two orthogonal conductive spheres, situated
in homogeneous electrostatic field. It starts from electrical image charge with respect to
single sphere or orthogonal spheres. Determining the value and position of the image charges
is done using geometrical methods based the Kelvin transform. The homogeneous
electrostatic field is obtained from the displacement to infinity of the punctiform charge
which is located outside the considered spheres.
Keywords: Electrical charge, Electrical images, Kelvin transform, Inversion method,
Orthogonal spheres Year: 2015 | Tome: 60 | Issue: 4 | Pp.: 345-354
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