On triple trigonometrical equations

Author:

Singh B. M.

Abstract

An exact solution of triple trigonometrical equations is obtained by using the finiteHilbert transform. The solution of these equations is used to solve a two-dimensional electrostatic problem. The problem of determining the electrostatic potential due to two parallel coplanar strips of equal length, charged to equal and opposite potentials, each parallel to and equidistant from an earthed strip, is considered. Both the charged strips lie along the x-axis and they are equally spaced with respect to the y-axis. Finally the expression for the surface charge density (per unit depth) of the strip is derived

Publisher

Cambridge University Press (CUP)

Subject

General Mathematics

Reference8 articles.

1. Finite Hilberttransform technique for triple integral equations with trigonometric kernels;Srivastava;Proc. Roy. Soc. Edinburgh Sect. A,1970

2. ON THE FINITE HILBERT TRANSFORMATION

3. On some triple integral equations involving Legendre functions of imaginary argument;Srivastava;Journal of M.A.C.T,1968

4. Solution of certain dual integral equations;Babloian;Prikl. Mat. Mekh,1964

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