## Calculation of the Electrostatic Field Within a Structure of Uniformly Spaced Coaxial Conducting Loops, Issue 59 |

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### Contents

FINITE SET OF ROUND LOOPS OF CIRCULAR | 1 |

INFINITE SET OF SQUARE LOOPS | 13 |

CONCLUSIONS | 21 |

1 other sections not shown

### Common terms and phrases

0.2 potential units 2H units a-Two Conductors adjacent loops Atmospheric Research axial symmetry axis circular cross section circular loops Coaxial Conducting Loops conductors of circular conductors of elliptical Conductors Per Unit contour interval described by Ralston difference between adjacent drawn in 0.1 elliptic integral elliptical conductor elliptical cross section EVENLY SPACED CONDUCTORS evenly spaced square field lines 24 finite set Fortran Fourier coefficients given volume half cell Z-plane infinite half-plane infinite number infinite set interval of 0.2 Laplace's equation Length Along Z-axis lines and field lines are constructed lines are drawn long structures loops of elliptical loops of near-elliptical matrix midplane number and spacing number of square obtain outer region poten potential unit increments Set of evenly showing equipotential lines shown in Fig solution spaced square loops square conducting loops square conductors structure of square Three Conductors tial difference Typical half cell uniformity Uniformly Spaced Coaxial Unit Length values