Multipolar Electrode

Abstract

The research aimed to analyze the electrical polypolar with charges of equal quantity, different in type and in a similar manner and for a number (2n) of electrical charges, where (n) represents the electrical polypolar number that takes even numbers and to arrive at an equation for the possibility of calculating the field strength resulting from any of these numbers and charges, and a formula for their distribution along an electric polypolar. The statistical-analytical method was used and the research was presented in five sections; first: Distribution of Electric Charges for Electric Polypolar, second: Distribution of Electric Charges for Electric Dipolar, third: Distribution of Charges for Electric Quadrupolar, fourth: Distribution of Electric Charges for Six-Polar Electric and Octupolar Electric and the fifth is: The Relationship Between Field Strength and Multi-polar Type. It ended with a conclusion.

The most important results were: that there is a possibility to find a relationship to calculate the electric field strength for any of the electrical polypolar, and from the relationship it is possible to control the field strength at any point at which the effect of electric charges is wanted to be known.