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Accession Number:
AD0269016
Title:
A VECTOR FORM OF COMPENSATION THEOREM AND ITS APPLICATION TO BOUNDARY-VALUE PROBLEMS
Corporate Author:
COLORADO UNIV AT BOULDER ENGINEERING EXPERIMENT STATION
Report Date:
1961-06-15
Abstract:
The compensation theorem is extended to a vector form. The use of the vector fo m would enable one to obtain the expression for the incremental changes in the electric and magnetic vectors in space due to a given source, under the condition of changes in the electrical characteristics in a portion the medium surrounding the source. It is worthwhile to point out the need for deriving a vector form of the theorem. The present method nables one, in a first case, to formulate the boundary value problem in terms of Fredholms integral equation. There is therefore a possibility of obtaining approximate solutions of this equation by using iterative or other systematic schemes. Author
Pages:
0001
Contract Number:
AF 19(604)-4556
File Size:
0.00MB
