Solution of the state equations of a helical flux compression generator using dynamics matrix concept

In this paper we introduce an approach for solving the state equations of a helical flux compression generators. These state equations are obtained from 2-dimensional filamentary model of helical flux compression generators. Firstly, we derivate the matrix representation of differential equations of the heliacal flux compression generator. Then with selection of the appropriate state vector, the state equations are obtained. Finally the state equations are solved by using an approach, which is based on the dynamic matrix concept. In the author belief, this approach is very useful and straightforward and has not been appeared previously in the open literature.