Dyadic approximation method for multivariable control-systems analysis with a nuclear-reactor application

Abstract
A method is developed for the approximation of an N×N plant transfer-function matrix by a transfer-function matrix consisting of the linear sum of N frequency-independent dyads with scalar transfer-function coefficients. The use of the approximation method in the design of failsafe feedback-control systems for the plant is described, and an application is suggested in the stabilisation of the radial spatial modes of a thermal nuclear power reactor.

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