High amplitude periodic signal theory: Part II. Nonlinear analysis and phenomenological decoupling

Abstract

Hitherto unexplored aspects of nonlinear theory, namely, possible identities among the higher-order component and novel methods of phenomenol decoupling, are considered. The nonlinearity can be exploited in the Fourier mode by interpreting the experiment as if it is a multiple input-multiple output case. Identities linking the nonlinear response terms are deduced. How decoupling between the terms arising from the oxidizing agent and the reducing agent can be effected is also shown. A model points out a novel way of obtaining kinetic information from such responses.