Abstract
It is shown that the generalized Riemann equation is equivalent with the multicomponent generalization of the Hunter–Saxton equation. New matrix and scalar Lax representation are presented for this generalization. New class of the conserved densities, which depends explicitly on the time are obtained directly from the Lax operator. The algorithm, which allows us to generate a big class of the non-polynomial conservation laws of the generalized Riemann equation is presented. Due to this new series of conservation laws of the Hunter–Saxton equation is obtained.
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