| Abstract: | In our article 1 ], "A tree of linearisable second-order evolution equations by generalised hodograph transformations " we present a class of linearizable ( C -integrable) second-order evolution equations in (1+1) dimensions, using a generalized hodograph transformation. We report here the complete set of recursion operators for this class and present the resulting linearizable ( C -integrable) hierarchies in (1+1) dimensions. The autonomous class of linearizable hierarchies are extended further by considering the equations in potential form followed by the pure hodograph transformation. |
