On the algorithmic linearizability of nonlinear ordinary differential equations of nonlinear
ordinary differential equation of arbitrary
order. We develop two algorithms to check if a
Parametric basis functions for collective nuclear models elliptic boundary-value problem to a
system of
second order ordinary differential equations (ODEs) using
Algorithmic verification of linearizability for ordinary differential equationsFor a nonlinear
ordinary differential equation solved with respect to the highest
order derivative
The coupled-channel method for modelling quantum transmission of composite systems is reduced to a set of coupled
second-order ordinary differential equations with the boundary conditions