  We propose a transport probe scheme to detect the nonadiabatic transition
caused by Majornana moving, which is relevant to the braiding operations in
topological quantum computation. The scheme is largely based on a time
dependent single-electron-wavefunction approach to quantum transport. Applying
the Kitaev model, we simulate the time dependent Andreev-reflection current and
examine the feasibility of using the current to infer the nonadiabatic
transition. We design a scheme to determine the Landau-Zener tunneling ratio in
the context of transport, and compare it with the result obtained from the
isolated quantum wire. Desirable agreements are demonstrated for the proposed
scheme.
