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Electronic transport in closed loop structures is addressed within atight-binding formalism and in the presence of both the Rashba and Dresselhausspin-orbit interactions. It has been shown that any one of the spin-orbitfields can be estimated precisely if the other one is known, by observingeither the transmission resonance or anti-resonance of unpolarized electrons.The result is obtained through an exact analytic calculation for a simplesquare loop, and through a numerically exact formulation for a circular ring.The sensitivity of the transport properties on the geometry of theinterferometer is discussed in details.

Interplay of magnetic field and geometry in magneto-transport of mesoscopic loops with Rashba and Dresselhaus spin-orbit interactions