  We report theoretical study of magnetotransport coefficients of spin-orbit
coupled gated silicene in presence and absence of spatial periodic modulation.
The combined effect of spin-orbit coupling and perpendicular electric field
manifests through formation of regular beating pattern in Weiss and SdH
oscillations. Analytical results, in addition to the numerical results, of the
beating pattern formation are provided. The analytical results yield a beating
condition which will be useful to determine the spin-orbit coupling constant by
simply counting the number of oscillation between any two successive nodes.
Moreover, the numerical results of modulation effect on collisional and Hall
conductivities are presented.
