  We study the beam single-spin asymmetries $A_{LU}^{\sin\phi_h}$ for charged
hadrons produced in semi-inclusive deep inelastic scattering process, by
considering the $e H_1^\perp$ term and the $g^\perp D_1$ term simultaneously.
Besides the asymmetries for charged pions, for the first time we present the
analysis on the asymmetries in the production of charged kaons, protons and
antiprotons by longitudinally polarized leptons scattered off unpolarized
proton and deuteron targets. In our calculation we use two sets of transverse
momentum dependent distributions $g^\perp(x,\bm k_T^2)$ and $e(x,\bm k_T^2)$
calculated from two different spectator models, and compare the numerical
results with the preliminary data recently obtained by the HERMES
Collaboration. We also predict the beam spin asymmetries for $\pi^\pm$,
$K^\pm$, $p/\bar{p}$ electroproduction in semi-inclusive deep-inelastic
scattering of 12 GeV polarized electrons from unpolarized proton and deuteron
targets.
