PRODUCTION OF A SCALAR BOSON AND A FERMION PAIR IN ARBITRARILY POLARIZED [e.sup.-] [e.sup.+] BEAMS

Within the framework of the Standard Model (Minimal Supersymmetric Standard Model) we consider the production of the scalar boson [H.sub.SM] (h; H) and a fermion pair f[bar.f] in arbitrarily polarized, counterpropagating electron-positron beams [e.sup.-] [e.sup.+] [??] [H.sub.SM] (h; H) [bar.ff]. Characteristic features of the behavior of the cross sections and polarization characteristics (right- left spin asymmetry, degree of longitudinal polarization of the fermion, and transverse spin asymmetry) are investigated and elucidated as functions of the energy of the electronpositron beams and the mass of the scalar boson. Keywords: Standard Model, Minimal Supersymmetric Standard Model, scalar boson, fermion pair, left and right coupling constants, Weinberg parameter.