Abstract
The asymmetric left-right model (LRM) is considered. The differential and the total cross sections of the reaction [ital e][sup [minus]][ital e][sup +][r arrow][ital W][sup [minus]][ital W][sup +] are calculated at the level of the improved Born approximation. The investigation of the unpolarized [ital e][sup [minus]][ital e][sup +] beams shows that already at the CERN [ital e][sup +][ital e][sup [minus]] collider LEP II energies we can either establish or limit such parameters of the LRM as [Delta][rho][sub [ital M]] and [Phi]. It is demonstrated that the LRM manifestations are maximum for [ital e][sub [ital R]][sup [minus]][ital e][sub [ital L]][sup +] beams. The measurements of the [sigma][sub [ital e][ital R]][sup [minus]][ital e][sub [ital L]][sup +][r arrow][ital W][sup [minus]][ital W][sup +] will yield interesting information about [ital m][sub [nu][ital R]] and [ital g][sub [ital R]]. The process of the [ital Z][sub 2]-boson single production in [ital pp] collisions is also considered. It is shown that it displays the extreme sensibility to both the [ital g][sub [ital R]] and the [Phi] values.
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