Abstract
Using the effective-[ital W] approximation, we calculate the invariant-mass distribution for the production of [ital W][sup +][ital W+] ([ital W][sup [minus]][ital W[minus]]) via [ital W][sup +][ital W+] ([ital W][sup [minus]][ital W[minus]]) fusion at a [ital pp] collider with an energy of 40 TeV. These results are compared with the corresponding results for the production of [ital W][sup +][ital W[minus]] via [ital W][sup +][ital W[minus]] fusion. All [ital W] polarizations are taken into account. We also study the effects of the unitarity in the [ital W][sup +][ital W+] ([ital W][sup [minus]][ital W[minus]]) scattering, with particular attention to the possibility that the signal for longitudinally polarized [ital W]'s will be enhanced when the Higgs sector is strongly interacting.
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