g(5) scenario for anomalous three-boson couplings at a future e(+)e(-) collider

The possibilities of setting constraints on the anomalous three-boson vertices WW gamma(Z) by using data on the process e(+)e(-) -->, W+W- from a future 500-GeV linear collider allowing various polarizations of initial beams are studied. An effective model is considered in which the three-boson vertex involves a g(5) term that violates parity, but which conserves CP invariance. It is shown that the use of a e(+)e(-) collider with polarized beams can yield a sensitivity to anomalous coupling constants that is two orders of magnitude higher than the sensitivities of LEP I and LEP II.