Abstract
We study the accuracy to be obtained in measuring trilinear Z 0W +W − and γW +W − couplings in the reaction e +e − → W +W − at “New Linear Collider” (NLC) energies of 500 GeV to 1000 GeV. We derive simple scaling laws for the sensitivity in the measurement of these couplings. For most couplings the sensitivity increases as √ L· s, where L denotes the integrated luminosity and √ s denotes the e +esu− center-of-mass energy. Detailed investigations based on various fits confirm these scaling laws and show that an accuracy of the order of the standard radiative corrections can be reached at the NLC for the design values of the luminosity.
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