Limits on anomalous $\mathrm{WW}\gamma$ and $\mathrm{WWZ}$ couplings

Limits on the anomalous $\mathrm{WW}\gamma$ and $\mathrm{WWZ}$ couplings are presented from a simultaneous fit to the data samples of three gauge boson pair final states in $p\overline{p}$ collisions at $\sqrt{s}=1.8\mathrm{}\mathrm{TeV}:$ $W\gamma$ production with the $W$ boson decaying to $e\nu$ or μν, $W$ boson pair production with both of the $W$ bosons decaying to $e\nu$ or μν, and $\mathrm{WW}$ or $\mathrm{WZ}$ production with one $W$ boson decaying to $e\nu$ and the other $W$ boson or the $Z$ boson decaying to two jets. Assuming identical $\mathrm{WW}\gamma$ and $\mathrm{WWZ}$ couplings, 95% C.L. limits on the anomalous couplings of $-0.30<\mathrm{}\Delta \kappa <0.43\mathrm{}$ $(\lambda =0)$ and $-0.20<\mathrm{}\lambda <0.20\mathrm{}$ $(\Delta \kappa =0)$ are obtained using a form factor scale $\Lambda =2.0\mathrm{}\mathrm{TeV}.$ Limits found under other assumptions on the relationship between the $\mathrm{WW}\gamma$ and $\mathrm{WWZ}$ couplings are also presented.