Table 4.

Results in the SL (upper) and SV (lower) channels for the $\text{W}\to \text{e}\mathrm{\nu }$ and $\text{W}\to \mathrm{\mu }\mathrm{\nu }$ decays separately. Here $Y_{\text{sel}}(1-f_{\text{bkg}})$ is the estimate for the signal event yield after background subtraction, $\mathcal{C}$ is the acceptance times efficiency correction factor, and $\sigma (\text{W}+\text{c})$ is the measured production cross section

Channel	$Y_{\text{sel}}(1-f_{\text{bkg}})$	$\mathcal{C}$ [%]	$\sigma (\text{W}+\text{c})$ [pb]
SL channel
$\text{W}\to \text{e}\mathrm{\nu }$	$43,873\pm 379$	$1.95\pm 0.03\text{(stat)}\pm 0.11\text{(syst)}$	$113.3\pm 1.2\text{(stat)}\pm 8.2\text{(syst)}$
$\text{W}\to \mathrm{\mu }\mathrm{\nu }$	$25,252\pm 248$	$1.11\pm 0.03\text{(stat)}\pm 0.06\text{(syst)}$	$115.7\pm 1.4\text{(stat)}\pm 8.7\text{(syst)}$
SV channel
$\text{W}\to \text{e}\mathrm{\nu }$	$88,899\pm 710$	$3.75\pm 0.05\text{(stat)}\pm 0.15\text{(syst)}$	$120.2\pm 1.3\text{(stat)}\pm 6.4\text{(syst)}$
$\text{W}\to \mathrm{\mu }\mathrm{\nu }$	$99,167\pm 706$	$4.29\pm 0.05\text{(stat)}\pm 0.17\text{(syst)}$	$117.3\pm 1.1\text{(stat)}\pm 6.2\text{(syst)}$