You can also cite the 40 data
tables individually:
Acceptance x Efficiency as a function of dielectron mass
Acceptance x Efficiency as a function of dimuon mass
Dielectron mass distribution
Dimuon mass distribution
Dielectron mass distribution for negative $\cos\theta^*$
Dielectron mass distribution for positive $\cos \theta^*$
Dimuon mass distribution for negative $\cos \theta^*$
Dimuon mass distribution for positive $\cos \theta^*$
Data and estimated background yields in the dielectron channel
Data and estimated background yields in the dimuon channel
Observed limit in narrow width, spin 1
Expected limits in narrow width, spin 1
Observed limits for different widths, spin 1
Expected limits for different widths, spin 1
Curve for GSM models in the $c_{u}$-$c_{d}$ scan in Figure 6
Curve for LR models in the $c_{u}$-$c_{d}$ scan in Figure 6
Curve for E6 models in the $c_{u}$-$c_{d}$ scan in Figure 6
Local p-Values for different widths in the dielectron channel
Local p-Values for different widths in the dimuon channel
Local p-Values for different widths in the combined channel
Observed limit in narrow width, spin 2
Expected limits in narrow width, spin 2
DM exclusion contour (Vector, Expected)
First DM exclusion contour (Vector, Observed)
DM exclusion contour (Axial, Expected)
DM exclusion contour (Axial, Observed)
Limits on the UV cutoff in the ADD model in the electron channel
Limits on the UV cutoff in the ADD model in the dimuon channel
Limits on the UV cutoff in the ADD model in the combined channel
Limits on the CI scale Lambda in the dielectron channel
Limits on the CI scale Lambda in the dimuon channel
Limits on the CI scale Lambda for the combined channels
Flavor ratio as a function of mass for central leptons.
Flavor ratio as a function of mass for forward leptons.
Dielectron mass resolution as a function of dielectron mass
Dimuon mass resolution as a function of dimuon mass
Data and background estimate for the CI limit calculation.
Data and background estimate for the ADD limit calculation.
Bin-by-bin correlation for the CI limit calculation.
Bin-by-bin correlation for the ADD limit calculation.