Measurement of the WW production cross section in $p\overline{p}$ collisions at $\sqrt{s}$ = 1.96 TeV

Heterogeneous mechanism of NOx-assisted soot oxidation in the passive regeneration of a bench-scale diesel particulate filter catalyzed with nanostructured equimolar ceria

In Reference [6] a state feedback LQR baseline controller with integral action and augmented with an adaptive component was applied to design two inde- pendent CRM based state

Events were selected by applying a cut on the NN output variable, chosen to minimise the total error on the measured cross-section including the systematic uncertainty on

(a) The unfolded leading muon p T spectrum for bb production compared to the predicted spectrum (see text) where the data errors are statistical (inner) and total (outer) and the

The performances of the ALICE muon spectrometer to measure B-hadron cross-section in pp collisions at 14 TeV via single muons are

(Color online.) The ratio of W + c-jet production cross sections to NLO pre- dictions with the MSTW2008 PDF set [50] for data and theoretical predictions. The uncertainties on the

sured value of the tt cross section, the fiducial cross section for tt+γ production of 127 ±27 fb has been found for events in the e+jets and µ+jets final statesM. The measured

The nine bins are populated for data with weights (w 1 , ..., w 9 ) from the event fitter, with the distribution of weights for each event normalized to unity. Similar distributions