The cross sections for single vector boson production in the Weν and Zee channels are measured from the data collected by the ALEPH detector at LEP for centre-of-mass energies between 183 and 209 GeV. These data correspond to a total integratedluminosity of 683 pb−1. Single-W production is studied in both hadronic and leptonic decay channels. Hadronic and dimuon decays are used for single-Z production. The measured cross sections agree with the Standard Model predictions
The production of single charged and neutral intermediate vector bosons in e+e- collisions has been ...
The production of single charged and neutral intermediate vector bosons in e + e- collisions has be...
The production of single charged and neutral intermediate vector bosons in e+e- collisions has been ...
The cross sections for single vector boson production in the Weν and Zee channels are measured from ...
The cross sections for single vector boson production in the Wenu and Zee channels are measured from...
The cross sections for single vector boson production in the Wenu and Zee channels are measured from...
The production of single charged and neutral intermediate vector bosons in e+e- collisions has been ...
The production of single charged and neutral intermediate vector bosons in e + e- collisions has be...
The production of single charged and neutral intermediate vector bosons in e+e- collisions has been ...
The cross sections for single vector boson production in the Weν and Zee channels are measured from ...
The cross sections for single vector boson production in the Wenu and Zee channels are measured from...
The cross sections for single vector boson production in the Wenu and Zee channels are measured from...
The production of single charged and neutral intermediate vector bosons in e+e- collisions has been ...
The production of single charged and neutral intermediate vector bosons in e + e- collisions has be...
The production of single charged and neutral intermediate vector bosons in e+e- collisions has been ...