W^{±}Z^{0} Anomalous Triple Gauge Couplings in 1.9 fb^{1} of ppbar Collisions at √s=1.96 TeV 
The goal of this study is to form limits for anomalous
triple gauge couplings on the WWZ vertex. This analysis is an
extension of the update of WZ cross section measurement using 1.9 fb^1
of integrated luminosity.
The W^{±}Z^{0} final state used will be
3 e,&mu leptons and missing tranverse energy (MET) from the
unobserved neutrino in lepton decay of the W^{±} boson.
At tree level, the W^{±}Z^{0} final state has the
schannel (left) and tchannel (right) contributions shown in
these diagrams:


2log(likelihood) distribution for lambda with /\=1.5TeV eps 2log(likelihood) distribution for delta g with /\=1.5TeV eps 2log(likelihood) distribution for delta kappa with /\=1.5TeV eps 
2log(likelihood) distribution for lambda with /\=2.0TeV eps 2log(likelihood) distribution for delta g with /\=2.0TeV eps 2log(likelihood) distribution for delta kappa with /\=2.0TeV eps 
/\=1.5  lambda  delta g  delta kappa 
With Systematics: 
0.14 < lambda < 0.15 delta g = delta kappa = 0 
0.14 < delta g < 0.25 lambda = delta kappa = 0 
0.81 < delta kappa < 1.29 delta g = lambda = 0 
/\=2.0  lambda  delta g  delta kappa 
With Systematics: 
0.13 < lambda < 0.14 delta g = delta kappa = 0 
0.13 < delta g < 0.23 lambda = delta kappa = 0 
0.76 < delta kappa < 1.18 delta g = lambda = 0 
Expected Limit: 
0.15 < lambda < 0.16 delta g = delta kappa = 0 
0.18 < delta g < 0.28 lambda = delta kappa = 0 
0.68 < delta kappa < 1.00 delta g = lambda = 0 