Rapidity Correlations Between High Psub T Intermediate Vector Bosons And Jets Inbar Pp Collisions Atradical PDF Download

Are you looking for read ebook online? Search for your book and save it on your Kindle device, PC, phones or tablets. Download Rapidity Correlations Between High Psub T Intermediate Vector Bosons And Jets Inbar Pp Collisions Atradical PDF full book. Access full book title Rapidity Correlations Between High Psub T Intermediate Vector Bosons And Jets Inbar Pp Collisions Atradical.

Rapidity Correlations Between High P[sub T] Intermediate Vector Bosons and Jets In[bar P]p Collisions At[radical]

Rapidity Correlations Between High P[sub T] Intermediate Vector Bosons and Jets In[bar P]p Collisions At[radical]
Author:
Publisher:
Total Pages:
Release: 2001
Genre:
ISBN:

Download Rapidity Correlations Between High P[sub T] Intermediate Vector Bosons and Jets In[bar P]p Collisions At[radical] Book in PDF, ePub and Kindle

D[O] has used W[yields] e[nu] and Z[yields] e[sup+]e[sup -] events produced in association with a high p[sub T], jet to examine the effects of strong radiative corrections. We have compared the primary jet pseudorapidity distribution, as a function of reconstructed W or Z boson rapidity to leading order (LO) and Next-to-Leading order (NLO) QCD Monte Carlo generators, as well as a model based on extended color dipoles. We find that the primary jet is more central than either LO or NLO expectations. None of the Monte Carlo programs does a good job of predicting the shape of the jet distributions as a function of intermediate vector bosons rapidity.


Rapidity Correlations Between High P{sub T} Intermediate Vector Bosons and Jets in {bar P}p Collisions at √s

Rapidity Correlations Between High P{sub T} Intermediate Vector Bosons and Jets in {bar P}p Collisions at √s
Author:
Publisher:
Total Pages: 11
Release: 1995
Genre:
ISBN:

Download Rapidity Correlations Between High P{sub T} Intermediate Vector Bosons and Jets in {bar P}p Collisions at √s Book in PDF, ePub and Kindle

D{O} has used W → e? and Z → ee− events produced in association with a high p{sub T}, jet to examine the effects of strong radiative corrections. We have compared the primary jet pseudorapidity distribution, as a function of reconstructed W or Z boson rapidity to leading order (LO) and Next-to-Leading order (NLO) QCD Monte Carlo generators, as well as a model based on extended color dipoles. We find that the primary jet is more central than either LO or NLO expectations. None of the Monte Carlo programs does a good job of predicting the shape of the jet distributions as a function of intermediate vector bosons rapidity.