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Min-Bias Physics:
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Min-Bias Physics:
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| Plot 1: Average number of charged particles in the leading (charged) jet versus the transverse momentum of the leading (charged) jet. (1 page: Acrobat PDF file or zipped PS file) |
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| Plot shows the average number of charged particles (PT > 0.5 GeV, |eta| < 1) within the leading jet (R = 0.7) as a function of the PT of the leading jet (charged). The errors on the (uncorrected) data include both statistical and correlated systematic uncertainties. The QCD "hard scattering" theory curves are corrected for the track finding efffiency and have an error (statistical plus systematic) of around 5%. |
| Plot 2: Average size of the leading charged particle jet versus the transverse momentum of the leading (charged) jet. (1 page: Acrobat PDF file or zipped PS file) |
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| Plot shows the average radius in eta-phi space containing 80% of the charged particles (and 80% of the charged PT) as a function of the PT of the leading (charged) jet . The errors on the (uncorrected) data include both statistical and correlated systematic uncertainties. The QCD "hard scattering" theory curves are corrected for the track finding efffiency and have an error (statistical plus systematic) of around 5%. |
| Plot 3: Average number of charged particles (PT > 0.5 GeV, |eta| < 1, including jet#1) versus the transverse momentum of the leading (charged) jet. (1 page: Acrobat PDF file or zipped PS file) |
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| Plot shows the average number of charged particles (PT > 0.5 GeV, |eta| < 1, including jet#1) as a function of the PT of the leading jet (charged). The errors on the (uncorrected) data include both statistical and correlated systematic uncertainties. |
| Plot 4: Average number of "toward", "transverse", and "away" charged particles versus the transverse momentum of the leading (charged) jet. (1 page: Acrobat PDF file or zipped PS file) | |
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| Plot shows the average number of "toward", "transverse", and "away" charged particles (PT > 0.5 GeV, |eta| < 1, including jet#1) as a function of the PT of the leading jet (charged). The errors on the (uncorrected) data include both statistical and correlated systematic uncertainties. | |
Event Shape for PT(charged jet#1) = 20 GeV
(PT > 0.5 GeV, |eta| < 1):
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| Plot 5: Average PTsum of "toward", "transverse", and "away" charged particles versus the transverse momentum of the leading (charged) jet. (1 page: Acrobat PDF file or zipped PS file) | |
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| Plot shows the average PTsum of "toward", "transverse", and "away" charged particles (PT > 0.5 GeV, |eta| < 1, including jet#1) as a function of the PT of the leading jet (charged). The errors on the (uncorrected) data include both statistical and correlated systematic uncertainties. | |
Event Shape for PT(charged jet#1) = 20 GeV
(PT > 0.5 GeV, |eta| < 1):
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| Plot 6: Average number of "toward", "transverse", and "away" charged particles versus the transverse momentum of the leading (charged) jet. (1 page: Acrobat PDF file or zipped PS file) | |
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| Plot shows the average number of "toward", "transverse", and "away" charged particles (PT > 0.5 GeV, |eta| < 1, including jet#1) as a function of the PT of the leading jet (charged). The errors on the (uncorrected) data include both statistical and correlated systematic uncertainties. The QCD "hard scattering" theory curves (Herwig 5.9, Isajet 7.32, Pythia 6.115) are corrected for the track finding efficiency and have an error (statistical plus systematic) of around 5%. | |
| Plot 7: Average number of "transverse" charged particles versus the transverse momentum of the leading (charged) jet. (1 page: Acrobat PDF file or zipped PS file) | |
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| Plot shows the average number of "transverse" charged particles (PT > 0.5 GeV, |eta| < 1) as a function of the PT of the leading jet (charged). The errors on the (uncorrected) data include both statistical and correlated systematic uncertainties. The QCD "hard scattering" theory curves (Herwig 5.9, Isajet 7.32, Pythia 6.115) are corrected for the track finding efficiency and have an error (statistical plus systematic) of around 5%. | |
| Plot 8: Average PTsum of "transverse" charged particles versus the transverse momentum of the leading (charged) jet. (1 page: Acrobat PDF file or zipped PS file) | |
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| Plot shows the average PTsum of "transverse" charged particles (PT > 0.5 GeV, |eta| < 1) as a function of the PT of the leading jet (charged). The errors on the (uncorrected) data include both statistical and correlated systematic uncertainties. The QCD "hard scattering" theory curves (Herwig 5.9, Isajet 7.32, Pythia 6.115) are corrected for the track finding efficiency and have an error (statistical plus systematic) of around 5%. | |
| Plot 9: Average number of "transverse" charged particles versus the transverse momentum of the leading (charged) jet. (1 page: Acrobat PDF file or zipped PS file) | |
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| Plot shows the average number of "transverse" charged particles (PT > 0.5 GeV, |eta| < 1) as a function of the PT of the leading jet (charged). The errors on the (uncorrected) data include both statistical and correlated systematic uncertainties. The QCD "hard scattering" theory curves (Pythia 6.115, Pythia 6.125, Pythia with no multiple parton scattering) are corrected for the track finding efficiency and have an error (statistical plus systematic) of around 5%. | |
| Plot 10: Average PTsum of "transverse" charged particles versus the transverse momentum of the leading (charged) jet. (1 page: Acrobat PDF file or zipped PS file) | |
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| Plot shows the average PTsum of "transverse" charged particles (PT > 0.5 GeV, |eta| < 1) as a function of the PT of the leading jet (charged). The errors on the (uncorrected) data include both statistical and correlated systematic uncertainties. The QCD "hard scattering" theory curves (Pythia 6.115, Pythia 6.125, Pythia with no multiple parton scattering) are corrected for the track finding efficiency and have an error (statistical plus systematic) of around 5%. | |
Send comments, suggestions, etc.
to rfield@phys.ufl.edu