Di-electron + Track Channel

Blessed Plots/Tables Page 1 of 2


 Supporting statements/captions have been made with every plot 


You may click each plot to open it in full size

Signal P1 has the following charateristics: 
M₀=60, M_1/2=190, tan(beta)=3, A₀=0, mu > 0
and is used in all plots/tables as the standard SUSY point. The masses at this
point are M_chargino=119 GeV, M_neutralino=122 GeV


Plot 1 : Leading Invariant Mass 

Figure shows the leading invariant mass distribution 
for dielectron + track events with missing transverse energy 
less than 10 GeV.(missing E_T < 10 GeV)
EPS
EPS

Plot 2: Dielectron Invariant Mass 

Figure shows the invariant mass distribution of dielectron 
events where the missing E_T < 10 GeV
EPS
EPS

Plot 3: Track Multiplicity 

Figure shows the track multiplicity for dielectron events 
where the missing E_T < 10 GeV
EPS

Plot 4: Missing E_T 

Figure shows the missing E_T for dielectron events 
where the invariant mass of two electrons is 
(20 < M_ee < 76 OR M_ee > 106) and missing E_T 
is required to be above 15 GeV. This selection forms our diluted 
signal box and is one of the 'control regions' for this analysis'.
EPS
EPS

Plot 5: Leading Electron E_T 

Figure shows the leading electron E_T for dielectron 
events where the invariant mass of two electrons is 
(20 < M_ee < 76 OR M_ee > 106) and missing E_T 
is required to be above 15 GeV. This selection forms our diluted 
signal box and is one of the 'control regions' for this analysis'.
EPS
EPS


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    Sourabh Dube


Last modified: Wed Mar 29 13:18:25 CST 2006

Di-electron + Track Channel

Blessed Plots/Tables Page 1 of 2

Plot 1 : Leading Invariant Mass

Figure shows the leading invariant mass distribution for dielectron + track events with missing transverse energy less than 10 GeV.(missing ET < 10 GeV)

Plot 2: Dielectron Invariant Mass

Figure shows the invariant mass distribution of dielectron events where the missing ET < 10 GeV

Plot 3: Track Multiplicity

Figure shows the track multiplicity for dielectron events where the missing ET < 10 GeV

Plot 4: Missing ET

Figure shows the missing ET for dielectron events where the invariant mass of two electrons is (20 < Mee < 76 OR Mee > 106) and missing ET is required to be above 15 GeV. This selection forms our diluted signal box and is one of the 'control regions' for this analysis'.

Plot 5: Leading Electron ET

Figure shows the leading electron ET for dielectron events where the invariant mass of two electrons is (20 < Mee < 76 OR Mee > 106) and missing ET is required to be above 15 GeV. This selection forms our diluted signal box and is one of the 'control regions' for this analysis'.

Figure shows the leading invariant mass distribution for dielectron + track events with missing transverse energy less than 10 GeV.(missing E_T < 10 GeV)

Figure shows the invariant mass distribution of dielectron events where the missing E_T < 10 GeV

Figure shows the track multiplicity for dielectron events where the missing E_T < 10 GeV

Plot 4: Missing E_T

Figure shows the missing E_T for dielectron events where the invariant mass of two electrons is (20 < M_ee < 76 OR M_ee > 106) and missing E_T is required to be above 15 GeV. This selection forms our diluted signal box and is one of the 'control regions' for this analysis'.

Plot 5: Leading Electron E_T

Figure shows the leading electron E_T for dielectron events where the invariant mass of two electrons is (20 < M_ee < 76 OR M_ee > 106) and missing E_T is required to be above 15 GeV. This selection forms our diluted signal box and is one of the 'control regions' for this analysis'.