Outline::
Outline: Monte Carlo Generator (POMWIG):
1) bbbar process
2) ccbar process
Luminosity X Number of events ;
Future Steps.
Monte Carlo Stuffs:
Monte Carlo Stuffs Pomwig Diffractive Process:
10000 events with Single Diffraction and Collider energy = 1960GeV.
where N = # of events
Chosen Processes:
Chosen Processes bbbar process (1705)
Cross Section (s):
Luminosity (L):
ccbar process (1704)
Cross Section (s):
Luminosity (L):
Kinematical Plots:
Kinematical Plots pt (mesons B)
Slide6:
eta (mesons B)
Slide7:
pt (mesons D)
Slide8:
eta (mesons D)
Luminosity & Number of Events:
Luminosity andamp; Number of Events
What we want to know is the expected number of evens in each channel given the luminosity:
# of events = (cross section)*(luminosity)
Slide10:
We know the cross section (s) for one kind of process but our interest is in one specific sub-process: Sub-process Cross section (sprocess). n = # of channel events
N = total number of events
Slide11:
Slide12:
Slide13:
Future Steps:
Future Steps Searching for a J/y pick using the BANA package.
Do some cuts in the kinematical parameters and some studies with the Luminosity Monitor.
… diffractive stuffs …