Defining Occupancy: Difference between revisions
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Created page with "DC occupancy <math>\equiv \frac{N_{hits}}{N_{evt}}\frac{\Delta t}{t_{sim}}\frac{1}{112}\frac{1}{12}</math>" |
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DC occupancy <math>\equiv \frac{N_{hits}}{N_{evt}}\frac{\Delta t}{t_{sim}}\frac{1}{112}\frac{1}{12}</math> | DC occupancy <math>\equiv \frac{N_{hits}}{N_{evt}}\frac{\Delta t}{t_{sim}}\frac{1}{112}\frac{1}{12}</math> | ||
where | |||
<math>N_{hits}\equiv </math>The number of DC wires intersected by primary and secondary events throughout the drift chamber in Region 1 | |||
<math>N_{evt} \equiv \phi \times P(interacting)</math> | |||
<math>\phi \equiv </math> Number of incident particles on the face of drift chamber per cm^2 | |||
<math>\Delta t \equiv </math> 250 ns: The time needed for events to be read by the electronics within Region 1 | |||
<math>t_{sim} \equiv </math> Time of simulation = <math>\frac{N_{incident}}{I}</math> | |||
Revision as of 00:48, 23 July 2018
DC occupancy [math]\displaystyle{ \equiv \frac{N_{hits}}{N_{evt}}\frac{\Delta t}{t_{sim}}\frac{1}{112}\frac{1}{12} }[/math]
where
[math]\displaystyle{ N_{hits}\equiv }[/math]The number of DC wires intersected by primary and secondary events throughout the drift chamber in Region 1
[math]\displaystyle{ N_{evt} \equiv \phi \times P(interacting) }[/math]
[math]\displaystyle{ \phi \equiv }[/math] Number of incident particles on the face of drift chamber per cm^2
[math]\displaystyle{ \Delta t \equiv }[/math] 250 ns: The time needed for events to be read by the electronics within Region 1
[math]\displaystyle{ t_{sim} \equiv }[/math] Time of simulation = [math]\displaystyle{ \frac{N_{incident}}{I} }[/math]