# Weighted Occupancy

Total XSect=0.013866

# 97234 incident electrons

## Method 1

CLAS12 Occupancy

Using the unweighted amounts

Occupancy(50nA)=

Occupancy(75nA)=

Occupancy(100nA)=

Using the weighted amounts

Occupancy(50nA)=

Occupancy(75nA)=

Occupancy(100nA)=

The non-time terms can be considered to be constant since they are either simple number such as 12 or functions which depend on the same variables such as the number of hits and number of events (Both terms are found by ,thus are only multiples of each other). We can simplify this expression by:

Occupancy=

If 250ns is the time limit, then solving the time of simulation backwards will give the number of incident electrons within that window.

CEBAF has a bunch redition rate of 499MHz for hall B. For a current of 50nA, this implies:

If we declare that every 2ns consists of a bunch of 625 electrons each, then

If we use these times as the times of simulation:

Occupancy(50nA)=

Occupancy(75nA)=

Occupancy(100nA)=

## Method 2

CLAS12 Occupancy

Using the unweighted amounts

Occupancy(50nA)=

Occupancy(75nA)=

Occupancy(100nA)=

Using the weighted amounts

Occupancy(50nA)=

Occupancy(75nA)=

Occupancy(100nA)=