One forward jet case
First, I consider the case that you have only one forward jet. The requirements on this jet are:
Because this jet is in HF, I am not currently applying any jet ID cuts, but will once we determine appropriate values. If one forward jet is found, I then look for the highest p
T central jet. The requirements on this jet are:
- pT > 30 GeV
- Nconstituents > 1
- Charged hadronic fraction > 0
- Neutral hadronic fraction < 1
- Neutral EM fraction < 1
Basic distributions for 'tagged' jets
Dijet quantities
Inner jet quantities
To avoid confusion with central jets, I call jets inside the eta region bound by the two tagged jets inner jets. The following plots are inclusive.
Two forward jets
The same cuts are applied in this case except there are two jets in the forward region of the detector. The two forward jets are required to be approximately back-to-back in η. Only the two leading p
T forward jets are considered at the moment.
Basic distributions for 'tagged' jets
Dijet quantities
Inner jet quantities
To avoid confusion with central jets, I call jets inside the eta region bound by the two tagged jets inner jets.