Dataset: "gev35ep_lepto6ard_dislowq2_jlab"

Summary Comments
Name: gev35ep_lepto6ard_dislowq2_jlab
DOI identifier: 10.34664/1575693 ( link)
Collisions: e-p
CM Energy: 0.035 TeV
Entry ID: 283
Topic: SM
Calculation level: LO+PS+hadronisation
Process: DIS events at Q2>1 GeV2 and W2>4 GeV2
Total events: 25000000
Number of files: 500
Cross section (σ): 4.376E+05 ± 1957.1871 pb Estimated from file Nr 1
Luminosity (L): 57.1245 pb-1   (or)   0.0571 fb-1   (or)   5.712E-05 ab-1
Format: ProMC
Download URL: Status: Not available. Server error?
EVGEN size: 15.896 GB
  Reconstruction tag Tags:
Fast simulation:
Full simulation:
Fast/Full size: 0.00 GB
Record slimmed: No
Events weighted: No
Submission time: Fri Jun 16 16:38:06 UTC 2017
Updated on: Wed Jun 10 20:04:11 UTC 2020
This is a test sample to check the availability of Jlab data server. This sample is identical to gev35ep_lepto6ard_dislowq2.

Electron-proton collisions. LEPTO 6.5 with ARIADNE 4.12. Q2>1 GeV2. Min W2 was set to 4 GeV2, and the minimum energy of scattered electron was set to 0.3 GeV. MSTW2008lo68cl PDF (LHAPDF= 21000) is used. Collision energy: E(p)=60 GeV and E(e-)=5 GeV. These energies are designed for the JLab EIC proposal. The samples were requested by J.Repond for ANL LDRD detector studies.

Note that all exclusive processes were removed, therefore, this sample is not realistic for physics.


Event Q2, W, X and Y are encoded as
Starting from the tag rfull054, truth-level event variables are included in the LCIO files as "parameters" with the keys:
 parameter EVGEN:eCM [float]
 parameter EVGEN:Process [string]
 parameter EVGEN:ID1 [int]
 parameter EVGEN:ID2 [int] 
 parameter EVGEN:ProcessID [int]
 parameter EVGEN:DIS:Q2 [float]      // Truth-level Q^2
 parameter EVGEN:DIS:W [float]       // Truth-level W
 parameter EVGEN:DIS:XBJ [float]     // Truth_level x_bjorken
 parameter EVGEN:DIS:YBJ [float]     // Truth_level y_bjorken
Please refer the HepSim manual

File metadata:
Not available for this dataset

Nr Analysis code Output image Output data
Author: S.Chekanov/J.Repond