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Dataset: "tev13pp_pythia6_rho_techni"

Summary Comments
Name: tev13pp_pythia6_rho_techni
Collisions: pp
CM Energy: 13 TeV
Entry ID: 269
Topic: Exotics
Generator: PYTHIA6
Calculation level: LO+PS+hadronisation
Process: Technicolor rho_T to pi_T W
Total events: 200000
Number of files: 100
Cross section (σ): 0.0053 ± 0.0001 pb Estimated from file Nr 1
Luminosity (L): 3.767E+07 pb-1   (or)   3.767E+04 fb-1   (or)   37.6731 ab-1
Format: ProMC
Download URL: http://mc.hep.anl.gov/asc/hepsim/events/pp/13tev/pythia6_rho_techni/ Status: Available
Mirrors:
http://portal.nersc.gov/project/m1758/data/events/pp/13tev/pythia6_rho_techni/
EVGEN size: 2.487 GB
  Reconstruction tag Tags:
Fast simulation:
Full simulation:
 
Fast/Full size: 0.00 GB
Record slimmed: No
Events weighted: No
Submission time: Sun Feb 26 12:34:46 CST 2017
Updated on: Fri Apr 13 16:23:08 CDT 2018
Description:
Technicolor production rho_T to pi_T W+ Mass difference between rho_T and pi_T is 250 GeV. Mass of pi_T varies from 250 GeV to 6000 GeV. The mass value is indicated in file names. pi_T decays to two jets. W+- decays leptonically to e+nu or mu+nu.

Each file has 2000 events. 10 files per mass point of pi_T. Cross section depends on the mass point.

Designed by Vincent Pascuzzi for ATLAS exotic searches.

File metadata:
ProMC version: 4; Nr events: 2000; Varint E: 10000; Varint L: 1000; Logfile: logfile.txt; Last modified: 2017-02-26 09:17:22; Settings: PYTHIA-6.4.28; MSEL 0 0 0 ! mix events; NTOT 0 0 2000 ! Number of events; ECME 0 0 13000.0 ! CM energy (GeV); IRND 0 0 607191 ! random seed; MSEL 0 0 0 ! all mixed events; PMAS 6 1 172.5 !; PMAS 23 1 91.1876 ! Z boson mass; PMAS 24 1 80.3850 ! W boson mass; PMAS 25 1 125. ! Higgs mass; PMAS 3000111 1 1000. ! pi_tc; PMAS 3000211 1 1000. ! pi_tc+-; PMAS 3000113 1 1250. ! rho_tc0; PMAS 3000213 1 1250. ! rho_tc+; PMAS 3000223 1 1250. ! omega_tc; MSUB 362 0 1 ! W_L + pi_tc+; MSUB 368 0 1 ! W_T + pi_tc+-; MSUB 371 0 1 ! W_L + pi_tc0; MSUB 376 0 1 ! W_T + pi_tc0; MDME 174 1 0 !; MDME 175 1 0 !; MDME 176 1 0 !; MDME 177 1 0 !; MDME 178 1 0 !; MDME 179 1 0 !; MDME 180 1 0 !; MDME 181 1 0 !; MDME 183 1 1 !; MDME 185 1 0 !; MDME 186 1 0 !; MDME 190 1 0 !; MDME 191 1 0 !; MDME 192 1 0 !; MDME 193 1 0 !; MDME 194 1 0 !; MDME 195 1 0 !; MDME 196 1 0 !; MDME 197 1 0 !; MDME 198 1 0 !; MDME 199 1 0 !; MDME 200 1 0 !; MDME 201 1 0 !; MDME 202 1 0 !; MDME 203 1 0 !; MDME 204 1 0 !; MDME 205 1 0 !; MDME 206 1 1 ! W -> e nu; MDME 207 1 1 ! W -> mu nu; MDME 208 1 0 !; MDME 209 1 0 !; MDME 3996 1 1 ! s sbar; MDME 3997 1 1 ! c cbar; MDME 3998 1 1 ! b bbar; MDME 3999 1 1 ! ttbar; MDME 4000 1 0 !; MDME 4001 1 0 !; MDME 4002 1 0 !; MDME 4003 1 0 ! g g; MDME 4004 1 1 ! s sbar; MDME 4005 1 1 ! c cbar; MDME 4006 1 1 ! b bbar; MDME 4007 1 1 ! ccbar; MDME 4008 1 0 ! Wt; MDME 4009 1 0 ! e+ nu_e; MDME 4010 1 0 ! mu+ nu_mu; MDME 4011 1 0 ! tau; PARJ 71 0 10 ! ctau=10mm; MSTJ 22 0 2 !;

Validation:
Nr Analysis code Output image Output data
1  
dijetmass_piT.py

 
Run

JDAT file
Author: V.Pascuzzi/S.Chekanov

         
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