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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.

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At least 127 records · Page 7
All sourcesNASA NTRSDOE OSTI
DOE OSTI2016

100 TeV pp collisions, Exotics type, MADGRAPH/PY6 generator: tev100pp_s0higgshiggs_alltau

Resonance decaying to two Higgs bosons. Both Higgs particles decay to tau particles. Look at the Madgraph log file attached inside for details. The sample was used for Double Higgs Production in the 4τ channel from resonances in longitudinal vector boson scattering at a 100 TeV collider (http://arxiv.org/abs/1504.08042) by A. V. Kotwal, S. Chekanov, M. Low. Contact Ashutosh Kotwal and Mathew Low to learn more about this model and how it was implemented in Madgraph5.

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2014

13 TeV pp collisions, Exotics type, PYTHIA8 generator: tev13pp_pythia8_Ggamma_1tev

Graviton production: f fbar to G gamma LHAPDF6:MSTW2008lo68cl.LHgrid. Tune:pp=5 ExtraDimensionsLED:ffbar2Ggamma = on ExtraDimensionsLED:CutOffmode = 1 ExtraDimensionsLED:t = 0.5 ExtraDimensionsLED:n = 6 ExtraDimensionsLED:MD = 1000. ExtraDimensionsLED:LambdaT = 1000. 5000039:m0 = 1000. 5000039:mWidth = 500. 5000039:mMin = 1. 5000039:mMax = 14990. PhaseSpace:pTHatMin = 100.

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2014

13 TeV pp collisions, Exotics type, PYTHIA8 generator: tev13pp_pythia8_Ggamma_1.5tev

Graviton production: f fbar to G gamma LHAPDF6:MSTW2008lo68cl.LHgrid. Tune:pp=5 ExtraDimensionsLED:ffbar2Ggamma = on ExtraDimensionsLED:CutOffmode = 1 ExtraDimensionsLED:t = 0.5 ExtraDimensionsLED:n = 6 ExtraDimensionsLED:MD = 1000. ExtraDimensionsLED:LambdaT = 1000. 5000039:m0 = 1500. 5000039:mWidth = 500. 5000039:mMin = 1. 5000039:mMax = 14990. PhaseSpace:pTHatMin = 100.

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2014

13 TeV pp collisions, Exotics type, PYTHIA8 generator: tev13pp_pythia8_Ggamma_2tev

Graviton production: f fbar to G gamma LHAPDF6:MSTW2008lo68cl.LHgrid. Tune:pp=5 ExtraDimensionsLED:ffbar2Ggamma = on ExtraDimensionsLED:CutOffmode = 1 ExtraDimensionsLED:t = 0.5 ExtraDimensionsLED:n = 6 ExtraDimensionsLED:MD = 1000. ExtraDimensionsLED:LambdaT = 1000. 5000039:m0 = 2000. 5000039:mWidth = 500. 5000039:mMin = 1. 5000039:mMax = 14990. PhaseSpace:pTHatMin = 100.

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2015

13 TeV pp collisions, Exotics type, PYTHIA8 generator: tev13pp_pythia8_Ggamma_2tev_n2n6

Graviton production: f fbar to G gamma LHAPDF6:MSTW2008lo68cl.LHgrid Mass=2 TeV Samples with n=2. Change n to 3,4,5 to find all samples. Tune:pp=5 ExtraDimensionsLED:ffbar2Ggamma = on ExtraDimensionsLED:CutOffmode = 1 ExtraDimensionsLED:t = 0.5 ExtraDimensionsLED:n = X ExtraDimensionsLED:MD = 1000. ExtraDimensionsLED:LambdaT = 1000. 5000039:m0 = 2000. 5000039:mWidth = 500. 5000039:mMin = 1. 5000039:mMax = 14990. PhaseSpace:pTHatMin = 100. where X=2,3,4,5,6

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2014

14 TeV pp collisions, SM type, HERWIG++ generator: tev14pp_herwigpp_minbias

HERWIG++ for MinBias events. Gluon and quarks are removed for slimming. Minimum bias events were generated using HERWIG++ with these parameters:ColourReconnector:ColourReconnection Yes,ReconnectionProbability 0.54,RemnantDecayer:colourDisrupt 0.80, MPIHandler:InvRadius 1.11,MPIHandler:softInt Yes, twoComp Yes, MPIHandler:DLmode 2

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2014

14 TeV pp collisions, SM type, HERWIG++ generator: tev14pp_herwigpp_minbias_mu140

HERWIG++ for MinBias events after mixing them with 140 similar minbias events. The total number of soft minbias events is 141 (1 + 140). We use const. pileup with exactly 140 mixed events per collision. Pileup particles have barcode < 1. Gluons and light quarks are removed from the record. Minimum bias events were generated using HERWIG++ with these parameters:ColourReconnector:ColourReconnection Yes,ReconnectionProbability 0.54,RemnantDecayer:colourDisrupt 0.80, MPIHandler:InvRadius 1.11,MPIHandler:softInt Yes, twoComp Yes, MPIHandler:DLmode 2

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2016

100 TeV pp collisions, SM type, PYTHIA8 generator: tev100pp_qcd_pythia8_ptbins

Inclusive dijets in bins of PhaseSpace:pTHatMin. Cross sections depend on pT. 1000 events per file, 100 files per pT bin. How to decode name: Name: tev100_pythia8_ptPTMIN_PTMAX_NUMBER.promc where PTMIN is min pT for PhaseSpace:pTHatMin, PTMAX - PhaseSpace:pTHatMax*2, NUMBER corresponds to the cluster production node. When you run, use "PTMIN-PTMAX" ranges. The actual cut on PhaseSpace:pTHatMax=2*PTMAX to reduce fluctuations in the tails. How to use: To get a sample with a given pT, use "glob" regular expressions (in Jython, Python etc). Example for the code: pT>100 GeV corresponds to "glob.glob(*pt100_*)" . pT bins: # bins pt[1]=50 pt[2]=100 pt[3]=150 pt[4]=200 pt[5]=250 pt[6]=300 pt[7]=350 pt[8]=400 pt[9]=450 pt[10]=500 pt[11]=600 pt[12]=700 pt[13]=800 pt[14]=900 pt[15]=1000 pt[16]=1200 pt[17]=1400 pt[18]=1600 pt[19]=1800 pt[20]=2000 pt[21]=2200 pt[22]=2400 pt[23]=2600 pt[24]=2800 pt[25]=3000 pt[26]=3300 pt[27]=3600 pt[28]=3900 pt[29]=4200 pt[30]=4600 pt[31]=5000 pt[32]=5500 pt[33]=6000 pt[34]=7000 pt[35]=8000 pt[36]=9000 pt[37]=10000 pt[38]=12000 pt[39]=14000 pt[40]=16000 pt[41]=18000 pt[42]=20000 pt[43]=25000 pt[44]=30000 pt[45]=35000 pt[45]=40000. Slimmed as: Particle records are slimmed (all stable with pT>0.3 GeV) and (PID=5 || PID=6) or PID>22 && PID<38) or PID>10 && PID<17).

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2015

13 TeV pp collisions, SM type, PYTHIA8 generator: tev13pp_qcd_pythia8_ptbins

Inclusive dijets in bins of PhaseSpace:pTHatMin. Cross sections depends on pT. 1000 events per files, 100 files per pT bin. How to decode name: Name: tev100_pythia8_ptPTMIN_PTMAX_NUMBER.promc where PTMIN is min pT for PhaseSpace:pTHatMin, PTMAX - PhaseSpace:pTHatMax*2, NUMBER corresponds to the cluster production node. 50000 events per bin, 500 events per file. When you run, use "PTMIN-PTMAX" ranges. The actual cut on PhaseSpace:pTHatMax=2*TMAX to reduce fluctuations on the tails. How to use: To get a sample with a given pT, use "glob" regular expressions (in Jython, Python etc). Example for the code: pT>100 should corresponds to "glob.glob(*pt100_*)". Slimmed as: Particle records are slimmed (all stable with pT>0.3 GeV) and (PID=5 || PID=6) or PID>22 && PID<38) or PID>10 && PID<17).

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2015

100 TeV pp collisions, Top type, PYTHIA8 generator: tev100pp_ttbar_pythia8_ptbins

Top production in bins of PhaseSpace:mHatMin. Cross section depends on pT. Use the attached log files to find the cross sections. How to decode name: Name: tev100_pythia8_ptPTMIN_PTMAX_NUMBER.promc where PTMIN is min pT for PhaseSpace:ptHatMin, PTMAX - PhaseSpace:pTHatMax*2, NUMBER corresponds to the cluster production node. 2000 events in file, 50 files per bin. When you run, use "PTMIN-PTMAX" ranges. The actual cut on PhaseSpace:pTHatMax=2*TMAX to reduce fluctuations in the tails. How to use: To get a sample with a given pT, use "glob" regular expressions (in Jython, Python etc). Example for the code: pT>100 should corresponds to "glob.glob(*pt100_*)". Slimmed as: Particle records are slimmed (all stable with pT>0.3 GeV) and (PID=5 || PID=6) or PID>22 && PID<38) or PID>10 && PID<17).

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2015

100 TeV pp collisions, SM type, PYTHIA8 generator: tev100pp_wzjet_pythia8_ptbins

Z/W+jet production in bins of PhaseSpace:mHatMin. Cross sections depend on pT and not given. All Z/W decays are included. 1000 events per file, 100 files per pT bin. Cross sections are included in the log files. How to decode name: Name: tev100_pythia8_ptPTMIN_PTMAX_NUMBER.promc where PTMIN is min pT for PhaseSpace:ptHatMin, PTMAX - PhaseSpace:pTHatMax*2, NUMBER corresponds to the cluster production node. When you run, use "PTMIN-PTMAX" ranges. The actual cut on PhaseSpace:pTHatMax=2*PTMAX to reduce fluctuations in the tails. pT bins: pt[1]=50 pt[2]=100 pt[3]=150 pt[4]=200 pt[5]=250 pt[6]=300 pt[7]=350 pt[8]=400 pt[9]=450 pt[10]=500 pt[11]=700 pt[12]=900 pt[13]=1100 pt[14]=1300 pt[15]=1500 pt[16]=1700 pt[17]=1900 pt[18]=2100 pt[19]=2400 pt[20]=2700 pt[21]=3000 pt[22]=3400 pt[23]=3800 pt[24]=4200 pt[25]=4600 pt[26]=5000 pt[27]=5500 pt[28]=6000 pt[29]=6500 pt[30]=7000 pt[31]=7500 pt[32]=8000 pt[33]=8500 pt[34]=9000 pt[35]=10000 pt[36]=12000 pt[37]=14000 pt[38]=18000 pt[39]=22000 pt[40]=25000. How to use: To get a sample with a given pT, use "glob" regular expressions (in Jython, Python etc). Example for the code: pT>100 corresponds to "glob.glob(*pt100_*)". Slimmed as: Particle records are slimmed (all stable with pT>0.3 GeV) and (PID=5 || PID=6) or PID>22 && PID<38) or PID>10 && PID<17).

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2016

100 TeV pp collisions, Higgs type, PYTHIA8 generator: tev100pp_higgs_pythia8_ptbins

Higgs production in bins of PhaseSpace:mHatMin. Cross sections depend on pT and not given. All Higgs decays are included. 2000 events per file, 50 files per pT bin. Cross sections are included in the log files. How to decode name: Name: tev100_pythia8_ptPTMIN_PTMAX_NUMBER.promc where PTMIN is min pT for PhaseSpace:ptHatMin, PTMAX - PhaseSpace:pTHatMax*2, NUMBER corresponds to the cluster production node. When you run, use "PTMIN-PTMAX" ranges. The actual cut on PhaseSpace:pTHatMax=2*PTMAX to reduce fluctuations on the tails. How to use: To get a sample with a given pT, use "glob" regular expressions (in Jython, Python etc). Example for the code: pT>100 corresponds to "glob.glob(*pt100_*)". Slimmed as: Particle records are slimmed (all stable with pT>0.3 GeV) and (PID=5 || PID=6) or PID>22 && PID<38) or PID>10 && PID<17).

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2015

13 TeV pp collisions, Higgs type, PYTHIA8 generator: tev13pp_higgs_pythia8_ptbins

Higgs production in bins of PhaseSpace:mHatMin. Cross sections depend on pT and not given. All decays are included. 1000 events per file, 100 files per pT bin. Cross sections are included in the log files. How to decode name: Name: tev100_pythia8_ptPTMIN_PTMAX_NUMBER.promc where PTMIN is min pT for PhaseSpace:ptHatMin, PTMAX - PhaseSpace:pTHatMax*2, NUMBER corresponds to the cluster production node. The actual gen-level cut is PhaseSpace:pTHatMax=2*TMAX to reduce fluctuations on the tails. How to use: To get a sample with a given pT, use "glob" regular expressions (in Jython, Python etc). Example for the code: pT>100 corresponds to "glob.glob(*pt100_*)". Slimmed as: Particle records are slimmed (all stable with pT>0.3 GeV) and (PID=5 || PID=6) or PID>22 && PID<38) or PID>10 && PID<17).

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2015

100 TeV pp collisions, SM type, PYTHIA8 generator: tev100pp_gamma_pythia8_ptbins

All direct photon production in bins of PhaseSpace:mHatMin, in the range pT=50-25,000 GeV. Cross sections depend on pT and are not given. 2000 events per file, 50 files per pT bin. Cross sections are included in the log files. How to decode name: Name: tev100_pythia8_ptPTMIN_PTMAX_NUMBER.promc where PTMIN is min pT for PhaseSpace:ptHatMin, PTMAX - PhaseSpace:pTHatMax*2, NUMBER corresponds to the cluster production node. When you run, use "PTMIN-PTMAX" ranges. The actual cut on PhaseSpace:pTHatMax=2*PTMAX to reduce fluctuations in the tails. How to use: To get a sample with a given pT, use "glob" regular expressions (in Jython, Python etc). Example for the code: pT>100 corresponds to "glob.glob(*pt100_*)" <h3>Slimmed as</h3> Particle records are slimmed (all stable with pT>0.3 GeV) and (PID=5 || PID=6) or PID>22 && PID<38) or PID>10 && PID<17).

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2015

13 TeV pp collisions, SM type, PYTHIA8 generator: tev13pp_gamma_pythia8_ptbins

All direct photon production in bins of PhaseSpace:mHatMin. Cross sections depend on pT and not given. All decays are included. 1000 events per file, 100 files per pT bin. Cross sections are included in the log files. How to decode name: Name: tev100_pythia8_ptPTMIN_PTMAX_NUMBER.promc where PTMIN is min pT for PhaseSpace:ptHatMin, PTMAX - PhaseSpace:pTHatMax*2, NUMBER corresponds to the cluster production node. The actual cut is PhaseSpace:pTHatMax=2*PTMAX to reduce fluctuations on the tails. How to use: To get a sample with a given pT, use "glob" regular expressions (in Jython, Python etc). Example for the code: pT>100 corresponds to "glob.glob(*pt100_*)". Slimmed as: Particle records are slimmed (all stable with pT>0.3 GeV) and (PID=5 || PID=6) or PID>22 && PID<38) or PID>10 && PID<17).

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗
DOE OSTI2016

100 TeV pp collisions, Exotics type, PYTHIA8 generator: tev100pp_qstar_pythia8_mbins_slim

Excited Fermions in mass range pT=5-40 TeV. 10000 events per file, 100 files per mass. Compositeness scale (Lambda) is set to the mass of the fermion, so the width is expected to be small (see the log files for details) Cross sections are included in the log files (mass dependent) Note that data are slimmed (see the log file). How to decode name: Name: tev100_pythia8_qstar_m[MASS]_[NUMBER] where [MASS] is generator-level mass as given below: Mass bins (in GeV) m[1]=5000 m[2]=10000 ......... How to use: To get a sample with a given mass, use "glob" regular expressions. Slimmed as: Particle records are slimmed (all stable with pT>0.3 GeV) and (PID=5 || PID=6) or PID>22 && PID<38) or PID>10 && PID<17).

72 PHYSICS OF ELEMENTARY PARTICLES AND FIELDS↗