Generator Files

Here you can find generator files which can be used as input for full detector simulations. Given is the production ID in ILCDIRAC.

Standard Model Processes

All files are generated at 3TeV, with Beam spectrum and ISR unless otherwise stated. The beam spectrum was provided by Daniel Schulte, and converted to used as input to WHIZARD by Tim Barklow. They contain the initials (e+, e-) after beam spectrum and ISR. When no intermediate state is specified, it means whizard was asked to produce directly the final state (including all possible diagrams), while if an intermediate state is present, then WHIZARD generated them and pythia was used to generate the final state. Hadronisation and fragmentation of quarks are done with PYTHIA. Cross sections given are for the whizard final state, i.e. not accounting for the pythia part. One needs to correct for the Branching fractions (by multiplying sigma by BR), found in the file http://lcd-data.web.cern.ch/lcd-data/doc/pylist.txt. The samples needing correction are indicated by *. The sample with u:d:s:c:b means that any of those quarks are used. The prc file with the whizard process definitions is available at http://lcd-data.web.cern.ch/lcd-data/doc/whizard_sm.prc

Samples produced only with PYTHIA (ttbar, WW, and ZZ at the bottom) have the proper width in their final states. WHIZARD files have no width for their final states.

Channel Energy ProdID Tasks Evts/task Statistics Cross Section (fb) Comment
e- e+ -> H nue nueb, H -> mu+ mu- 3tev 231 21 1000 21000 421.229991575* no beam recoil, BeamSpectrum ON
e- e+ -> Z0 nue nueb, Z0 -> mu+ mu- 3tev 232 502 1000 502000 1827.48538012* no beam recoil, BeamSpectrum ON
e- e+ -> H nue nueb, H -> b bbar 3tev 233 2002 10 20020 421.052631579* no beam recoil, BeamSpectrum ON
e- e+ -> H nue nueb, H -> c cbar 3tev 234 2001 10 20010 421.229991575* no beam recoil, BeamSpectrum ON
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 3tev 236 10749 10 107490 3075.97662258 no beam recoil, BeamSpectrum ON
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev 241 1004 10 10040 1556.90487311 no beam_recoil, BeamSpectrum ON
e- e+ -> b bbar b bbar 3tev 242 2655 10 26550 5.77367205543 no beam_recoil, BeamSpectrum ON
e- e+ -> b tbar bbar t 3tev 243 994 10 9940 2.02470135655 no beam_recoil, BeamSpectrum ON
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 3tev 244 1000 10 10000 3340.01336005 no beam_recoil, BeamSpectrum ON
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nue nueb 3tev 245 1003 10 10030 1545.11742892 no beam_recoil, BeamSpectrum ON
e- e+ -> Z0 Z0 (nue nue), Z0 -> q q 3tev 246 1002 10 10020 102.469515319* WHIZARD, no beam_recoil, BeamSpectrum ON
e- e+ -> W+ W- (nue nue), W -> qq 3tev 247 15603 10 156030 1187.08452042* WHIZARD, no beam_recoil, BeamSpectrum ON
e- e+ -> qq nue e- 3tev 248 8854 10 88540 5249.34383202 no beam_recoil, BeamSpectrum ON
e- e+ -> nue nueb qq (q=udscb) (mh=12TeV) 3tev 263 1001 10 10010 1305.31262237 no beam_recoil, BeamSpectrum ON
e- e+ -> W- W+ 3tev 264 10076 10 100760 1094.45113276 WHIZARD, no beam_recoil, BeamSpectrum ON
e- e+ -> Z0 Z0 3tev 265 10993 10 109930 61.919504644 WHIZARD, no beam_recoil, BeamSpectrum ON
e- e+ -> W- W+ Z0 3tev 266 1001 10 10010 40.0 WHIZARD, no beam_recoil, BeamSpectrum ON
e- e+ -> b bbar 3tev 268 1003 10 10030 615.006150062 no beam_recoil, BeamSpectrum ON
e- e+ -> nue nueb mu+ mu- (mh=12TeV) 3tev 269 5255 1000 5255000 132.397722759 no beam_recoil, BeamSpectrum ON
e- e+ -> qqqq nunu (mH=inf) 3tev 271 6021 10 60210 22.846698652 no beam_recoil, BeamSpectrum ON
e- e+ -> qq cc nunu (mH=inf) 3tev 272 1000 10 10000 37.9939209726 no beam_recoil, BeamSpectrum ON
e- e+ -> qq bb nunu (mH=inf) 3tev 273 5490 10 54900 10.463534582 no beam_recoil, BeamSpectrum ON
e- e+ -> cccc nunu (mH=inf) 3tev 274 1004 10 10040 6.52315720809 no beam_recoil, BeamSpectrum ON
e- e+ -> cc bb nunu (mH=inf) 3tev 275 1003 10 10030 8.0064051241 no beam_recoil, BeamSpectrum ON
e- e+ -> bbbb nunu (mH=inf) 3tev 276 1006 10 10060 2.28675966156 no beam_recoil, BeamSpectrum ON
e- e+ -> qq H nunu (mH=118.52) 3tev 277 4889 10 48890 3.125 no beam_recoil, BeamSpectrum ON
e- e+ -> cc H nunu (mH=118.52) 3tev 278 1002 10 10020 1.16945386505 no beam_recoil, BeamSpectrum ON
e- e+ -> bb H nunu (mH=118.52) 3tev 279 1001 10 10010 1.81422351234 no beam_recoil, BeamSpectrum ON
e- e+ -> q Q e-:mu-:tau- e+:mu+:tau+ 3tev 290 1002 10 10020 645994.832041 no beam_recoil, BeamSpectrum ON
e- e+ -> tau- tau+ nu nub 3tev 297 10646 10 106460 124.703828408 no beam_recoil, BeamSpectrum ON
e- e+ -> b bbar 500gev 317 1000 10 10000 381.533765738 no ISR, no beam_recoil, no beam spread
e- e+ -> c cbar 500gev 318 1000 10 10000 704.721634954 no ISR, no beam_recoil, no beam spread
e- e+ -> tautaunuenue, tau -> mu numu nutau 3tev 328 10 1000 10000 129.836406128 not using TAUOLA, no beam_recoil, BeamSpectrum ON
e- e+ -> W- W+ 500gev 340 1355 10 13550 7194.24460432 WHIZARD, CLIC_500GeV beam spectrum
e- e+ -> Z0 Z0 500gev 341 1386 10 13860 415.627597672 WHIZARD, CLIC_500GeV beam spectrum
e- e+ -> W- W+ Z0 500gev 342 1395 10 13950 39.8089171975 WHIZARD, CLIC_500GeV beam spectrum
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 500gev 343 25801 10 258010 2554.27841635 CLIC_500GeV beam spectrum
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 500gev 344 1345 10 13450 1958.48021935 CLIC_500GeV beam spectrum
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- nueb 500gev 345 12135 10 121350 1184.13262285 CLIC_500GeV beam spectrum
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 3tev 402 9602 10 96020 3341.1293017 CLIC 3TeV beam spectrum and ISR
e- e+ -> H nue nueb, H -> b bbar 3tev 411 14656 10 146560 419.815281276* 3tev, 2nd round
e- e+ -> H nue nueb, H -> c cbar 3tev 412 14677 10 146770 421.762969211* 3tev, 2nd round
e- e+ -> Q q nu nub 3tev 413 5969 10 59690 838926.174497 q=udscbt CLIC 3TeV beam spectrum and ISR
e- e+ -> qq nue e- 3tev 414 10894 10 108940 5254.86074619 q=udsc CLIC 3TeV beam spectrum and ISR
e- e+ -> h h nu nub 3tev 421 1001 20 20020 0.628140703518 CLIC 3TeV BeamSpectrum, ISR on, no beam_recoil
e- e+ -> t tbar 500gev 429 5551 10 55510 448.6 PYTHIA, 500GeV, CLIC 500GeV BeamSpectrum, ISR
e- e+ -> WW 500gev 430 14742 50 737100 7446 PYTHIA, 500GeV, CLIC 500GeV BeamSpectrum, ISR
e- e+ -> Z0Z0 500gev 431 1365 50 68250 621 PYTHIA, 500GeV, CLIC 500GeV BeamSpectrum, ISR
e- e+ -> Z0Z0 3tev 435 1001 50 50050 54 PYTHIA, CLIC 3TeV BeamSpectrum, roots>1600GeV, ISR
e- e+ -> WW 3tev 436 5460 50 273000 728.2 PYTHIA, CLIC 3TeV BeamSpectrum, roots>1600GeV, ISR
e- e+ -> t tbar 3tev 437 1001 50 50050 30.2 PYTHIA, CLIC 3TeV BeamSpectrum, roots>1600GeV, ISR
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar nu nub 3tev 508 9501 20 190020 1557.63239875 CLIC 3TeV BeamSpectrum, ISR on, q=udscb, nu=nue,numu,nutau
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 500gev 549 4713 50 235650 1687.47890651 CLIC 500GeV BeamSpectrum, ISR on
e- e+ -> H nue nueb, H -> mu+ mu- 3tev 582 994 20 19880 421.052631579* Small prod for gghad reco tests, 20 evts per job
e- e+ -> nue nueb mu+ mu- (mh=12TeV) 3tev 583 999 20 19980 132.187706543 Small prod for gghad reco tests, 20 evts per job
e- e+ -> qqqqnunu 3tev 584 10077 20 201540 97.65625 Bkg sample for chargino analysis, CLIC 3TeV BeamSpectrum, ISR on
e- e+ -> tau- tau+ 3tev 606 949 20 18980 249.532127261 CLIC 3tev BeamSpectrum, ISR On, no Beam Recoil
e- e+ -> tau- tau+ nu nub 3tev 607 903 20 18060 124.455507156 Clic 3tev BeamSpectrum, ISR On, No beasm Recoil
e- e+ -> e- e+ mu- mu+ (mH>12TeV) 3000gev 623 14637 100 1463700 379.218809253 m(mumu)>100GeV,theta(mu) in the barrel, theta(e) in the Beam pipe
e- e+ -> t tbar 500gev 630 1417 50 70850 0 PYTHIA, CLIC 500GeV BeamSpectrum, ISR on, width OK, m(top)=175, width(top)=1.5GeV
e- e+ -> nue nueb qq (q=udscb) (mh=12TeV) 3000gev 633 2895 100 289500 1304.9719431 CLIC 3TeV BeamSpectrum, ISR on, m(H)=12TeV
e- e+ -> W- W+ Z0 500gev 637 1002 50 50100 33.9673913043 CLIC 500GeV BeamSpectrum, ISR on, WHIZARD
e- e+ -> b u nue e- (u = u, c) 3tev 640 501 50 25050 4.71253534402 CLIC 3TeV BeamSpectrum, ISR on, no beam_recoil

To obtain the file from the catalog, only the ProdID is needed, as there is no other files registered for that production ID. Example query from the CLI: find ProdID=150

SUSY Processes

In the processes below, the model used is given in parenthesis. chne = model for charginos/neutralinos (found at http://lcd-data.web.cern.ch/lcd-data/doc/LesHouches_chneu.msugra_1.in), slsqhh = model for squarks, sleptons, heavy higgs. (found at http://lcd-data.web.cern.ch/lcd-data/doc/LesHouches_slsqhh.msugra_1.in). The prc file with the whizard process definitions is available at http://lcd-data.web.cern.ch/lcd-data/doc/whizard_susy.prc

Channel Energy ProdID Tasks Evts/task Statistics Cross Section (fb) Comment
e- e+ -> ch1+ ch1- 3tev 249 1001 10 10010 10.5641242341 no beam_recoil, BeamSpectrum ON
e- e+ -> ch1+ ch2-, ch2+ ch1- 3tev 250 1001 10 10010 0.827814569536 no beam_recoil, BeamSpectrum ON
e- e+ -> ch2+ ch2- 3tev 251 1002 10 10020 10.5318588731 no beam_recoil, BeamSpectrum ON
e- e+ -> neu2 neu2 3tev 258 1006 10 10060 3.25309043591 no beam_recoil, BeamSpectrum ON
e- e+ -> neu3 neu4 3tev 259 1005 10 10050 4.29922613929 no beam_recoil, BeamSpectrum ON
e- e+ -> seL+ seL- 3tev 260 1003 10 10030 3.0637254902 no beam_recoil, BeamSpectrum ON
e- e+ -> snue snue* 3tev 261 1001 10 10010 13.7551581843 no beam_recoil, BeamSpectrum ON
e- e+ -> snutau snutau* 3tev 262 1007 10 10070 0.394632991318 no beam_recoil, BeamSpectrum ON
e- e+ -> q Q neu1 neu1 3tev 291 1004 10 10040 1.76772140711 no beam_recoil, BeamSpectrum ON
e- e+ -> squark squark 3tev 292 3567 10 35670 1.47318797879 no beam_recoil, BeamSpectrum ON
e- e+ -> neu2 neu2 3tev 403 9998 10 99980 3.25097529259 CLIC 3TeV beam spectrum and ISR
e- e+ -> neu2 neu2 nu Nubar 3tev 422 1000 20 20000 1.19047619048 CLIC 3TeV, ISR and BeamSpectrum , no beam_recoil
e- e+ -> ch1+ ch1- nu Nubar 3tev 423 1995 20 39900 1.38888888889 CLIC 3TeV BeamSpectrum, ISR on, no beam_recoil
e- e+ -> ch1+ ch1- 3tev 424 9000 20 180000 10.5652403592 CLIC 3TeV BeamSpectrum, ISR ON, no beam_recoil, model chne
e- e+ -> ch2+ ch2- 3tev 603 1000 20 20000 10.5263157895 Model: chne, CLIC 3tev BeamSpectrum, ISR ON

Volume 3 productions

Channel Energy ProdID Tasks Average Evts/task Statistics Cross Section (fb) Comment
e- e+ -> ch1+ ch1- 1.4tev 1382 160 1000 160000 14.0574069356 CLIC 1400.0 BeamSpread, ISR ON, whizard, _ch1_496_neu1_363
e- e+ -> ch1+ ch1- 1.4tev 1386 161 1000 161000 13.6510552859 CLIC 1400.0 BeamSpread, ISR ON, whizard, _ch1_499_neu1_365
e- e+ -> neu2 neu2 1.4tev 1390 71 1000 71000 5.41117292889 CLIC 1400.0 BeamSpread, ISR ON, whizard, _neu1_356
e- e+ -> neu2 neu2 1.4tev 1394 71 1000 71000 5.41109044904 CLIC 1400.0 BeamSpread, ISR ON, whizard, _neu1_358
e- e+ -> ch1+ ch1- 1.4tev 1398 161 1000 161000 15.3200705294 CLIC 1400.0 BeamSpread, ISR ON, whizard, _neu1_358
e- e+ -> ch1+ ch1- 1.4tev 1402 161 1000 161000 15.3191667515 CLIC 1400.0 BeamSpread, ISR ON, whizard, _neu1_356
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 350gev 1417 996 1000 996000 25182.2425748 CLIC 350.0 BeamSpread, ISR ON, whizard
e- e+ -> W- W+ Z0 350gev 1420 101 1000 101000 10.005478247 CLIC 350.0 BeamSpread, ISR ON, whizard
e- e+ -> W- W+ Z0 350gev 1437 200 200 40000 10.0056531941 CLIC 350.0 BeamSpread, ISR ON, whizard, _small
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar 3tev 1440 996 1000 996000 3052.67987594 CLIC 3000.0 BeamSpread, ISR ON, whizard, _slac
e- e+ -> h nu nub 350gev 1442 268 1000 268000 55.4202217636 CLIC 350.0 BeamSpread, ISR ON, whizard
e- e+ -> h nu nub 500gev 1445 288 1000 288000 80.6799527126 CLIC 500.0 BeamSpread, ISR ON, whizard
e- e+ -> h h nu nub 3tev 1448 77 948 73000 0.305383109386 CLIC 3000.0 BeamSpread, ISR ON, whizard
e- e+ -> h h nu nub 1.4tev 1452 78 974 76000 0.116758716576 CLIC 1400.0 BeamSpread, ISR ON, whizard
e- e+ -> h h nu nu 3tev 1461 71 943 67000 1.33369960308 CLIC 3000.0 BeamSpread, ISR ON, whizard
e- e+ -> h h nu nu 1.4tev 1465 79 1000 79000 0.413634221687 CLIC 1400.0 BeamSpread, ISR ON, whizard
e- e+ -> h h nu nu 1.4tev 1485 61 1000 61000 0.141947944664 CLIC 1400.0 BeamSpread, ISR ON, whizard, _fix
e- e+ -> h h nu nu 1.4tev 1489 109 954 104000 0.197543996277 CLIC 1400.0 BeamSpread, ISR ON, whizard, _fix
e- e+ -> h h nu nu 3tev 1493 157 968 152000 0.741304305417 CLIC 3000.0 BeamSpread, ISR ON, whizard, _fix
e- e+ -> h h nu nu 3tev 1497 160 1000 160000 0.558296636961 CLIC 3000.0 BeamSpread, ISR ON, whizard, _fix
e- e+ -> h nu nub 1.4tev 1501 81 1000 81000 253.181965942 CLIC 1400.0 BeamSpread, ISR ON, whizard, MDCY(25,2)=220; MDCY(25,3)=1;
e- e+ -> ch1+ ch1- 1.4tev 1505 71 1000 71000 20.4454811167 CLIC 1400.0 BeamSpread, ISR ON, whizard, _noBS
e- e+ -> ch1+ ch1- 1.4tev 1509 71 1000 71000 17.1966546452 CLIC 1400.0 BeamSpread, ISR ON, whizard, _noISR
e- e+ -> neu2 neu2 1.4tev 1513 70 1000 70000 6.23174987537 CLIC 1400.0 BeamSpread, ISR ON, whizard, _noISR
e- e+ -> neu2 neu2 1.4tev 1517 71 1000 71000 7.71655254864 CLIC 1400.0 BeamSpread, ISR ON, whizard, _noBS
e- e+ -> e- e+ h 1.4tev 1521 31 1000 31000 24.5663251155 CLIC 1400.0 BeamSpread, ISR ON, whizard
e- e+ -> e- e+ h 1.4tev 1525 31 200 6200 24.5655464249 CLIC 1400.0 BeamSpread, ISR ON, whizard, _small
e- e+ -> h h nu nub 1.4tev 1532 31 1000 31000 0.148752399232 CLIC 1400.0 BeamSpread, ISR ON, whizard, _mh126_sid
e- e+ -> h h nu nub 3tev 1536 31 1000 31000 0.58858151854 CLIC 3000.0 BeamSpread, ISR ON, whizard, _mh126_sid
e- e+ -> ql ql ql ql 350gev 1548 623 1000 623000 5903.55691673 CLIC 350.0 BeamSpread, ISR ON, whizard, MDCY(25,2)=220; MDCY(25,3)=1;, _mh126
e- e+ -> ql ql h 350gev 1552 38 1000 38000 93.4717370984 CLIC 350.0 BeamSpread, ISR ON, whizard, MDCY(25,2)=220; MDCY(25,3)=1;, _mh126
e- e+ -> ql ql tau- tau+ 350gev 1584 107 1000 107000 70.1510542327 CLIC 350.0 BeamSpread, ISR ON, whizard, _mh12tev
e- e+ -> tau- tau+ h 350gev 1588 11 1000 11000 4.61583651546 CLIC 350.0 BeamSpread, ISR ON, whizard, _mh126
e- e+ -> tau- tau+ ql ql nu nub 350gev 1592 9 1000 9000 1.581222109 CLIC 350.0 BeamSpread, ISR ON, whizard, _mh126
e- e+ -> h h nu nu 3tev 1633 70 1000 70000 1.30109105779 CLIC 3000.0 BeamSpread, ISR ON, whizard, _mh126
e- e+ -> h h nu nu 3tev 1637 71 1000 71000 0.680904932245 CLIC 3000.0 BeamSpread, ISR ON, whizard, _mh126
e- e+ -> h h nu nu 3tev 1641 71 1000 71000 0.521357291292 CLIC 3000.0 BeamSpread, ISR ON, whizard, _mh126
e- e+ -> h h nu nu 1.4tev 1645 71 1000 71000 0.128387114274 CLIC 1400.0 BeamSpread, ISR ON, whizard, _mh126
e- e+ -> h h nu nu 1.4tev 1649 70 1000 70000 0.178707282577 CLIC 1400.0 BeamSpread, ISR ON, whizard, _mh126
e- e+ -> h h nu nu 1.4tev 1653 71 1000 71000 0.392651336674 CLIC 1400.0 BeamSpread, ISR ON, whizard, _mh126
e- e+ -> h nu nub 3tev 1753 31 1000 31000 415.321338139 CLIC 3000.0 BeamSpread, ISR ON, whizard, MDCY(25,2)=214;MDCY(25,3)=1;, mh=126
e- e+ -> h nu nub 3tev 1757 31 1000 31000 415.243453218 CLIC 3000.0 BeamSpread, ISR ON, whizard, MDCY(25,2)=213;MDCY(25,3)=1;, mh=126
e- e+ -> h nu nub 3tev 1761 31 1000 31000 415.349161263 CLIC 3000.0 BeamSpread, ISR ON, whizard, MDCY(25,2)=219;MDCY(25,3)=1, mh=126
e- A -> e- tau- tau+ 1.4tev 1829 429 500 214500 898.391779081 CLIC 1400.0 BeamSpread, ISR ON, whizard, cut at stdhep level
e- A -> tau- tau+ n:e-:mu- N:e+:mu+ e- 1.4tev 1832 2 500 1000 8.92602726162 CLIC 1400.0 BeamSpread, ISR ON, whizard, cut at stdhep level
A A -> ql ql tau- tau+ 350gev 1864 5 500 2500 4.5053162732 CLIC 350.0 BeamSpread, ISR ON, whizard
A A -> ql ql ql ql 350gev 1867 108 500 54000 83.9004381467 CLIC 350.0 BeamSpread, ISR ON, whizard
A e+ -> e+ tau- tau+ ql ql 350gev 1870 6 500 3000 0.556658564192 CLIC 350.0 BeamSpread, ISR ON, whizard
A e+ -> ql ql ql ql e+ 350gev 1873 47 500 23500 26.2863534676 CLIC 350.0 BeamSpread, ISR ON, whizard
A A -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 1.4tev 1876 24 500 12000 124.206887272 CLIC 1400.0 BeamSpread, ISR ON, whizard, _correct_beam
e- e+ -> h h nu nub 3tev 1883 91 500 45500 1.05265593189 CLIC 3000.0 BeamSpread, ISR ON, whizard, _80em_0ep
e- e+ -> h h nu nub 3tev 1886 61 500 30500 1.36827135737 CLIC 3000.0 BeamSpread, ISR ON, whizard, _80em_30ep
squarks_p10gev 3tev 1907 85 500 42500 1.40208035735 CLIC 3000.0 BeamSpread, ISR ON, whizard
squarks_p20gev 3tev 1911 89 500 44500 1.33277426697 CLIC 3000.0 BeamSpread, ISR ON, whizard
squarks_m20gev 3tev 1915 97 500 48500 1.62033402267 CLIC 3000.0 BeamSpread, ISR ON, whizard
squarks_m10gev 3tev 1919 100 500 50000 1.54595824676 CLIC 3000.0 BeamSpread, ISR ON, whizard
e- A -> ql ql e- 1.4tev 1925 433 500 216500 1640.77390108 CLIC 1400.0 BeamSpread, ISR ON, whizard, cut at stdhep level, _fixed3
e- A -> ql ql nu nub e- 1.4tev 1927 68 500 34000 10.4927911655 CLIC 1400.0 BeamSpread, ISR ON, whizard, cut at stdhep level, _fixed
e- e+ -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 1.4tev 1929 153 500 76500 225.761738583 CLIC 1400.0 BeamSpread, ISR ON, whizard, cut at stdhep level, _fixed
A A -> ql ql nu nub 1.4tev 1931 19 500 9500 0.630596844702 CLIC 1400.0 BeamSpread, ISR ON, whizard, cut at stdhep level, _fixed
e- A -> tau- tau+ n:e-:mu- N:e+:mu+ e- 1.4tev 1932 2 500 1000 8.9605428534 CLIC 1400.0 BeamSpread, ISR ON, whizard, cut at stdhep level, _fixed
A A -> u:d:s:c:b ubar:dbar:sbar:cbar:bbar e- e+ 1.4tev 1978 40 500 20000 12.1687687462 CLIC 1400.0 BeamSpread, ISR ON, whizard, cut at stdhep level, _cuts
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Topic revision: r46 - 2012-12-17 - StephanePoss
 
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