CLIC Web>Detector>ProductionData>GeneratorFiles (2012-12-17, StephanePoss)

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

Topic revision: r46 - 2012-12-17 - StephanePoss

CLIC

Accelerator
Detector

- Cern Search
- TWiki Search
- Google Search
CLIC All webs

Copyright &© 2008-2023 by the contributing authors. All material on this collaboration platform is the property of the contributing authors.
or Ideas, requests, problems regarding TWiki? use Discourse or Send feedback