| zhad | | γ*/Z (hadronic) | #gamma*/Z (Hadronic) |
| ttbar | | tt | t#bar{t} |
| top | | Top | Top |
| top-mc | | Top (parton level) | Top (parton level) |
| zinclusive | | Z (Drell-Yan) | Z (Drell-Yan) |
| z | | Z (Drell-Yan) | Z (Drell-Yan) |
| zy | | Z+γ | Z+#gamma |
| winclusive | | W | W |
| ww | | WW | WW |
| wy | | W+γ | W+#gamma |
| yy | | γγ | #gamma#gamma |
| z1j | | Z+Jet | Z+Jet |
| z1j-tt | | Z+Jet and tt | Z+Jet and t#bar{t} |
| w1j | | W+Jet | W+Jet |
| jets | | Jets | Jets |
| bbbar | | bb | b#bar{b} |
| b | | Bottom | Bottom |
| ue | | Underlying Event | Underlying Event |
| mb-inelastic | | Soft QCD (inelastic) | Soft QCD |
| mb-nsd | | Soft QCD (nsd only) | NSD |
| uemb-hard | | Underlying Event | Underlying Event |
| uemb-soft | | Soft QCD (inelastic) | Soft QCD |
| uemb-nsd | | Soft QCD (nsd only) | NSD |
| softqcdall | | Total σ | #sigma_{Total} |
| elastic | | Elastic | Elastic |
| bjmu | | pp →B+-→J/psiK+-→μμ | pp\rightarrow B^{#pm}\rightarrow J/#psi K^{#pm}\rightarrow#mu#mu |
| eec | | EEC | Energy-Energy Correlation |
| eeca | | EEC Asymmetry | Energy-Energy Correlation Asymmetry |
| cos_chi_bz | Four-jet Angles | B-Z Angle | |cos(#chi_{BZ})| |
| cos_phi_ksw | Four-jet Angles | K-S-W Angle | cos(#phi_{KSW}) |
| cos_theta_nr | Four-jet Angles | Modified N-R Angle | |cos(#theta_{NR}^{*})| |
| cos_alpha_34 | Four-jet Angles | α34 | cos(#alpha_{34}) |
| Y2 | Jet resolution | y12 | One-jet resolution y_{12} |
| Y3 | Jet resolution | y23 | Two-jet resolution y_{23} |
| Y4 | Jet resolution | y34 | Three-jet resolution y_{34} |
| Y5 | Jet resolution | y45 | Four-jet resolution y_{45} |
| Y6 | Jet resolution | y56 | Five-jet resolution y_{56} |
| lnx | Charged Particles | Ln(xp) | Ln(Momentum Fraction) |
| xln | Charged Particles | Ln(xp) | Ln(Momentum Fraction) |
| pTinSph | Charged Particles | pTin (Sph) | In-plane p_{T}, axes=Sphericity |
| pTinThr | Charged Particles | pTin (Thrust) | In-plane p_{T}, axes=Thrust |
| pToutSph | Charged Particles | pTout (Sph) | Out-of-plane p_{T}, axes=Sphericity |
| pToutThr | Charged Particles | pTout (Thrust) | Out-of-plane p_{T}, axes=Thrust |
| pToutThr-vs-x | Charged Particles | <pTout> vs x (Thrust) | Out-of-plane p_{T} vs x, axes=Thrust |
| pTthr-vs-x | Charged Particles | <pT> vs x (Thrust) | Average p_{T} vs x, axes=Thrust |
| S | | Sphericity | Sphericity |
| P | | Planarity | Planarity |
| tau | | 1-Thrust | 1-Thrust |
| x | Charged Particles | xp (momentum fraction) | Momentum Fraction |
| xE | Charged Particles | xE (energy fraction) | Energy Fraction |
| neta0 | Identified Particles | η multiplicity | #eta multiplicity |
| xeta0 | Identified Particles | η spectrum | #eta spectrum |
| lnxeta0 | Identified Particles | η spectrum | #eta spectrum |
| netap0 | Identified Particles | η' multiplicity | #eta' multiplicity |
| xetap0 | Identified Particles | η' spectrum | #eta' spectrum |
| xgamma | Identified Particles | γ spectrum | #gamma spectrum |
| xK | Identified Particles | K spectrum | K spectrum |
| nK | Identified Particles | K multiplicity | K multiplicity |
| xKst | Identified Particles | K*(892) spectrum | K^{*}(892) spectrum |
| nKst | Identified Particles | K*(892) multiplicity | K^{*}(892) multiplicity |
| xLambda0 | Identified Particles | Λ0 spectrum | Lambda^{0} spectrum |
| xomega782 | Identified Particles | ω(782) spectrum | #omega(782) spectrum |
| np | Identified Particles | p multiplicity | p multiplicity |
| xp | Identified Particles | p spectrum | p spectrum |
| xphi | Identified Particles | φ spectrum | #phi spectrum |
| npi | Identified Particles | π multiplicity | #pi multiplicity |
| xpi | Identified Particles | π spectrum | #pi spectrum |
| nrho | Identified Particles | ρ multiplicity | #rho multiplicity |
| xrho | Identified Particles | ρ spectrum | #rho spectrum |
| nSigma1385 | Identified Particles | Σ(1385) multiplicity | #Sigma(1385) multiplicity |
| xSigma1385 | Identified Particles | Σ(1385) spectrum | #Sigma(1385) spectrum |
| nXi | Identified Particles | Ξ multiplicity | #Xi multiplicity |
| nXi1530 | Identified Particles | Ξ(1530) multiplicity | #Xi(1530) multiplicity |
| xXi | Identified Particles | Ξ spectrum | #Xi spectrum |
| xXi1530 | Identified Particles | Ξ(1530) spectrum | #Xi(1530) spectrum |
| nDst | Charm and Bottom | D* multiplicity | D^{*} multiplicity |
| xDst | Charm and Bottom | D* spectrum | D^{*} spectrum |
| nD | Charm and Bottom | D multiplicity | D multiplicity |
| nDeltapp | Identified Particles | Δ++ multiplicity | #Delta^{++} multiplicity |
| nLambda0 | Identified Particles | Λ0 multiplicity | #Lambda^{0} multiplicity |
| nOmega | Identified Particles | Ω multiplicity | #Omega multiplicity |
| nphi | Identified Particles | φ multiplicity | #phi multiplicity |
| lambda.pol-vs-pt | Identified Particles : Λ polarization | Λ polarization vs pT(Λ) | #Lambda polarization vs pT(#Lambda) |
| lambda.pol-vs-zh | Identified Particles : Λ polarization | Λ polarization vs zh | #Lambda polarization vs z(h) |
| lambda.pol-vs-zl | Identified Particles : Λ polarization | Λ polarization vs zΛ | #Lambda polarization vs z(Λ) |
| cosThetaHel | | cosθhel | cos#theta_{hel} |
| had.pt | | pT(hadron) | pT (hadron) |
| had.z | | Hadron z | Hadron z |
| had.z2 | | Hadron z2 | Hadron z2 |
| nB | Charm and Bottom | B multiplicity | B multiplicity |
| nLambdaB | Charm and Bottom | Λb multiplicity | #Lambda_{b}^{0} multiplicity |
| yThr | Charged Particles | Rapidity wrt Thrust axis | Rapidity wrt Thrust axis |
| ySph | Charged Particles | Rapidity wrt Sphericity axis | Rapidity wrt Sphericity axis |
| tminor | | Thrust minor | Thrust minor |
| b-f-prim | Charm and Bottom | fprim | b quark fragmentation function f^{prim} |
| b-f-weak | Charm and Bottom | fweak | b quark fragmentation function f^{weak} |
| b-f-prim-mean | Charm and Bottom | Mean of fprim | Mean of b quark fragmentation function f^{prim} |
| b-f-weak-mean | Charm and Bottom | Mean of fweak | Mean of b quark fragmentation function f^{weak} |
| rate-1jet | Jet rates | One-jet fraction | One-jet fraction |
| rate-2jet | Jet rates | Two-jet fraction | Two-jet fraction |
| rate-3jet | Jet rates | Three-jet fraction | Three-jet fraction |
| rate-4jet | Jet rates | Four-jet fraction | Four-jet fraction |
| rate-5jet | Jet rates | Five-jet fraction | Five-jet fraction |
| rate-6jet | Jet rates | >Six-jet fraction | >Six-jet fraction |
| Mh2 | | M(Heavy Hemisph) | Heavy Hemisphere Mass M_{H} |
| Ml2 | | M(Light Hemisph) | Light Hemisphere Mass M_{L} |
| Msdiff | | ΔM(Heavy-Light) | Hemisphere mass difference |
| broadj | | B(Total) | Total Hemisphere Broadening B_{tot} |
| broadjmax | | B(Max) | Max Hemisphere Broadening B_{max} |
| broadjmin | | B(Min) | Min Hemisphere Broadening B_{min} |
| broadjwndiff | | ΔB(Max-Min) | Hemisphere broadening difference |
| Ml2-mom | Event-Shape Moments | Moments of ML | Moments of M_{L} |
| broadj-mom | Event-Shape Moments | Moments of Btot | Moments of B_{tot} |
| broadjmax-mom | Event-Shape Moments | Moments of Bmax | Moments of B_{max} |
| broadjmin-mom | Event-Shape Moments | Moments of Bmin | Moments of B_{min} |
| Mdjet | | ΔM(Heavy-Light Hemisph) | Hemisphere mass difference |
| broadwj | | B(Heavy Hemisph) | Heavy Hemisphere Broadening B_{max} |
| broadnj | | B(Light Hemisph) | Light Hemisphere Broadening B_{min} |
| broadwj-mom | Event-Shape Moments | Moments of Bmax | Moments of B_{max} |
| broadnj-mom | Event-Shape Moments | Moments of Bmin | Moments of B_{min} |
| A | | Aplanarity | Aplanarity |
| C | | C parameter | C parameter |
| D | | D parameter | D parameter |
| T | | Thrust | Thrust |
| Tmajor | | Thrust Major | Thrust major |
| Tminor | | Thrust Minor | Thrust minor |
| tO | | Thrust Oblateness | Oblateness |
| tau-mom | Event-Shape Moments | Moments of 1-T | Moments of 1-T |
| Mh2-mom | Event-Shape Moments | Moments of MH | Moments of M_{H} |
| C-mom | Event-Shape Moments | Moments of C | Moments of C |
| Y3-mom | Event-Shape Moments | Moments of Y23 | Moments of y_{23} |
| Tmajor-mom | Event-Shape Moments | Moments of T Major | Moments of T Major |
| Tminor-mom | Event-Shape Moments | Moments of T Minor | Moments of T Minor |
| S-mom | Event-Shape Moments | Moments of S | Moments of Sphericity |
| O-mom | Event-Shape Moments | Moments of O | Moments of Oblateness |
| minor-mom | Event-Shape Moments | Moments of T minor | Moments of T minor |
| minor | | Thrust minor | Thrust minor |
| uds-scaled-mom | Charged Particles | uds events scaled momentum | uds scaled momentum |
| c-scaled-mom | Charged Particles | c events scaled momentum | c scaled momentum |
| b-scaled-mom | Charged Particles | b events scaled momentum | b scaled momentum |
| all-scaled-mom | Charged Particles | All events scaled momentum | All scaled momentum |
| uds-lnx | Charged Particles | uds events ln(1/xp) | uds ln(1/x_p) |
| c-lnx | Charged Particles | c events ln(1/xp) | c ln(1/x_p) |
| b-lnx | Charged Particles | b events ln(1/xp) | b ln(1/x_p) |
| all-lnx | Charged Particles | All events ln(1/xp) | All ln(1/x_p) |
| zhad.nch | Charged Particles | Multiplicity Distribution | Charged Multiplicity |
| mom | Charged Particles | Momentum Distribution | Charged Momentum |
| nch-vs-e | Charged Particles | <Nch> | Average N_{ch} |
| nchDiffLC | Charged Particles | <Nch,uds> - <Nch,c> | N_{ch,uds} - N_{ch,c} |
| nchDiffLB | Charged Particles | <Nch,uds> - <Nch,b> | N_{ch,uds} - N_{ch,b} |
| rpip | Identified Particles | N(q→π+)+N(q̄→π-) | N(q\rightarrow #pi^{+})+N(\bar{q}\rightarrow\pi^{-}) |
| rpim | Identified Particles | N(q→π-)+N(q̄→π+) | N(q\rightarrow #pi^{-})+N(\bar{q}\rightarrow\pi^{+}) |
| dpi | Identified Particles | (Rqπ--Rqπ+) / (Rqπ-+Rqπ+) | (R^q_{ #pi^{-}}-R^q_{ #pi^{+}})/(R^q_{ #pi^{-}}+R^q_{ #pi^{+}}) |
| rKp | Identified Particles | N(q→K+)+N(q̄→K-) | N(q\rightarrow K^{+})+N(\bar{q}\rightarrow K^{-}) |
| rKm | Identified Particles | N(q→K-)+N(q̄→K+) | N(q\rightarrow K^{-})+N(\bar{q}\rightarrow K^{+}) |
| dK | Identified Particles | (RqK--RqK+) / (RqK-+RqK+) | (R^q_{K^{-}}-R^q_{K^{+}})/(R^q_{K^{-}}+R^q_{K^{+}}) |
| rqp | Identified Particles | N(q→p)+N(q̄→p̄) | N(q\rightarrow p)+N(\bar{q}\rightarrow\bar{p}) |
| rqm | Identified Particles | N(q→p̄)+N(q̄→p) | N(q\rightarrow\bar{p})+N(\bar{q}\rightarrow p) |
| dq | Identified Particles | (Rqp-Rqp̄) / (Rqp+Rqp̄) | (R^q_{p}-R^q_{\bar{p}})/(R^q_{p}+R^q_{\bar{p}}) |
| nbjets | Jet Multiplicities | b-jet multiplicity | b-jet multiplicity |
| bj1.pt | | Leading b jet pT | p_{T}^{bj1} |
| bj1.y | | Leading b jet y | y^{bj1} |
| bj1bj2.dphi | | Δφ (bj1, bj2) | #Delta#phi(bj_1, bj_2) |
| bj1bj2.dy | | Δy (bj1, bj2) | #Delta y(bj_1, bj_2) |
| bj1bj2.dR | | ΔR (bj1, bj2) | #Delta R(bj_1, bj_2) |
| bj1bj2.m | | m(bj1, bj2) | m(bj_1, bj_2) |
| bj1bj2.pt | | pT(bj1, bj2) | p_{T}(bj_1, bj_2) |
| bj1bj2.pt_bj1bj2.m | | pT(bj1, bj2)/m(bj1, bj2) | p_{T}(bj_1, bj_2)/m(bj_1, bj_2) |
| zbj1.dphi | | Δφ (bj1, Z) | #Delta#phi(bj_1, Z) |
| zbj1.dy | | Δy (bj1, Z) | #Delta y(bj_1, Z) |
| zbj1.dR | | ΔR (bj1, Z) | #Delta R(bj_1, Z) |
| zj.dR.min | | ΔRmin (jet, Z) | #Delta R^{min}(jet, Z) |
| z.pt_j.pt | | pT(Z) to pT(jet) ratio | pT(Z) to pT(jet) ratio |
| zj.ht | | HT(Z+jets) | HT(Z+jets) |
| zj.dphi | | Δφ (jet, Z) | #Delta#phi(jet, Z) |
| zjj.dphi | | Δφ (dijet, Z) | #Delta#phi(dijet, Z) |
| zj.dpt.rel | | ΔrelpT(jet, Z) | #Delta_{rel}p_{T}(jet, Z) |
| zjj.dpt.rel | | ΔrelpT(dijet, Z) | #Delta_{rel}p_{T}(dijet, Z) |
| jj.dpt.rel | | ΔrelpT(jets) | #Delta_{rel}p_{T}(jets) |
| z.pt | | pT Z | p_{T}^{Z} |
| z.y | | y Z | y^{Z} |
| z.pt_z.pt | | pT(Z) ratio | pT(Z) ratio |
| ll.phiStar_eta | | φ*η(ll) | #phi^{*}_{#eta}(ll) |
| j.y | | Jet rapidity | y^{j} |
| j.pt | | Jet pT | p_{T}^{j} |
| j.eta | | Jet η | #eta^{j} |
| j.pt-veto | | Vetoed jet pT | p_{T}^{j-veto} |
| l.pt | | Lepton pT | p_{T}^{l} |
| l.eta | | Lepton η | #eta^{l} |
| l.y | | Lepton rapidity | Lepton rapidity |
| ll.pt | | Dilepton pT | p_{T}^{ll} |
| ll.m | | Dilepton m | m^{ll} |
| ll.y | | Dilepton y | y^{ll} |
| ll.dphi | | Dilepton Δφ | #Delta#phi(ll) |
| ll.thetaStar | | cosθ*(ll) | cos#theta^{*}(ll) |
| ll.ht | | Dilepton HT | H_{T}^{ll} |
| ll.E | | Dilepton E | Dilepton E |
| w.pt | | pT(W) | p_{T}^{W} |
| m_hh | | mh+h- | m_{h+h-} |
| y_hh | | yh+h- | y_{h+h-} |
| dphi_pp | | Δφ(p'p') | #Delta#phi(p'p') |
| tsum_pp | | |t1+t2| (p vertices) | |t_{1}+t_{2}| |
| coh-c23 | Coherence | 23-jet Correlation | F_{#eta2}(#beta) |
| coh-et1 | Coherence | ET(J1) | E_{T1} |
| coh-et2 | Coherence | ET(J2) | E_{T1} |
| coh-eta3 | Coherence | η(J3) | #eta_{J3} |
| coh-R23 | Coherence | ΔR(23) | #DeltaR_{23} |
| coh-alpha | Coherence | α angle | #alpha |
| eta_gap | | Rapidity gap size | Rapidity gap size |
| eflow | | Energy flow | Energy flow |
| eflow-pt | | Forward energy flow ratio | Forward Energy flow ratio |
| en_total | | Total energy spectrum | Total energy spectrum |
| en_em | | EM energy spectrum | EM energy spectrum |
| en_had | | Hadronic energy spectrum | Hadronic energy spectrum |
| ue.nch | | Multiplicity Distributions | Charged multiplicity |
| mb-inelastic.nch | | Multiplicity Distributions | Charged multiplicity |
| mb-nsd.nch | | Multiplicity Distributions | Charged multiplicity |
| uemb-soft.nch | | Multiplicity Distributions | Charged multiplicity |
| uemb-hard.nch | | Multiplicity Distributions | Charged multiplicity |
| uemb-nsd.nch | | Multiplicity Distributions | Charged multiplicity |
| pt | | pT Distributions | Charged Particle p_{T} Spectrum |
| jets.pt | | dσ(jet)/dpT | Jet p_{T} |
| winclusive.pt | | dσ(jet)/dpT | Jet p_{T} |
| eta | | η Distributions | Charged Particle #eta Distribution |
| avgpt-vs-nch | | <pT> vs Nch | Average p_{T} vs N_{ch} |
| avgpt-jet-vs-nch | | <pT>j vs Nch | Average jet p_{T} vs N_{ch} |
| njets | Jet Multiplicities | Jet multiplicity | Jet multiplicity |
| njetsR | Jet Multiplicities | Ratios of jet multiplicity | Ratios of jet multiplicity |
| njets-vs-nch | Jet Multiplicities | Nj vs Nch | N_{j} vs N_{ch} |
| y-jet | | Jet rapidity | Jet rapidity |
| sumpt | | Σ(pT) | Sum(pT) |
| sumEt | | Σ(ET) | Sum ET |
| sumEt-vs-nch | | Σ(ET) vs Nch | Sum ET vs Nch |
| sumEt-trns | TRNS | Σ(ET) | Sum ET |
| sumEt-vs-eta-trns | TRNS | Σ(ET) vs η | Sum ET vs #eta |
| nch-vs-pt-twrd | TWRD | <Nch> vs pT1 | Average Charged Particle Density (TWRD) |
| nch-vs-pt-trns | TRNS | <Nch> vs pT1 | Average Charged Particle Density (TRNS) |
| nch-vs-pt-trnsMin | TRNSMIN | <Nch> vs pT1 | Average Charged Particle Density (TRNSMIN) |
| nch-vs-pt-trnsMax | TRNSMAX | <Nch> vs pT1 | Average Charged Particle Density (TRNSMAX) |
| nch-vs-pt-trnsDiff | TRNSDIF | <Nch> vs pT1 | Average Charged Particle Density (TRNSDIF) |
| nch-vs-pt-trnsAve | TRNSAVE | <Nch> vs pT1 | Average Charged Particle Density (TRNSAVE) |
| nch-vs-pt-away | AWAY | <Nch> vs pT1 | Average Charged Particle Density (AWAY) |
| sumpt-vs-pt-twrd | TWRD | Σ(pT) vs pT1 | Sum(p_{T}) Density (TWRD) |
| sumpt-vs-pt-trns | TRNS | Σ(pT) vs pT1 | Sum(p_{T}) Density (TRNS) |
| sumpt-vs-pt-away | AWAY | Σ(pT) vs pT1 | Sum(p_{T}) Density (AWAY) |
| sumpt-vs-pt-trnsMin | TRNSMIN | Σ(pT) vs pT1 | Sum(p_{T}) Density (TRNSMIN) |
| sumpt-vs-pt-trnsMax | TRNSMAX | Σ(pT) vs pT1 | Sum(p_{T}) Density (TRNSMAX) |
| sumpt-vs-pt-trnsDiff | TRNSDIF | Σ(pT) vs pT1 | Sum(p_{T}) Density (TRNSDIF) |
| sumpt-vs-pt-trnsAve | TRNSAVE | Σ(pT) vs pT1 | Sum(p_{T}) Density (TRNSAVE) |
| pt-vs-pt-twrd | TWRD | <pT> vs pT1 | Average p_{T} vs p_{T1} (TWRD) |
| pt-vs-pt-trns | TRNS | <pT> vs pT1 | Average p_{T} vs p_{T1} (TRNS) |
| pt-vs-pt-away | AWAY | <pT> vs pT1 | Average p_{T} vs p_{T1} (AWAY) |
| pt-vs-nch-twrd | TWRD | <pT> vs Nch | Average p_{T} vs N_{ch} (TWRD) |
| pt-vs-nch-trns | TRNS | <pT> vs Nch | Average p_{T} vs N_{ch} (TRNS) |
| pt-vs-nch-away | AWAY | <pT> vs Nch | Average p_{T} vs N_{ch} (AWAY) |
| nch-vs-dphi | Δφ Distributions | <Nch> vs Δφ | density wrt #phi of leading track |
| pt-vs-dphi | Δφ Distributions | <pT> vs Δφ | density wrt #phi of leading track |
| stddev-nch-vs-pt-trns | TRNS | σ(Nch) vs pT1 | Std. dev. N_{ch} (TRNS) |
| stddev-sumpt-vs-pt-trns | TRNS | σ(Σ(pT)) vs pT1 | Std. dev. Sum(p_{T}) Density (TRNS) |
| avgpt-vs-pt-trns | TRNS | <pT> vs pT1 | Average p_{T} vs p_{T1} (TRNS) |
| avgpt-vs-pt-twrd | TWRD | <pT> vs pT1 | Average p_{T} vs p_{T1} (TWRD) |
| avgpt-vs-pt-away | AWAY | <pT> vs pT1 | Average p_{T} vs p_{T1} (AWAY) |
| avgpt-vs-pt-trnsMin | TRNSMIN | <pT> vs pT1 | Average p_{T} vs p_{T1} (TRNSMIN) |
| avgpt-vs-pt-trnsMax | TRNSMAX | <pT> vs pT1 | Average p_{T} vs p_{T1} (TRNSMAX) |
| avgpt-vs-nch-trns | TRNS | <pT> vs Nch | Average p_{T} vs N_{ch} (TRNS) |
| avgpt-vs-nch-twrd | TWRD | <pT> vs Nch | Average p_{T} vs N_{ch} (TWRD) |
| avgpt-vs-nch-away | AWAY | <pT> vs Nch | Average p_{T} vs N_{ch} (AWAY) |
| avgpt-vs-nch-trnsMin | TRNSMIN | <pT> vs Nch | Average p_{T} vs N_{ch} (TRNSMIN) |
| avgpt-vs-nch-trnsMax | TRNSMAX | <pT> vs Nch | Average p_{T} vs N_{ch} (TRNSMAX) |
| nch-vs-eta-trns | TRNS | <Nch> vs η1 | density wrt #eta of leading track (TRNS) |
| sumpt-vs-eta-trns | TRNS | Σ(pT) vs η1 | Sum(p_{T}) density wrt #eta of leading track (TRNS) |
| lund_z | Lund jet plane | ln(1/z) | ln(1/z) |
| lund_R | Lund jet plane | ln(R/ΔR) | ln(R/#Delta R) |
| fbcorr-vs-deta | FB Correlations | b(Nch) vs Δη | Forward-Backward Correlation b_{FB} vs #Delta#eta |
| fbcorr-vs-detapos | FB Correlations | b(Nch) vs ηC | Forward-Backward Correlation b_{FB} vs #eta_C |
| maxpt-vs-pt-trns | TRNS | Max(pT) vs pT1 | Maximal p_{T} vs p_{T1} (TRNS) |
| js_diff | Jet Shapes | Differential Jet Shape | Differential jet shape #rho |
| js_int | Jet Shapes | Integral Jet Shape | Integral jet shape #Psi |
| js_int-vs-pt | Jet Shapes | Integral Jet Shape vs pT | Integral shape vs pT |
| jet_frag | | Jet Fragmentation | Fragmentation |
| jet_charge | Jet Charge | Jet Charge Q | Jet Charge Q |
| jet_charge_L | Jet Charge | Jet Charge QL | Jet Charge Q_{L} |
| jet_charge_T | Jet Charge | Jet Charge QT | Jet Charge Q_{T} |
| jet_charge_mean | Jet Charge | Jet Charge Mean | Jet Charge Mean |
| jet_charge_rms | Jet Charge | Jet Charge RMS | Jet Charge RMS |
| jet_nch_mean | Jet Shapes | < Nch > (Central) | Average N_{ch} |
| jet_nch_diff | Jet Shapes | < Nch Difference > (Central-Fwd) | Average #Delta N_{ch} |
| jet_nch_sum | Jet Shapes | < Nch > (Central+Fwd) | Average N_{ch} |
| jet_mass_raw | | Jet Mass | Jet Mass |
| jet_mass_sf | | Split-filtered Jet Mass | Split-Filtered Jet Mass |
| jet_mass_filt | | Filtered Jet Mass | Filtered Jet Mass |
| jet_mass_trim | | Trimmed Jet Mass | Trimmed Jet Mass |
| jet_mass_prun | | Pruned Jet Mass | Pruned Jet Mass |
| jet_d12 | Jet Substructure | Splitting scale d12 | Splitting scale #sqrt{d_{12}} |
| jet_d23 | Jet Substructure | Splitting scale d23 | Splitting scale #sqrt{d_{23}} |
| jet_tau21 | Jet Substructure | N-subjettiness τ2/τ1 | N-subjettiness #tau_{2}/#tau_{1} |
| jet_tau32 | Jet Substructure | N-subjettiness τ3/τ2 | N-subjettiness #tau_{3}/#tau_{2} |
| softfrop.rho | Jet Substructure | Relative jet mass ρ | Relative jet mass #rho |
| softfrop.zg | Jet Substructure | Soft-frop zg | Soft-drop z_{g} |
| softfrop.rg | Jet Substructure | Soft-drop opening angle | Soft-drop opening angle |
| jet_width | Jet Shapes | Jet Width | Jet Width |
| jet_planarflow | Jet Shapes | Jet Planar Flow | Jet Planar Flow |
| jet_angularity | Jet Shapes | Jet Angularity | Jet Angularity |
| j.mult | Generalized angularities | Multiplicity λ00 | Multiplicity #lambda_0^0 |
| j.mult.c | Generalized angularities | Multiplicity λ00 (charged only) | Multiplicity #lambda_0^0 (charged only) |
| j.mult.g | Generalized angularities | Groomed multiplicity λ00 | Groomed multiplicity #lambda_0^0 |
| j.mult.gc | Generalized angularities | Groomed multiplicity λ00 (charged only) | Groomed multiplicity #lambda_0^0 (charged only) |
| j.lha | Generalized angularities | LHA λ10.5 | LHA #lambda_{0.5}^1 |
| j.lha.c | Generalized angularities | LHA λ10.5 (charged only) | LHA #lambda_{0.5}^1 (charged only) |
| j.lha.g | Generalized angularities | Groomed LHA λ10.5 | Groomed LHA #lambda_{0.5}^1 |
| j.lha.gc | Generalized angularities | Groomed LHA λ10.5 (charged only) | Groomed LHA #lambda_{0.5}^1 (charged only) |
| j.width | Generalized angularities | Width λ11 | Width #lambda_1^1 |
| j.width.c | Generalized angularities | Width λ11 (charged only) | Width #lambda_1^1 (charged only) |
| j.width.g | Generalized angularities | Groomed width λ11 | Groomed width #lambda_1^1 |
| j.width.gc | Generalized angularities | Groomed width λ11 (charged only) | Groomed width #lambda_1^1 (charged only) |
| j.thrust | Generalized angularities | Thrust λ12 | Thrust #lambda_2^1 |
| j.thrust.c | Generalized angularities | Thrust λ12 (charged only) | Thrust #lambda_2^1 (charged only) |
| j.thrust.g | Generalized angularities | Groomed thrust λ12 | Groomed thrust #lambda_2^1 |
| j.thrust.gc | Generalized angularities | Groomed thrust λ12 (charged only) | Groomed thrust #lambda_2^1 (charged only) |
| j.ptd2 | Generalized angularities | (pDT)2 λ20 | (p^D_T)^2 #lambda_0^2 |
| j.ptd2.c | Generalized angularities | (pDT)2 λ20 (charged only) | (p^D_T)^2 #lambda_0^2 (charged only) |
| j.ptd2.g | Generalized angularities | Groomed (pDT)2 λ20 | Groomed (p^D_T)^2 #lambda_0^2 |
| j.ptd2.gc | Generalized angularities | Groomed (pDT)2 λ20 (charged only) | Groomed (p^D_T)^2 #lambda_0^2 (charged only) |
| pt-jet | | Jet pT spectrum | Jet p_{T} |
| pt-j1 | | pT(j1) | p_{T}^{j1} |
| pt-j2 | | Jet pT spectrum | 2nd jet p_{T} |
| pt-j3 | | Jet pT spectrum | 3rd jet p_{T} |
| pt-j4 | | Jet pT spectrum | 4th jet p_{T} |
| pt-j5 | | Jet pT spectrum | 5th jet p_{T} |
| jet_nch | | Charged particle multiplicities per jet | N^{ch}_{jet} |
| chjet_ptrel | | pT of charged particles in a jet wrt jet axis | p_{T}^{rel} |
| chjet_rho | | Density of charged particles | #rho_{ch} |
| avgjet_frag-vs-pt | | Average longitudinal profile | |
| avgchjet_ptrel-vs-pt | | Average transverse profile | |
| avgjet_nch-vs-j.pt | | Mean charged particle multiplicities per jet | vs p_{T} |
| avgsumpt-vs-z.pt | Z pT | Mean Σ(pT) | vs p_{T}^{Z} |
| avgpt-vs-z.pt | Z pT | Mean pT | vs p_{T}^{Z} |
| avgnch-vs-z.pt | Z pT | Mean charged particle multiplicities per jet | vs p_{T}^{Z} |
| ch.pt | | Charged particle pT | p_{T}^{ch} |
| nch | | Charged particle multiplicities | N^{ch} |
| avgpt | | Mean pT | |
| d0 | Jet Substructure | Splitting scale d0 | Splitting scale #sqrt{d_{0}} |
| d1 | Jet Substructure | Splitting scale d1 | Splitting scale #sqrt{d_{1}} |
| d2 | Jet Substructure | D2 | D_{2} |
| d3 | Jet Substructure | Splitting scale d3 | Splitting scale #sqrt{d_{3}} |
| d4 | Jet Substructure | Splitting scale d4 | Splitting scale #sqrt{d_{4}} |
| d5 | Jet Substructure | Splitting scale d5 | Splitting scale #sqrt{d_{5}} |
| d6 | Jet Substructure | Splitting scale d6 | Splitting scale #sqrt{d_{6}} |
| d7 | Jet Substructure | Splitting scale d7 | Splitting scale #sqrt{d_{7}} |
| nsubjets | Jet Substructure | Subjet multiplicity | Subjet multiplicity |
| c2 | Jet Substructure | C2 | C_{2} |
| ecf2 | Jet Substructure | Energy correlation | ECF2 |
| ecf3 | Jet Substructure | Energy correlation | ECF3 |
| jj.dR | | ΔR(jets) | #Delta R (jets) |
| top.y | | Top rapidity | Rapidity |
| ttbar.m | | m(ttbar) | m(ttbar) |
| ttbar.y | | Ttbar rapidity | y(ttbar) |
| top.pt | | pT(top) | p_{T}^{top} |
| ttbar.pt | | pT(ttbar) | p_{T}^{ttbar} |
| ttbar.dphi | | Δφ(ttbar) | #Delta#phi (ttbar) |
| top.pout | | Out-of-plane p(top) | Out-of-plane p^{top} |
| ttbar.pcross | | Cross products of jet directions | Cross products of jet directions |
| ttbar.z | | pT(t2) to pT(t1) ratio | p_{T}^{t2} to p_{T}^{t1} ratio |
| ttbar.ht | | ttbar HT | ttbar HT |
| ttbar.yboost | | Mean rapidity | Mean rapidity |
| ttbar.chi | | χ(ttbar) | #chi (ttbar) |
| w.pt_top.pt | | pT(W) to pT(t) ratio | p_{T}^{W} to p_{T}^{top} ratio |
| w.pt_b.pt | | pT(W) to pT(b) ratio | p_{T}^{W} to p_{T}^{b} ratio |
| tj.dR | | ΔR(top, jet) | #Delta R (top, jet) |
| j.pt_top.pt | | pT(j) to pT(t) ratio | p_{T}^{jet} to p_{T}^{top} ratio |
| ttbar.pt_j.pt | | pT(ttbar) to pT(j) ratio | p_{T}^{ttbar} to p_{T}^{jet} ratio |
| j.pt_j.pt | | pT(j) to pT(j) ratio | p_{T}^{jet} to p_{T}^{jet} ratio |
| nextrajets | | Extra jets multiplicity | Extra jets multiplicity |
| dijet_chi | | Di-jet χ | Di-jet #chi |
| dijet_dphi | | Di-jet Δφ | Di-jet #Delta#phi |
| dijet_m12 | | Di-jet mass | Di-jet mass |
| j1j2.dphi | | Δφ(j1j2) | #Delta#phi (j_{1}j_{2}) |
| pt-trns | TRNS | dNch/dpT | Charged Particle pT Spectrum (TRNS) |
| sumpt-vs-dphi | Δφ Distributions | Σ(pT) vs Δφ | Sum(pT) vs #Delta#phi |
| ctt | | Transverse Thrust | Central Transverse Thrust |
| ctm | | Transverse Minor | Central Transverse Minor |
| R32-vs-ht | Jet Multiplicities | R32 vs HT | R32 vs HT |
| R32-vs-pt | Jet Multiplicities | R32 vs pT | R32 vs pT |
| xi | | Diffractive ξ | Diffractive #xi |
| sd.deta | Diffraction | Δη | #Delta#eta |
| sd.t | Diffraction | |t| | |t| |
| sd.xi | Diffraction | ξ | #xi |
| # CHARGE RATIOS | | | |
| top.pt-r | Charge ratio | pT(top) | p_{T}^{top} |
| top.y-r | Charge ratio | Top rapidity | Rapidity |
| l.pt-r | Charge ratio | Lepton pT | p_{T}^{l} |
| l.y-r | Charge ratio | Lepton rapidity | Lepton rapidity |
| w.pt -r | Charge ratio | pT(W) | p_{T}^{W} |
| j.pt-r | Flavor ratio | pT(jet) | p_{T}^{jet} |
| z.pt-r | Flavor ratio | pT(Z) | p_{T}^{Z} |
| dR | Angular correlations | dσ/dΔR | #Delta R |
| dphi | Angular correlations | dσ/dΔφ | #Delta#phi |
| k0.eta | | KS0 η | #eta^{K_{S}^{0}} |
| k0.pt | | pT KS0 | p_{T}^{K_{S}^{0}} |
| k0.E | | E KS0 | E^{K_{S}^{0}} |
| nk0 | | KS0 multiplicity | K_{S}^{0} multiplicity |
| k0.x | | E KS0 to E jet ratio | E^{K_{S}^{0}} to E^{jet} ratio |
| lambda.eta | | Λ0 η | #eta^{#Lambda^{0}} |
| lambda.pt | | pT Λ0 | p_{T}^{#Lambda^{0}} |
| lambda.E | | E Λ0 | E^{#Lambda^{0}} |
| pt-vs-mass | | <pT> vs mass | Average Transverse Momentum vs Particle Mass |
| Lbar2L_pt | Identified Particles : Ratios | Λbar/Λ vs pT | #bar{#Lambda}/#Lambda vs p_{T} |
| Lbar2L_y | Identified Particles : Ratios | Λbar/Λ vs |y| | #bar{#Lambda}/#Lambda vs |y| |
| Lbar2L_yloss | Identified Particles : Ratios | Λbar/Λ vs |Δy| | #bar{#Lambda}/#Lambda vs #Deltay (|y_{beam}-y|) |
| Lbar2K0S_pt | Identified Particles : Ratios | Λbar/K0S vs pT | #bar{#Lambda}/K0S vs p_{T} |
| Lbar2K0S_y | Identified Particles : Ratios | Λbar/K0S vs |y| | #bar{#Lambda}/K0S vs |y| |
| Lbar2K0S_yloss | Identified Particles : Ratios | Λbar/K0S vs |Δy| | #bar{#Lambda}/K0S vs #Deltay (|y_{beam}-y|) |
| pbar2pim_pt | Identified Particles : Ratios | pbar/π vs pT | #bar{p}/#pi^{-} vs p_{T} |
| pbar2p_pt | Identified Particles : Ratios | pbar/p vs pT | #bar{p}/p vs p_{T} |
| p2pip_pt | Identified Particles : Ratios | p/π+ vs pT | p/#pi^{+} vs p_{T} |
| pim2pip_pt | Identified Particles : Ratios | π-/π+ vs pT | #pi^{-}/#pi^{+} vs p_{T} |
| Xip2Xim_pt | Identified Particles : Ratios | Ξ+/Ξ- vs pT | #Xi^{+}/#Xi^{-} vs p_{T} |
| pbar2p_y | Identified Particles : Ratios | pbar/p vs |y| | #bar{p}/p vs |y| |
| Km2Kp_y | Identified Particles : Ratios | K-/K+ vs |y| | K^{-}/K^{+} vs |y| |
| pim2pip_y | Identified Particles : Ratios | π-/π+ vs |y| | #pi^{-}/#pi^{+} vs |y| |
| pbarp2pippim_y | Identified Particles : Ratios | (pbar+p)/(π-+π+) vs |y| | (#bar{p}+p)/(#pi^{-}+#pi^{-}) vs |y| |
| KmKp2pippim_y | Identified Particles : Ratios | (K-+K+)/(π-+π+) vs |y| | (K^{-}/K^{+})/(#pi^{-}+#pi^{-}) vs |y| |
| pbarp2KpKm_y | Identified Particles : Ratios | (pbar+p)/(K-+K+) vs |y| | (#bar{p}+p)/(K^{-}+K^{-}) vs |y| |
| pbarp2pippim_pt | Identified Particles : Ratios | (pbar+p)/(π-+π+) vs pT | (#bar{p}+p)/(#pi^{-}+#pi^{-}) vs pT |
| KmKp2pippim_pt | Identified Particles : Ratios | (K-+K+)/(π-+π+) vs pT | (K^{-}/K^{+})/(#pi^{-}+#pi^{-}) vs pT |
| L_pt | Identified Particles : pT | Λ | pT(#Lambda) |
| Lbar_pt | Identified Particles : pT | Λbar | pT(#bar{#Lambda}) |
| p_pt | Identified Particles : pT | p | pT(p) |
| pbar_pt | Identified Particles : pT | pbar | pT(#bar{p}) |
| ppbar_pt | Identified Particles : pT | p + pbar | pT(p) + pT(#bar{p}) |
| pim_pt | Identified Particles : pT | π- | pT(#pi^{-}) |
| pipm_pt | Identified Particles : pT | π+ + π- | pT(#pi^{+}) + pT(#pi^{-}) |
| phi_y | Identified Particles : Y | φ | y(#phi) |
| pi0_pt | Identified Particles : pT | π0 | pT(#pi^{0}) |
| pip_pt | Identified Particles : pT | π+ | pT(#pi^{+}) |
| Km_pt | Identified Particles : pT | K- | pT(K^{-}) |
| Kp_pt | Identified Particles : pT | K+ | pT(K^{+}) |
| Kpm_pt | Identified Particles : pT | K+ + K- | pT(K^{+}) + pT(K^{-}) |
| K0S_pt | Identified Particles : pT | K0S | pT(K^{-}) |
| SigmaStBarm_pt | Identified Particles : pT | Σ(1385) | pT(#bar{#Sigma*}^{-}) |
| SigmaStBarp_pt | Identified Particles : pT | Σ(1385) | pT(#bar{#Sigma*}^{+}) |
| SigmaStm_pt | Identified Particles : pT | Σ(1385) | pT(#Sigma*^{-}) |
| SigmaStp_pt | Identified Particles : pT | Σ(1385) | pT(#Sigma*^{+}) |
| Xim_pt | Identified Particles : pT | Ξ- | pT(#Xi^{-}) |
| Xip_pt | Identified Particles : pT | Ξ+ | pT(#Xi^{+}) |
| Xi_pt | Identified Particles : pT | Ξ | pT(#Xi) |
| XiSt_pt | Identified Particles : pT | Ξ(1530) | pT(#Xi*) |
| phi_pt | Identified Particles : pT | φ | pT(#phi) |
| pp_pt | Identified Particles : pT | p | pT(p) |
| pm_pt | Identified Particles : pT | pbar | pT(#bar{p}) |
| Sigma1385p_pt | Identified Particles : pT | Σ(1385)+ | pT(#Sigma*^{+}) |
| Sigma1385m_pt | Identified Particles : pT | Σ(1385)- | pT(#Sigma*^{-}) |
| Sigma1385barm_pt | Identified Particles : pT | Σbar(1385)- | pT(#bar{#Sigma*}^{-}) |
| Sigma1385barp_pt | Identified Particles : pT | Σbar(1385)+ | pT(#bar{#Sigma*}^{+}) |
| Xi1530_pt | Identified Particles : pT | Ξ(1530) | pT(#Xi) |
| eta_pt | Identified Particles : pT | η | pT(#eta) |
| eta2pi_pt | Identified Particles : Ratios | η/π0 vs pT | #eta/#pi^{0} vs p_{T} |
| D0_pT | Identified Particles : pT | D0 | pT(D^{0}) |
| Dp_pT | Identified Particles : pT | D+ | pT(D^{+}) |
| Dst_pT | Identified Particles : pT | D*+ | pT(D*^{+}) |
| Ds_pT | Identified Particles : pT | Ds+ | pT(Ds^{+}) |
| Lambdac_pT | Identified Particles : pT | Λc | pT(#Lambdac) |
| D0.pt | Identified Particles : pT | D0 | pT(D^{0}) |
| Dp.pt | Identified Particles : pT | D+ | pT(D^{+}) |
| Dst.pt | Identified Particles : pT | D*+ | pT(D*^{+}) |
| Ds.pt | Identified Particles : pT | Ds+ | pT(Ds^{+}) |
| D0.pt.mean | Identified Particles : pT | D0 | mean pT(D^{0}) |
| Lambdac.pt | Identified Particles : pT | Λc+ | pT(#Lambdac^{+}) |
| Sigmac.pt | Identified Particles : pT | Σc0,+,++ | pT(#Sigmac^{0,+,++}) |
| D0.sigma | Identified Particles : σ | D0 | #sigma(D^{0}) |
| Dp.sigma | Identified Particles : σ | D+ | #sigma(D^{+}) |
| Dst.sigma | Identified Particles : σ | D*+ | #sigma(D*^{+}) |
| Ds.sigma | Identified Particles : σ | Ds+ | #sigma(Ds^{+}) |
| ccbar.sigma | Identified Particles : σ | ccbar | #sigma(ccbar) |
| Dp.pt_D0.pt | Identified Particles : Ratios | D+/D0 vs pT | D^{+}/D^{0} vs p_{T} |
| Dst.pt_D0.pt | Identified Particles : Ratios | D*+/D0 vs pT | D*^{+}/D^{0} vs p_{T} |
| Ds.pt_D0.pt | Identified Particles : Ratios | Ds+/D0 vs pT | Ds^{+}/D^{0} vs p_{T} |
| Ds.pt_Dp.pt | Identified Particles : Ratios | Ds+/D+ vs pT | Ds^{+}/D^{+} vs p_{T} |
| Lambdac.pt_D0.pt | Identified Particles : Ratios | Λc+/D0 vs pT | #Lambdac^{+}/D^{0} vs p_{T} |
| Sigmac.pt_D0.pt | Identified Particles : Ratios | Σc0,+,++/D0 vs pT | #Sigmac^{0,+,++}/D^{0} vs p_{T} |
| Lambdac.pt_Lambdac.pt | Identified Particles : Ratios | Λc+ from Σc0,+,++/Λc+ vs pT | #Lambdac^{+} from #Sigmac^{0,+,++}/#Lambdac^{+} vs p_{T} |
| ptj | | pT (jet) | |
| ptpair | | pT (pair) | |
| pt-ttbar | | pT (ttbar) | |
| pt-ttbar-peak | | pT (ttbar) (peak) | |
| K0S_eta | Identified Particles : Y | K0S | |y|(K0S) |
| L_eta | Identified Particles : Y | Λ | |y|(#Lambda) |
| Xim_eta | Identified Particles : Y | Ξ- | |y|(#Xi^{-}) |
| L2K0S_pt | Identified Particles : Ratios | Λ/K0S vs pT | #Lambda/K0S vs p_{T} |
| Xim2L_pt | Identified Particles : Ratios | Ξ-/Λ vs pT | #Xi^{-}/#Lambda vs p_{T} |
| L2K0S_eta | Identified Particles : Ratios | Λ/K0S vs |y| | #Lambda/K0S vs |y| |
| Xim2L_eta | Identified Particles : Ratios | Ξ-/Λ vs |y| | #Xi^{-}/#Lambda vs |y| |
| etap- | | pbar dN/dη | pbar dN/d#eta |
| ph1.pt | | pT γ1 | p_{T}^{#gamma 1} |
| ph2.pt | | pT γ2 | p_{T}^{#gamma 2} |
| ph1ph2.m | | m(γ1γ2) | m_{#gamma 1#gamma 2} |
| ph1ph2.pt | | pT(γ1γ2) | p_{T}^{#gamma 1#gamma 2} |
| ph1ph2.at | | aT(γ1γ2) | a_{T}^{#gamma 1#gamma 2} |
| ph1ph2.phiStar_eta | | φ*η | #phi^{*}_{#eta} |
| ph1ph2.thetaStar | | cosθ* | cos#theta^{*} |
| ph1ph2.acoplan | | Acoplanarity | Acoplanarity |
| phj.dy | | Δy(γj) | #Delta y(#gamma j) |
| phj.dphi | | Δφ(γj) | #Delta#phi(#gamma j) |
| phjj.m | | m(γjj) | m(#gamma jj) |
| jj.dy | | Δy(jj) | #Delta y(jj) |
| jj.dphi | | Δφ(jj) | #Delta#phi(jj) |
| jj.deta | | Δη(jj) | #Delta#eta(jj) |
| jj.dpt | | ΔpT(jj) | #Delta p_{T}^{jj} |
| jj.m | | m(jj) | m(jj) |
| jj.ht | | HT(jj) | H_{T}^{jj} |
| lljj.st | | ST(lljj) | S_{T}^{lljj} |
| jjjj.ds | | ΔS(4j) | #Delta S^{4j} |
| j.m | | m(j) | m(j) |
| jj.dy_jj.dy | | Δy(jj) ratio | #Delta y(jj) ratio |
| lj.dphi | | Δφ(lj) | #Delta#phi(lj) |
| ph.Et | | ET(γ) | E_{T}^{#gamma} |
| ph.y | | y(γ) | y^{#gamma} |
| llph.m | | m(llγ) | m^{ll#gamma} |
| llph.pt | | pT(llγ) | p_{T}^{ll#gamma} |
| llph.pt_llph.m | | pT(llγ) to m(llγ) ratio | p_{T}^{ll#gamma} to m^{ll#gamma} ratio |
| ph.pt | | pT(γ) | p_{T}^{#gamma} |
| ph.eta | | η(γ) | #eta^{#gamma} |
| lph.dR | | ΔR(lγ) | #Delta R^{l#gamma} |
| lph.deta | | Δη(lγ) | ##Delta#eta^{l#gamma} |
| cluster.mt | | mT(lνγ) | m_{T}^{l#nu#gamma} |
| pT-Z | | dσ(Z)/dpTZ | p_{T}(Z) |
| pT-Z-norm | | 1/σdσ(Z)/dpTZ | p_{T}(Z) |
| phiStar | | 1/σdσ(Z)/dφ*η | #phi^{*}_{#eta} |
| y-Z | | dσ(Z)/dyZ | yZ |
| mll-rap | | y(ll) | y^{ll} |
| mll-deta | M(ll) | d2σ/dmlldΔηll | |#Delta#eta_{ll}| |
| xsecfid | | σfid | #sigma_{fid} |
| pt-l1 | | pT(lep1) | p_{T}^{lep1} |
| pt-l2 | | pT(lep2) | p_{T}^{lep2} |
| st | | ST | S_{T} |
| mllt | | mT(ll) | m_{T}^{ll} |
| mll | | m(ll) | m^{ll} |
| ll-pt | | pT(ll) | p_{T}^{ll} |
| ll-dphi | | Δφ(ll) | #Delta#phi(ll) |
| thetaStar | | cosθ* | cos#theta^{*} |
| dphi-l2j1 | | Δφ(lep2,j1) | #Delta#phi(lep2,j1) |
| dR-l2j1 | | ΔR(lep2,j1) | #Delta R(lep2,j1) |
| pt-l2_pt-l1 | | pT(lep2)/pT(lep1) | p_{T}^{lep2}/p_{T}^{lep1} |
| pt-l2_pt-j1 | | pT(lep2)/pT(j1) | p_{T}^{lep2}/p_{T}^{j1} |
| ww.xsec | | σfid | #sigma_{fid} |
| l1l2.m | | m(l1l2) | m^{l_{1}l_{2}} |
| l1.pt | | pT(lep1) | p_{T}^{lep1} |
| l2.pt | | pT(lep2) | p_{T}^{lep2} |
| l1l2.dphi | | Δφ(l1l2) | #Delta#phi(l_{1}l_{2}) |
| l1l2.pt | | pT(l1l2) | p_{T}^{l_{1}l_{2}} |
| l1l2.phiStar_eta | | φ*η(l1l2) | #phi^{*}_{#eta}(l1l2) |
| dphittbar | | Δφ (ttbar) | #Delta#phi (ttbar) |
| dyttbar | | Δy (ttbar) | #Deltay (ttbar) |
| moddyttbar | | |Δy| (ttbar) | |#Deltay| (ttbar) |
| mttbar | | M (ttbar) | M (ttbar) |
| pTttbar | | pT (ttbar) | pT (ttbar) |
| yttbar | | y (ttbar) | y (ttbar) |
| xsec | | Cross sections | Cross section |
| pTatop | Individual tops | pT (tbar) | pT (tbar) |
| pTtop | Individual tops | pT (top) | pT (top) |
| yatop | Individual tops | y (tbar) | y (tbar) |
| ytop | Individual tops | y (top) | y (top) |
| dphittbar.asym | Asymmetry | Δφ (ttbar) | #Delta#phi (ttbar) |
| dyttbar.asym | Asymmetry | Δy (ttbar) | #Deltay (ttbar) |
| moddyttbar.asym | Asymmetry | |Δy| (ttbar) | |#Deltay| (ttbar) |
| mttbar.asym | Asymmetry | M (ttbar) | M (ttbar) |
| pTatop.asym | Asymmetry | pT (tbar) | pT (tbar) |
| pTtop.asym | Asymmetry | pT (top) | pT (top) |
| pTttbar.asym | Asymmetry | pT (ttbar) | pT (ttbar) |
| yatop.asym | Asymmetry | y (tbar) | y (tbar) |
| ytop.asym | Asymmetry | y (top) | y (top) |
| yttbar.asym | Asymmetry | y (ttbar) | y (ttbar) |
| detattbar.asym | Asymmetry | Δηl (ttbar) | #Delta#eta_{l} (ttbar) |
| ac-vs-mttbar | Asymmetry | AC vs Mttbar | A_{C} vs M_{ttbar} |
| acl-vs-mttbar | Asymmetry | ACl vs Mttbar | A_{C}^{l} vs M_{ttbar} |
| ac-vs-pTttbar | Asymmetry | AC vs pTttbar | A_{C} vs p_{T,ttbar} |
| acl-vs-pTttbar | Asymmetry | ACl vs pTttbar | A_{C}^{l} vs p_{T,ttbar} |
| ac-vs-yttbar | Asymmetry | AC vs yttbar | A_{C} vs y_{ttbar} |
| acl-vs-yttbar | Asymmetry | ACl vs yttbar | A_{C}^{l} vs y_{ttbar} |
| ht | | HT | HT |
| gaps_mc | | Rapidity Gaps (MC only) | |
| mcgap-fmax0 | | MC max(ηF, ηB) | p_{T} > 0.2 GeV/c |
| mcgap-cmax0 | | MC max(ηC) | p_{T} > 0.2 GeV/c |
| mcgap-gapmax0 | | MC max(max(ηF, ηB), ηC) | p_{T} > 0.2 GeV/c |
| mcgap-fmin0 | | MC min(ηF, ηB) | p_{T} > 0.2 GeV/c |
| mcgap-minfmaxc0 | | MC min(max(ηF, ηB), ηC) | p_{T} > 0.2 GeV/c |
| mcgap-fmax-eta5.2 | | MC |η| < 5.2, max(ηF, ηB) | p_{T} > 0.2 GeV/c, |#eta| < 5.2 |
| mcgap-cmax-eta5.2 | | MC |η| < 5.2, max(ηC) | p_{T} > 0.2 GeV/c, |#eta| < 5.2 |
| mcgap-gapmax-eta5.2 | | MC |η| < 5.2, max(max(ηF, ηB), ηC) | p_{T} > 0.2 GeV/c, |#eta| < 5.2 |
| mcgap-fmin-eta5.2 | | MC |η| < 5.2, min(ηF, ηB) | p_{T} > 0.2 GeV/c, |#eta| < 5.2 |
| mcgap-minfmaxc-eta5.2 | | MC |η| < 5.2, min(max(ηF, ηB), ηC) | p_{T} > 0.2 GeV/c, |#eta| < 5.2 |
| mcgap-zeta-eta5.2 | | MC |η| < 5.2 | p_{T} > 0.2 GeV/c, |#eta| < 5.2 |
| mcgap-zeflow-eta5.2 | | MC |η| < 5.2, Energy flow | p_{T} > 0.2 GeV/c, |#eta| < 5.2 |
| mcgap-zetflow-eta5.2 | | MC |η| < 5.2, Transverse energy flow | p_{T} > 0.2 GeV/c, |#eta| < 5.2 |
| gapfr-vs-dy-fb | Jets + Veto | Gap fraction vs Δy (FB) | Gap fraction vs #Deltay (FB) |
| gapfr-vs-dy-lj | Jets + Veto | Gap fraction vs Δy (LJ) | Gap fraction vs #Deltay (LJ) |
| gapfr-vs-pt-fb | Jets + Veto | Gap fraction vs pT (FB) | Gap fraction vs pT (FB) |
| gapfr-vs-pt-lj | Jets + Veto | Gap fraction vs pT (LJ) | Gap fraction vs pT (LJ) |
| gapfr-vs-Q0-fb | Jets + Veto | Gap frac. vs Veto scale (FB) | Gap fraction vs Veto scale (FB) |
| gapfr-vs-Q0-lj | Jets + Veto | Gap frac. vs Veto scale (LJ) | Gap fraction vs Veto scale (LJ) |
| njets-vs-dy-fb | Jets + Veto | Njet vs Δy (FB) | N_{jet} vs #Deltay (FB) |
| njets-vs-dy-lj | Jets + Veto | Njet vs Δy (LJ) | N_{jet} vs #Deltay (LJ) |
| njets-vs-pt-fb | Jets + Veto | Njet vs pT (FB) | N_{jet} vs pT (FB) |
| njets-vs-pt-lj | Jets + Veto | Njet vs pT (LJ) | N_{jet} vs pT (LJ) |
| gapfr-vs-Q0 | Jets + Veto | Gap frac. vs Veto scale | Gap fraction vs Veto scale |
| gapfr-vs-Qsum | Jets + Veto | Gap frac. vs scalar veto scale | Gap fraction vs scalar veto scale |
| ch.asym-vs-eta | | Charge asymmetry vs η | Charge asymmetry vs #eta |
| ch.asym-vs-njets | | Charge asymmetry vs Njet | Charge asymmetry vs N_{jet} |
| gapfr-vs-dy | Jets + Veto | Gap fraction vs Δy | Gap fraction vs #Deltay |
| m3jet | | 3-jet mass | 3-jet mass |
| aleph1 | | ALEPH 2004 | |
| aleph0-charged | | ALEPH 1996 charged | charged |
| aleph-1996 | | ALEPH 1996 | |
| aleph-1996-charged | | ALEPH 1996 charged | charged |
| aleph-1996-pi+- | | ALEPH 1996 π+- | #pi^{#pm} |
| aleph-1996-pi0 | | ALEPH 1996 π0 | #pi^{0} |
| aleph-1996-K+- | | ALEPH 1996 K+- | K^{#pm} |
| aleph-1996-K0 | | ALEPH 1996 K0 | K^{0} |
| aleph-1996-Kst+- | | ALEPH 1996 K*+- | K^{*#pm} |
| aleph-1996-Kst0 | | ALEPH 1996 K*0 | K^{*0} |
| aleph-1996-Xi+- | | ALEPH 1996 Ξ+- | #Xi^{#pm} |
| aleph-1996-SigmaSt+- | | ALEPH 1996 Σ+- | #Sigma^{*#pm} |
| aleph-1996-XiSt0 | | ALEPH 1996 Ξ*0 | #Xi^{*0} |
| aleph-1996-ncharged | | ALEPH 1996 | c#tau > 100mm |
| aleph1999 | | ALEPH 1999 | particle-level |
| alice1 | | ALICE INEL > 0 | N_{ch} > 0, |#eta| < 1.0, all p_{T} |
| alice2 | | ALICE pT > 0.15 | |#eta| < 0.8, p_{T} > 0.15 GeV/c |
| alice2-2 | | ALICE pT > 0.5 | |#eta| < 0.8, p_{T} > 0.5 GeV/c |
| alice3-eta0.5 | | ALICE |η| < 0.5 | |#eta| < 0.5 |
| alice3-eta1.0 | | ALICE |η| < 1.0 | |#eta| < 1.0 |
| alice3-eta1.3 | | ALICE |η| < 1.3 | |#eta| < 1.3 |
| alice2011-y0.6 | | ALICE |y| < 0.6 | |y| < 0.6 |
| alice2011-y0.75 | | ALICE |y| < 0.75 | |y| < 0.75 |
| alice2011-y0.8 | | ALICE |y| < 0.8 | |y| < 0.8 |
| alice2011-eta0.5 | | ALICE |η| < 0.5 | |#eta| < 0.5 |
| alice2012-sdinel | | ALICE SD/INEL | Mx < 200 GeV/c^{2} |
| alice2012-ddinel | | ALICE DD/INEL | #Delta#eta > 3 |
| alice2012-sd | | ALICE SD | Mx < 200 GeV/c^{2} |
| alice2012-dd | | ALICE DD | #Delta#eta > 3 |
| alice2012-inel | | ALICE INEL | |
| alice2015-eta0.5 | | ALICE INEL |y| < 0.5 | INEL, |y| < 0.5 |
| alice2017-d | | ALICE D-meson production at mid-rapidity | ALICE D-meson production at mid-rapidity |
| alice2022-sigmal | | ALICE Sigmac and Lambdac analysis | ALICE Sigmac and Lambdac analysis |
| atlas2011-inel | | ATLAS INEL | #xi>5x10^{-6} |
| atlas1 | | ATLAS pT > 0.5 | N_{ch} > 0, |#eta| < 2.5, p_{T} > 0.5 GeV/c |
| atlas2 | | ATLAS Nch ≥ 6 | N_{ch} > 5, |#eta| < 2.5, p_{T} > 0.5 GeV/c |
| atlas3-akt4 | | ATLAS [akt4] | anti-k_{T}(0.4) |
| atlas3-akt4-pt04 | | ATLAS 4 < pT < 6 [akt4] | anti-k_{T}(0.6), p_{T} = 4-6 GeV/c |
| atlas3-akt4-pt06 | | ATLAS 6 < pT < 10 [akt4] | anti-k_{T}(0.6), p_{T} = 6-10 GeV/c |
| atlas3-akt4-pt10 | | ATLAS 10 < pT < 15 [akt4] | anti-k_{T}(0.6), p_{T} = 10-15 GeV/c |
| atlas3-akt4-pt15 | | ATLAS 15 < pT < 24 [akt4] | anti-k_{T}(0.6), p_{T} = 15-24 GeV/c |
| atlas3-akt6 | | ATLAS [akt6] | anti-k_{T}(0.6) |
| atlas3-akt6-pt04 | | ATLAS 4 < pT < 6 [akt6] | anti-k_{T}(0.6), p_{T} = 4-6 GeV/c |
| atlas3-akt6-pt06 | | ATLAS 6 < pT < 10 [akt6] | anti-k_{T}(0.6), p_{T} = 6-10 GeV/c |
| atlas3-akt6-pt10 | | ATLAS 10 < pT < 15 [akt6] | anti-k_{T}(0.6), p_{T} = 10-15 GeV/c |
| atlas3-akt6-pt15 | | ATLAS 15 < pT < 24 [akt6] | anti-k_{T}(0.6), p_{T} = 15-24 GeV/c |
| atlas4 | | ATLAS pT > 0.5 | |#eta| < 2.5, p_{T} > 0.5 GeV/c |
| atlas4-pt1 | | ATLAS pTlead > 1 | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 1 GeV/c |
| atlas4-pt1.5 | | ATLAS pTlead > 1.5 | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 1.5 GeV/c |
| atlas4-pt2 | | ATLAS pTlead > 2 | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 2 GeV/c |
| atlas4-pt2.5 | | ATLAS pTlead > 2.5 | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 2.5 GeV/c |
| atlas4-pt3 | | ATLAS pTlead > 3 | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 3 GeV/c |
| atlas4-pt5 | | ATLAS pTlead > 5 | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 5 GeV/c |
| atlas4-pt0.1 | | ATLAS pT > 0.1 | |#eta| < 2.5, p_{T} > 0.1 GeV/c |
| atlas5-pt110 | | ATLAS 110 < pT < 160 | |
| atlas5-pt160 | | ATLAS 160 < pT < 210 | |
| atlas5-pt210 | | ATLAS 210 < pT < 260 | |
| atlas5-pt260 | | ATLAS 260 < pT < 310 | |
| atlas5-pt310 | | ATLAS 310 < pT < 400 | |
| atlas5-pt400 | | ATLAS 400 < pT < 500 | |
| atlas5-pt500 | | ATLAS 500 < pT < 600 | |
| atlas5-pt600 | | ATLAS 600 < pT < 800 | |
| atlas5-pt800 | | ATLAS 800 < pT | |
| atlas6-akt4-m340 | | ATLAS 340 < m12 < 520 [akt4] | |
| atlas6-akt4-m520 | | ATLAS 520 < m12 < 800 [akt4] | |
| atlas6-akt4-m800 | | ATLAS 800 < m12 < 1200 [akt4] | |
| atlas6-akt4-y0 | | ATLAS |y| < 0.3 [akt4] | |
| atlas6-akt4-y0.3 | | ATLAS 0.3 < |y| < 0.8 [akt4] | |
| atlas6-akt4-y0.8 | | ATLAS 0.8 < |y| < 1.2 [akt4] | |
| atlas6-akt4-y1.2 | | ATLAS 1.2 < |y| < 2.1 [akt4] | |
| atlas6-akt4-y2.1 | | ATLAS 2.1 < |y| < 2.8 [akt4] | |
| atlas6-akt6-m340 | | ATLAS 340 < m12 < 520 [akt6] | |
| atlas6-akt6-m520 | | ATLAS 520 < m12 < 800 [akt6] | |
| atlas6-akt6-m800 | | ATLAS 800 < m12 < 1200 [akt6] | |
| atlas6-akt6-y0 | | ATLAS |y| < 0.3 [akt6] | |
| atlas6-akt6-y0.3 | | ATLAS 0.3 < |y| < 0.8 [akt6] | |
| atlas6-akt6-y0.8 | | ATLAS 0.8 < |y| < 1.2 [akt6] | |
| atlas6-akt6-y1.2 | | ATLAS 1.2 < |y| < 2.1 [akt6] | |
| atlas6-akt6-y2.1 | | ATLAS 2.1 < |y| < 2.8 [akt6] | |
| atlas7.1-2-100 | | ATLAS Nch ≥ 1 pT > 0.1 | N_{ch} > 1, p_{T} > 0.1 GeV/c |
| atlas7.1-20-100 | | ATLAS Nch ≥ 20 pT > 0.1 | N_{ch} > 20, p_{T} > 0.1 GeV/c |
| atlas7.1-1-2500 | | ATLAS Nch ≥ 1 pT > 2.5 | N_{ch} > 1, p_{T} > 2.5 GeV/c |
| atlas7.1-1-500 | | ATLAS Nch ≥ 1 pT > 0.5 | N_{ch} > 1, p_{T} > 0.5 GeV/c |
| atlas7.1-6-500 | | ATLAS Nch ≥ 6 pT > 0.5 | N_{ch} > 6, p_{T} > 0.5 GeV/c |
| atlas7.2-1-500 | | ATLAS Nch ≥ 1 pT > 0.5 | N_{ch} > 1, p_{T} > 0.5 GeV/c |
| atlas7.3-2-100 | | ATLAS Nch ≥ 2 pT > 0.1 | N_{ch} > 2, p_{T} > 0.1 GeV/c |
| atlas7.3-1-2500 | | ATLAS Nch ≥ 1 pT > 2.5 | N_{ch} > 1, p_{T} > 2.5 GeV/c |
| atlas7.3-1-500 | | ATLAS Nch ≥ 1 pT > 0.5 | N_{ch} > 1, p_{T} > 0.5 GeV/c |
| atlas7.3-6-500 | | ATLAS Nch ≥ 6 pT > 0.5 | N_{ch} > 6, p_{T} > 0.5 GeV/c |
| atlas7.3-20-100 | | ATLAS Nch ≥ 20 pT > 0.1 | N_{ch} > 20, p_{T} > 0.1 GeV/c |
| atlas8-pt030-y0.3 | | ATLAS 30 < pT < 40, 0 < |y| < 0.3 | |
| atlas8-pt030-y0.8 | | ATLAS 30 < pT < 40, 0.3 < |y| < 0.8 | |
| atlas8-pt030-y1.2 | | ATLAS 30 < pT < 40, 0.8 < |y| < 1.2 | |
| atlas8-pt030-y2.1 | | ATLAS 30 < pT < 40, 1.2 < |y| < 2.1 | |
| atlas8-pt030-y2.8 | | ATLAS 30 < pT < 40, 2.1 < |y| < 2.8 | |
| atlas8-pt030-yall | | ATLAS 30 < pT < 40, 0 < |y| < 2.8 | |
| atlas8-pt040-y0.3 | | ATLAS 40 < pT < 60, 0 < |y| < 0.3 | |
| atlas8-pt040-y0.8 | | ATLAS 40 < pT < 60, 0.3 < |y| < 0.8 | |
| atlas8-pt040-y1.2 | | ATLAS 40 < pT < 60, 0.8 < |y| < 1.2 | |
| atlas8-pt040-y2.1 | | ATLAS 40 < pT < 60, 1.2 < |y| < 2.1 | |
| atlas8-pt040-y2.8 | | ATLAS 40 < pT < 60, 2.1 < |y| < 2.8 | |
| atlas8-pt040-yall | | ATLAS 40 < pT < 60, 0 < |y| < 2.8 | |
| atlas8-pt060-y0.3 | | ATLAS 60 < pT < 80, 0 < |y| < 0.3 | |
| atlas8-pt060-y0.8 | | ATLAS 60 < pT < 80, 0.3 < |y| < 0.8 | |
| atlas8-pt060-y1.2 | | ATLAS 60 < pT < 80, 0.8 < |y| < 1.2 | |
| atlas8-pt060-y2.1 | | ATLAS 60 < pT < 80, 1.2 < |y| < 2.1 | |
| atlas8-pt060-y2.8 | | ATLAS 60 < pT < 80, 2.1 < |y| < 2.8 | |
| atlas8-pt060-yall | | ATLAS 60 < pT < 80, 0 < |y| < 2.8 | |
| atlas8-pt080-y0.3 | | ATLAS 80 < pT < 110, 0 < |y| < 0.3 | |
| atlas8-pt080-y0.8 | | ATLAS 80 < pT < 110, 0.3 < |y| < 0.8 | |
| atlas8-pt080-y1.2 | | ATLAS 80 < pT < 110, 0.8 < |y| < 1.2 | |
| atlas8-pt080-y2.1 | | ATLAS 80 < pT < 110, 1.2 < |y| < 2.1 | |
| atlas8-pt080-y2.8 | | ATLAS 80 < pT < 110, 2.1 < |y| < 2.8 | |
| atlas8-pt080-yall | | ATLAS 80 < pT < 110, 0 < |y| < 2.8 | |
| atlas8-pt110-y0.3 | | ATLAS 110 < pT < 160, 0 < |y| < 0.3 | |
| atlas8-pt110-y0.8 | | ATLAS 110 < pT < 160, 0.3 < |y| < 0.8 | |
| atlas8-pt110-y1.2 | | ATLAS 110 < pT < 160, 0.8 < |y| < 1.2 | |
| atlas8-pt110-y2.1 | | ATLAS 110 < pT < 160, 1.2 < |y| < 2.1 | |
| atlas8-pt110-y2.8 | | ATLAS 110 < pT < 160, 2.1 < |y| < 2.8 | |
| atlas8-pt110-yall | | ATLAS 110 < pT < 160, 0 < |y| < 2.8 | |
| atlas8-pt160-y0.3 | | ATLAS 160 < pT < 210, 0 < |y| < 0.3 | |
| atlas8-pt160-y0.8 | | ATLAS 160 < pT < 210, 0.3 < |y| < 0.8 | |
| atlas8-pt160-y1.2 | | ATLAS 160 < pT < 210, 0.8 < |y| < 1.2 | |
| atlas8-pt160-y2.1 | | ATLAS 160 < pT < 210, 1.2 < |y| < 2.1 | |
| atlas8-pt160-y2.8 | | ATLAS 160 < pT < 210, 2.1 < |y| < 2.8 | |
| atlas8-pt160-yall | | ATLAS 160 < pT < 210, 0 < |y| < 2.8 | |
| atlas8-pt210-y0.3 | | ATLAS 210 < pT < 260, 0 < |y| < 0.3 | |
| atlas8-pt210-y0.8 | | ATLAS 210 < pT < 260, 0.3 < |y| < 0.8 | |
| atlas8-pt210-y1.2 | | ATLAS 210 < pT < 260, 0.8 < |y| < 1.2 | |
| atlas8-pt210-y2.1 | | ATLAS 210 < pT < 260, 1.2 < |y| < 2.1 | |
| atlas8-pt210-y2.8 | | ATLAS 210 < pT < 260, 2.1 < |y| < 2.8 | |
| atlas8-pt210-yall | | ATLAS 210 < pT < 260, 0 < |y| < 2.8 | |
| atlas8-pt260-y0.3 | | ATLAS 260 < pT < 310, 0 < |y| < 0.3 | |
| atlas8-pt260-y0.8 | | ATLAS 260 < pT < 310, 0.3 < |y| < 0.8 | |
| atlas8-pt260-y1.2 | | ATLAS 260 < pT < 310, 0.8 < |y| < 1.2 | |
| atlas8-pt260-y2.1 | | ATLAS 260 < pT < 310, 1.2 < |y| < 2.1 | |
| atlas8-pt260-y2.8 | | ATLAS 260 < pT < 310, 2.1 < |y| < 2.8 | |
| atlas8-pt260-yall | | ATLAS 260 < pT < 310, 0 < |y| < 2.8 | |
| atlas8-pt310-y0.3 | | ATLAS 310 < pT < 400, 0 < |y| < 0.3 | |
| atlas8-pt310-y0.8 | | ATLAS 310 < pT < 400, 0.3 < |y| < 0.8 | |
| atlas8-pt310-y1.2 | | ATLAS 310 < pT < 400, 0.8 < |y| < 1.2 | |
| atlas8-pt310-y2.1 | | ATLAS 310 < pT < 400, 1.2 < |y| < 2.1 | |
| atlas8-pt310-y2.8 | | ATLAS 310 < pT < 400, 2.1 < |y| < 2.8 | |
| atlas8-pt310-yall | | ATLAS 310 < pT < 400, 0 < |y| < 2.8 | |
| atlas8-pt400-y0.3 | | ATLAS 400 < pT < 500, 0 < |y| < 0.3 | |
| atlas8-pt400-y0.8 | | ATLAS 400 < pT < 500, 0.3 < |y| < 0.8 | |
| atlas8-pt400-y1.2 | | ATLAS 400 < pT < 500, 0.8 < |y| < 1.2 | |
| atlas8-pt400-y2.1 | | ATLAS 400 < pT < 500, 1.2 < |y| < 2.1 | |
| atlas8-pt400-y2.8 | | ATLAS 400 < pT < 500, 2.1 < |y| < 2.8 | |
| atlas8-pt400-yall | | ATLAS 400 < pT < 500, 0 < |y| < 2.8 | |
| atlas8-pt500-y0.3 | | ATLAS 500 < pT < 600, 0 < |y| < 0.3 | |
| atlas8-pt500-y0.8 | | ATLAS 500 < pT < 600, 0.3 < |y| < 0.8 | |
| atlas8-pt500-y1.2 | | ATLAS 500 < pT < 600, 0.8 < |y| < 1.2 | |
| atlas8-pt500-y2.1 | | ATLAS 500 < pT < 600, 1.2 < |y| < 2.1 | |
| atlas8-pt500-y2.8 | | ATLAS 500 < pT < 600, 2.1 < |y| < 2.8 | |
| atlas8-pt500-yall | | ATLAS 500 < pT < 600, 0 < |y| < 2.8 | |
| atlas9-el | | ATLAS (electron channel) | (E_{Tj}>20,|\eta_j|<2.8,E_{Te}>20,|\eta_e|<2.47^{*},p_{T}^\nu>25,M_T>40,#DeltaR_{\mu j}>0.5) |
| atlas9-mu | | ATLAS (muon channel) | (E_{Tj}>20,|\eta_j|<2.8,E_{T\mu}>20,|\eta_\mu|<2.4,p_{T}^\nu>25,M_T>40,#DeltaR_{e j}>0.5) |
| atlas9-el-1 | | ATLAS (electron channel) | (E_{Tj}>20,|\eta_j|<2.8,E_{Te}>20,|\eta_e|<2.47^{*},p_{T}^\nu>25,M_T>40,#DeltaR_{\mu j}>0.5) |
| atlas9-mu-1 | | ATLAS (muon channel) | (E_{Tj}>20,|\eta_j|<2.8,E_{T\mu}>20,|\eta_\mu|<2.4,p_{T}^\nu>25,M_T>40,#DeltaR_{\mu j}>0.5) |
| atlas9-el-2 | | ATLAS (electron channel) | (E_{Tj}>20,|\eta_j|<2.8,E_{Te}>20,|\eta_e|<2.47^{*},p_{T}^\nu>25,M_T>40,#DeltaR_{e j}>0.5) |
| atlas9-mu-2 | | ATLAS (muon channel) | (E_{Tj}>20,|\eta_j|<2.8,E_{T\mu}>20,|\eta_\mu|<2.4,p_{T}^\nu>25,M_T>40,#DeltaR_{\mu j}>0.5) |
| atlas2011-akt4 | | ATLAS [akt4] | anti-k_{T}(0.4) |
| atlas2011-akt6 | | ATLAS [akt6] | anti-k_{T}(0.6) |
| atlas2011-akt4-nj2 | | ATLAS [akt4] Njet ≥ 2 | anti-k_{T}(0.4), N_{jet} #geq 2 |
| atlas2011-akt4-nj3 | | ATLAS [akt4] Njet ≥ 3 | anti-k_{T}(0.4), N_{jet} #geq 3 |
| atlas2011-akt4-nj4 | | ATLAS [akt4] Njet ≥ 4 | anti-k_{T}(0.4), N_{jet} #geq 4 |
| atlas2011-akt4-pt060 | | ATLAS [akt4] pT > 60 | anti-k_{T}(0.4), pT > 60 |
| atlas2011-akt4-pt080 | | ATLAS [akt4] pT > 80 | anti-k_{T}(0.4), pT > 80 |
| atlas2011-akt4-pt110 | | ATLAS [akt4] pT > 110 | anti-k_{T}(0.4), pT > 110 |
| atlas2011-akt6-pt060 | | ATLAS [akt6] pT > 60 | anti-k_{T}(0.6), pT > 60 |
| atlas2011-akt6-pt080 | | ATLAS [akt6] pT > 80 | anti-k_{T}(0.6), pT > 80 |
| atlas2011-akt6-pt110 | | ATLAS [akt6] pT > 110 | anti-k_{T}(0.6), pT > 110 |
| atlas2011-mu | | ATLAS (muon channel) | muon channel |
| atlas2011-el-bare | | ATLAS (electron channel, bare) | electron channel, bare |
| atlas2011-mu-bare | | ATLAS (muon channel, bare) | muon channel, bare |
| atlas2011-el-dressed | | ATLAS (electron channel, dressed) | electron channel, dressed |
| atlas2011-mu-dressed | | ATLAS (muon channel, dressed) | muon channel, dressed |
| atlas2011track | | ATLAS track jets | track jets |
| atlas2011-dy1-2 | | ATLAS 1 < Δy < 2 | 1 < #Deltay < 2 |
| atlas2011-dy2-3 | | ATLAS 2 < Δy < 3 | 2 < #Deltay < 3 |
| atlas2011-dy3-4 | | ATLAS 3 < Δy < 4 | 3 < #Deltay < 4 |
| atlas2011-dy4-5 | | ATLAS 4 < Δy < 5 | 4 < #Deltay < 5 |
| atlas2011-dy5-6 | | ATLAS 5 < Δy < 6 | 5 < #Deltay < 6 |
| atlas2011-pt070-090 | | ATLAS 70 < pT < 90 | 70 < pT < 90 |
| atlas2011-pt090-120 | | ATLAS 90 < pT < 120 | 90 < pT < 120 |
| atlas2011-pt120-150 | | ATLAS 120 < pT < 150 | 120 < pT < 150 |
| atlas2011-pt150-180 | | ATLAS 150 < pT < 180 | 150 < pT < 180 |
| atlas2011-pt180-210 | | ATLAS 180 < pT < 210 | 180 < pT < 210 |
| atlas2011-pt210-240 | | ATLAS 210 < pT < 240 | 210 < pT < 240 |
| atlas2011-pt240-270 | | ATLAS 240 < pT < 270 | 240 < pT < 270 |
| atlas2011-pt070-090-dy2-3 | | ATLAS 70 < pT < 90, 2 < Δy < 3 | 70 < pT < 90, 2 < #Deltay < 3 |
| atlas2011-pt070-090-dy4-5 | | ATLAS 70 < pT < 90, 4 < Δy < 5 | 70 < pT < 90, 4 < #Deltay < 5 |
| atlas2011-pt120-150-dy2-3 | | ATLAS 120 < pT < 150, 2 < Δy < 3 | 120 < pT < 150, 2 < #Deltay < 3 |
| atlas2011-pt120-150-dy4-5 | | ATLAS 120 < pT < 150, 4 < Δy < 5 | 120 < pT < 150, 4 < #Deltay < 5 |
| atlas2011-pt210-240-dy2-3 | | ATLAS 210 < pT < 240, 2 < Δy < 3 | 210 < pT < 240, 2 < #Deltay < 3 |
| atlas2011-pt210-240-dy4-5 | | ATLAS 210 < pT < 240, 4 < Δy < 5 | 210 < pT < 240, 4 < #Deltay < 5 |
| atlas2011-q0pt-pt070-090 | | ATLAS 70 < pT < 90 (Q0 = <pT>) | 70 < pT < 90 (Q0 = #bar{pT}) |
| atlas2011-q0pt-pt090-120 | | ATLAS 90 < pT < 120 (Q0 = <pT>) | 90 < pT < 120 (Q0 = #bar{pT}) |
| atlas2011-q0pt-pt120-150 | | ATLAS 120 < pT < 150 (Q0 = <pT>) | 120 < pT < 150 (Q0 = #bar{pT}) |
| atlas2011-q0pt-pt150-180 | | ATLAS 150 < pT < 180 (Q0 = <pT>) | 150 < pT < 180 (Q0 = #bar{pT}) |
| atlas2011-q0pt-pt180-210 | | ATLAS 180 < pT < 210 (Q0 = <pT>) | 180 < pT < 210 (Q0 = #bar{pT}) |
| atlas2011-q0pt-pt210-240 | | ATLAS 210 < pT < 240 (Q0 = <pT>) | 210 < pT < 240 (Q0 = #bar{pT}) |
| atlas2011-q0pt-pt240-270 | | ATLAS 240 < pT < 270 (Q0 = <pT>) | 240 < pT < 270 (Q0 = #bar{pT}) |
| atlas2011-akt4-j1 | | ATLAS [akt4] | anti-k_{T}(0.4) |
| atlas2011-akt4-j2 | | ATLAS [akt4] | anti-k_{T}(0.4) |
| atlas2011-akt4-j3 | | ATLAS [akt4] | anti-k_{T}(0.4) |
| atlas2011-akt4-j4 | | ATLAS [akt4] | anti-k_{T}(0.4) |
| atlas2012-veto | | ATLAS ttbar, pT > 25 | p_{T}^{jets}>25 GeV |
| atlas2012-pt-0.2 | | ATLAS pT > 0.2, |η| < 4.9 | pT > 0.2, |#eta| < 4.9 |
| atlas2012-pt-0.4 | | ATLAS pT > 0.4, |η| < 4.9 | pT > 0.4, |#eta| < 4.9 |
| atlas2012-pt-0.6 | | ATLAS pT > 0.6, |η| < 4.9 | pT > 0.6, |#eta| < 4.9 |
| atlas2012-pt-0.8 | | ATLAS pT > 0.8, |η| < 4.9 | pT > 0.8, |#eta| < 4.9 |
| atlas2012-pt200_ca12 | | ATLAS 200 < pT < 300 [ca12] | CA(1.2), 200< p_{T} < 300, |y| < 2.0 |
| atlas2012-pt300_ca12 | | ATLAS 300 < pT < 400 [ca12] | CA(1.2), 300< p_{T} < 400, |y| < 2.0 |
| atlas2012-pt400_ca12 | | ATLAS 400 < pT < 500 [ca12] | CA(1.2), 400< p_{T} < 500, |y| < 2.0 |
| atlas2012-pt500_ca12 | | ATLAS 500 < pT < 600 [ca12] | CA(1.2), 500< p_{T} < 600, |y| < 2.0 |
| atlas2012-pt200_ak10 | | ATLAS 200 < pT < 300 [ak10] | anti-k_{T}(1.0), 200< p_{T} < 300, |y| < 2.0 |
| atlas2012-pt300_ak10 | | ATLAS 300 < pT < 400 [ak10] | anti-k_{T}(1.0), 300< p_{T} < 400, |y| < 2.0 |
| atlas2012-pt400_ak10 | | ATLAS 400 < pT < 500 [ak10] | anti-k_{T}(1.0), 400< p_{T} < 500, |y| < 2.0 |
| atlas2012-pt500_ak10 | | ATLAS 500 < pT < 600 [ak10] | anti-k_{T}(1.0), 500< p_{T} < 600, |y| < 2.0 |
| atlas2012-pt300-js_ak6 | | ATLAS pT > 300 [akt6] | anti-k_{T}(0.6), p_{T}>300, |#eta| < 2.0 |
| atlas2012-pt300-js_ak10 | | ATLAS pT > 300 [akt10] | anti-k_{T}(1.0), p_{T}>300, |#eta| < 2.0 |
| atlas2012-pt300-js-m130_ak6 | | ATLAS pT > 300 [akt6] | anti-k_{T}(0.6), p_{T}>300, 130 |
| atlas2012-pt300-js-m100_ak10 | | ATLAS pT > 300 [akt10] | anti-k_{T}(1.0), p_{T}>300, 100 |
| atlas2012-mb | | ATLAS | |#eta| < 4.8, p^{ch(neutral)} > 0.5(0.2) GeV/c |
| atlas2012-dijet | | ATLAS | |#eta| < 4.8, p^{ch(neutral)} > 0.5(0.2) GeV/c, E_{T}^{j1j2} > 20 GeV, |#eta^{j1j2}| < 2.5 |
| atlas2012-mb-eta-0.0-0.8 | | ATLAS 0.0 < |η| < 0.8 | 0.0 < |#eta| < 0.8, p^{ch(neutral)} > 0.5(0.2) GeV/c |
| atlas2012-mb-eta-0.8-1.6 | | ATLAS 0.8 < |η| < 1.6 | 0.8 < |#eta| < 1.6, p^{ch(neutral)} > 0.5(0.2) GeV/c |
| atlas2012-mb-eta-1.6-2.4 | | ATLAS 1.6 < |η| < 2.4 | 1.6 < |#eta| < 2.4, p^{ch(neutral)} > 0.5(0.2) GeV/c |
| atlas2012-mb-eta-2.4-3.2 | | ATLAS 2.4 < |η| < 3.2 | 2.4 < |#eta| < 3.2, p^{ch(neutral)} > 0.5(0.2) GeV/c |
| atlas2012-mb-eta-3.2-4.0 | | ATLAS 3.2 < |η| < 4.0 | 3.2 < |#eta| < 4.0, p^{ch(neutral)} > 0.5(0.2) GeV/c |
| atlas2012-mb-eta-4.0-4.8 | | ATLAS 4.0 < |η| < 4.8 | 4.0 < |#eta| < 4.8, p^{ch(neutral)} > 0.5(0.2) GeV/c |
| atlas2012-dijet-eta-0.0-0.8 | | ATLAS 0.0 < |η| < 0.8 | 0.0 < |#eta| < 0.8, p^{ch(neutral)} > 0.5(0.2) GeV/c, E_{T}^{j1j2} > 20 GeV, |#eta^{j1j2}| < 2.5 |
| atlas2012-dijet-eta-0.8-1.6 | | ATLAS 0.8 < |η| < 1.6 | 0.8 < |#eta| < 1.6, p^{ch(neutral)} > 0.5(0.2) GeV/c, E_{T}^{j1j2} > 20 GeV, |#eta^{j1j2}| < 2.5 |
| atlas2012-dijet-eta-1.6-2.4 | | ATLAS 1.6 < |η| < 2.4 | 1.6 < |#eta| < 2.4, p^{ch(neutral)} > 0.5(0.2) GeV/c, E_{T}^{j1j2} > 20 GeV, |#eta^{j1j2}| < 2.5 |
| atlas2012-dijet-eta-2.4-3.2 | | ATLAS 2.4 < |η| < 3.2 | 2.4 < |#eta| < 3.2, p^{ch(neutral)} > 0.5(0.2) GeV/c, E_{T}^{j1j2} > 20 GeV, |#eta^{j1j2}| < 2.5 |
| atlas2012-dijet-eta-3.2-4.0 | | ATLAS 3.2 < |η| < 4.0 | 3.2 < |#eta| < 4.0, p^{ch(neutral)} > 0.5(0.2) GeV/c, E_{T}^{j1j2} > 20 GeV, |#eta^{j1j2}| < 2.5 |
| atlas2012-dijet-eta-4.0-4.8 | | ATLAS 4.0 < |η| < 4.8 | 4.0 < |#eta| < 4.8, p^{ch(neutral)} > 0.5(0.2) GeV/c, E_{T}^{j1j2} > 20 GeV, |#eta^{j1j2}| < 2.5 |
| atlas2013-pt30-b | | ATLAS pT > 30, b-jets | b-jets, p_{T}>30, |#eta| < 2.5 |
| atlas2013-pt30-l | | ATLAS pT > 30, light jets | light jets, p_{T}>30, |#eta| < 2.5 |
| atlas2013-pt40-b | | ATLAS pT > 40, b-jets | b-jets, p_{T}>40, |#eta| < 2.5 |
| atlas2013-pt40-l | | ATLAS pT > 40, light jets | light jets, p_{T}>40, |#eta| < 2.5 |
| atlas2013-pt50-b | | ATLAS pT > 50, b-jets | b-jets, p_{T}>50, |#eta| < 2.5 |
| atlas2013-pt50-l | | ATLAS pT > 50, light jets | light jets, p_{T}>50, |#eta| < 2.5 |
| atlas2013-pt70-b | | ATLAS pT > 70, b-jets | b-jets, p_{T}>70, |#eta| < 2.5 |
| atlas2013-pt70-l | | ATLAS pT > 70, light jets | light jets, p_{T}>70, |#eta| < 2.5 |
| atlas2013-pt100-b | | ATLAS pT > 100, b-jets | b-jets, p_{T}>100, |#eta| < 2.5 |
| atlas2013-pt100-l | | ATLAS pT > 100, light jets | light jets, p_{T}>100, |#eta| < 2.5 |
| atlas2014-ttbar-jets | | ATLAS pT > 25 | p_{T}^{jet}>25 GeV |
| atlas2015-forward_k03 | | ATLAS κ=0.3, forward | #kappa=0.3, forward, |#eta| < 2.1 |
| atlas2015-central_k03 | | ATLAS κ=0.3, central | #kappa=0.3, central, |#eta| < 2.1 |
| atlas2015-forward_k05 | | ATLAS κ=0.5, forward | #kappa=0.5, forward, |#eta| < 2.1 |
| atlas2015-central_k05 | | ATLAS κ=0.5, central | #kappa=0.5, central, |#eta| < 2.1 |
| atlas2015-forward_k07 | | ATLAS κ=0.7, forward | #kappa=0.7, forward, |#eta| < 2.1 |
| atlas2015-central_k07 | | ATLAS κ=0.7, central | #kappa=0.7, central, |#eta| < 2.1 |
| atlas2016-forward_pt05 | | ATLAS pT > 0.5, forward | p_{T}>0.5, forward, |#eta| < 2.1 |
| atlas2016-central_pt05 | | ATLAS pT > 0.5, central | p_{T}>0.5, central, |#eta| < 2.1 |
| atlas2016-diff_pt05 | | ATLAS pT > 0.5, central-forward | p_{T}>0.5, central-forward, |#eta| < 2.1 |
| atlas2016-sum_pt05 | | ATLAS pT > 0.5, central+forward | p_{T}>0.5, central+forward, |#eta| < 2.1 |
| atlas2016-forward_pt2 | | ATLAS pT > 2, forward | p_{T}>2, forward, |#eta| < 2.1 |
| atlas2016-central_pt2 | | ATLAS pT > 2, central | p_{T}>2, central, |#eta| < 2.1 |
| atlas2016-diff_pt2 | | ATLAS pT > 2, central-forward | p_{T}>2, central-forward, |#eta| < 2.1 |
| atlas2016-sum_pt2 | | ATLAS pT > 2, central+forward | p_{T}>2, central+forward, |#eta| < 2.1 |
| atlas2016-forward_pt5 | | ATLAS pT > 5, forward | p_{T}>5, forward, |#eta| < 2.1 |
| atlas2016-central_pt5 | | ATLAS pT > 5, central | p_{T}>5, central, |#eta| < 2.1 |
| atlas2016-diff_pt5 | | ATLAS pT > 5, central-forward | p_{T}>5, central-forward, |#eta| < 2.1 |
| atlas2016-sum_pt5 | | ATLAS pT > 5, central+forward | p_{T}>5, central+forward, |#eta| < 2.1 |
| atlas2016-dy-116150 | | ATLAS 116 < mll < 150 | 116 < m_{ll} < 150 GeV |
| atlas2016-dy-150200 | | ATLAS 150 < mll < 200 | 150 < m_{ll} < 200 GeV |
| atlas2016-dy-200300 | | ATLAS 200 < mll < 300 | 200 < m_{ll} < 300 GeV |
| atlas2016-dy-300500 | | ATLAS 300 < mll < 500 | 300 < m_{ll} < 500 GeV |
| atlas2016-dy-5001500 | | ATLAS 500 < mll < 1500 | 500 < m_{ll} < 1500 GeV |
| atlas2017ue | | ATLAS pT > 0.5, pTlead > 1 | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 1 GeV/c |
| atlas2017ue-pt5 | | ATLAS pT > 0.5, pTlead > 5 | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 5 GeV/c |
| atlas2017ue-pt10 | | ATLAS pT > 0.5, pTlead > 10 | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 10 GeV/c |
| atlas2017ue-trnsMin | | ATLAS pT > 0.5, pTlead > 1, TRNSMIN | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 1 GeV/c, (TRNSMIN) |
| atlas2017ue-trnsMax | | ATLAS pT > 0.5, pTlead > 1, TRNSMAX | |#eta| < 2.5, p_{T} > 0.5 GeV/c, p_{T1} > 1 GeV/c, (TRNSMAX) |
| atlas2017-zjets | | ATLAS pT > 30, |y| < 2.5, mll > 40 | p_{T} > 30 GeV, |y| < 2.5, m_{ll} > 40 GeV |
| atlas2017-z-kt | | ATLAS 71 < mll < 111 | 71 < m_{ll} < 111 GeV |
| atlas2020-lund033 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 0 |
| atlas2020-lund067 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 0.33 |
| atlas2020-lund100 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 0.67 |
| atlas2020-lund133 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 1.00 |
| atlas2020-lund167 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 1.33 |
| atlas2020-lund200 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 1.67 |
| atlas2020-lund233 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 2.00 |
| atlas2020-lund267 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 2.33 |
| atlas2020-lund300 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 2.67 |
| atlas2020-lund333 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 3.00 |
| atlas2020-lund367 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 3.33 |
| atlas2020-lund400 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 3.67 |
| atlas2020-lund433 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 4.00 |
| atlas2020-lund097 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 0.69 |
| atlas2020-lund125 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 0.97 |
| atlas2020-lund152 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 1.25 |
| atlas2020-lund180 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 1.52 |
| atlas2020-lund208 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 1.80 |
| atlas2020-lund236 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 2.08 |
| atlas2020-lund263 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 2.36 |
| atlas2020-lund291 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 2.63 |
| atlas2020-lund319 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 2.91 |
| atlas2020-lund347 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 3.19 |
| atlas2020-lund374 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 3.47 |
| atlas2020-lund402 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 3.74 |
| atlas2020-lund430 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 4.02 |
| atlas2020-lund457 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 4.30 |
| atlas2020-lund485 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 4.57 |
| atlas2020-lund513 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 4.85 |
| atlas2020-lund541 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 5.13 |
| atlas2020-lund568 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 5.41 |
| atlas2020-lund596 | | ATLAS pTj1 > 675, pTj1 < 1.5 * pTj2 | Lund plane 5.68 |
| atlas2020-zb | | ATLAS Z + at least 1 b-jet pT > 20 | Z + at least 1 b-jet p_{T}>20 GeV |
| atlas2019-z | | ATLAS Z production | ATLAS Z production |
| atlas2019-zj | | ATLAS Z+jets | ATLAS Z+jets |
| atlas2019-uez | | ATLAS UE in inclusive Z production | ATLAS UE in inclusive Z production |
| atlas2021-wwj | | ATLAS WW+jets, pTj1 > 30 | pT_{j1} > 30 |
| atlas2021-wwj-b | | ATLAS WW+jets, pTj1 > 30 | pT_{j1} > 30, b-jets veto |
| atlas2019-ww | | ATLAS WW | ATLAS WW |
| atlas2021-bfrag5070 | | ATLAS pp →B+-→J/psiK+-→μμ | 50 < p_{T} < 70 GeV |
| atlas2021-bfrag70100 | | ATLAS pp →B+-→J/psiK+-→μμ | 70 < p_{T} < 100 GeV |
| atlas2021-bfrag100 | | ATLAS pp →B+-→J/psiK+-→μμ | p_{T} > 100 GeV |
| atlas2021-bfrag | | ATLAS pp →B+-→J/psiK+-→μμ | p_{T} > 30 GeV |
| atlas2019-jch | | ATLAS jet fragmentation @ 13 TeV | ATLAS jet fragmentation @ 13 TeV |
| atlas2019-jets | | ATLAS jet substructure @ 13 TeV | ATLAS jet substructure @ 13 TeV |
| atlas2019-softdrop | | ATLAS soft-drop observables @ 13 TeV | ATLAS soft-drop observables @ 13 TeV |
| atlas2019-dileptt | | ATLAS dileptonic ttbar @ 13 TeV | ATLAS dileptonic ttbar @ 13 TeV |
| atlas2019-ttsemilep | | ATLAS semileptonic ttbar @ 13 TeV | ATLAS semileptonic ttbar @ 13 TeV |
| atlas2020-ttbar | | ATLAS ttbar differential cross-sections @ 13 TeV | ATLAS ttbar differential cross-sections @ 13 TeV |
| atlas2019-kl | | ATLAS KS and Lambda production in ttbar @ 7 TeV | ATLAS KS and Lambda production in ttbar @ 7 TeV |
| atlas2019-sd | | ATLAS single diffractive cross-sections @ 8 TeV | ATLAS single diffractive cross-sections @ 8 TeV |
| atlas2021-gmgm | | ATLAS γγ pT > 40(30) | p_{T} > 40(30) GeV |
| atlas2019-zy | | ATLAS Zγ at 13 TeV | ATLAS Z#gamma @ 13 TeV |
| atlas2019-gammajj | | ATLAS isolated photon + 2 jets @ 13 TeV | ATLAS isolated photon + 2 jets @ 13 TeV |
| atlas2019-highmll | | ATLAS dilepton mass spectrum @ 13 TeV | ATLAS dilepton mass spectrum @ 13 TeV |
| atlas2019-leptoquark | | ATLAS CR measurements for leptoquark search @ 13 TeV | ATLAS CR measurements for leptoquark search @ 13 TeV |
| atlas2022-zhighptj | | ATLAS Z + high transverse momentum jets | ATLAS Z + high transverse momentum jets |
| belle2019-lambdapol | | BELLE Transverse polarization of Λ0 baryons | BELLE Transverse polarization of #Lambda^0 baryons |
| belle2019-dpol | | BELLE Measurement of D*- polarization | BELLE Measurement of D*- polarization |
| belle2019-pikp | | BELLE X-sections for π+-, K+- and ppbar | BELLE X-sections for #pi^{#pm}, K^{#pm} and ppbar |
| belle2020-had | | BELLE hadron scaled momenta spectra | BELLE hadron momenta spectra |
| cdf2015-ue | | CDF pT > 0.5, |η| < 0.8 | p_{T} > 0.5 GeV/c, |#eta| < 0.8 |
| cdf-vtpc | | CDF-VTPC |η < 3.5| | |#eta| < 3.5 |
| cdf2010-el | | CDF 66 < mee < 116 | 66 GeV/c < m_{ee} < 116 GeV/c |
| cdf1 | | CDF pT > 0.4 | |#eta| < 1, p_{T} > 0.4 GeV/c |
| cdf2 | | CDF pT > 0.5 | |#eta| < 1, p_{T} > 0.5 GeV/c |
| cdf2-02 | | CDF pTj > 2 | p_{Tj1} > 2.0 GeV/c |
| cdf2-05 | | CDF pTj > 5 | p_{Tj1} > 5.0 GeV/c |
| cdf2-30 | | CDF pTj > 30 | p_{Tj1} > 30.0 GeV/c |
| cdf2-mb | | CDF pT < 20 | |
| cdf2-jet20 | | CDF 18 < pT < 49 | |
| cdf3 | | CDF | |
| cdf3-037 | | CDF 37 < pT < 45 | 37 < p_{T} < 45 |
| cdf3-045 | | CDF 45 < pT < 55 | 45 < p_{T} < 55 |
| cdf3-055 | | CDF 55 < pT < 63 | 55 < p_{T} < 63 |
| cdf3-063 | | CDF 63 < pT < 73 | 63 < p_{T} < 73 |
| cdf3-073 | | CDF 73 < pT < 84 | 73 < p_{T} < 84 |
| cdf3-084 | | CDF 84 < pT < 97 | 84 < p_{T} < 97 |
| cdf3-097 | | CDF 97 < pT < 112 | 97 < p_{T} < 112 |
| cdf3-112 | | CDF 112 < pT < 128 | 112 < p_{T} < 128 |
| cdf3-128 | | CDF 128 < pT < 148 | 128 < p_{T} < 148 |
| cdf3-148 | | CDF 148 < pT < 166 | 148 < p_{T} < 166 |
| cdf3-166 | | CDF 166 < pT < 186 | 166 < p_{T} < 186 |
| cdf3-186 | | CDF 186 < pT < 208 | 186 < p_{T} < 208 |
| cdf3-208 | | CDF 208 < pT < 229 | 208 < p_{T} < 229 |
| cdf3-229 | | CDF 229 < pT < 250 | 229 < p_{T} < 250 |
| cdf3-250 | | CDF 250 < pT < 277 | 250 < p_{T} < 277 |
| cdf3-277 | | CDF 277 < pT < 304 | 277 < p_{T} < 304 |
| cdf3-304 | | CDF 304 < pT < 340 | 304 < p_{T} < 340 |
| cdf3-340 | | CDF pT > 340 | p_{T} > 340 |
| cdf4 | | CDF | |
| cdf2010 | | CDF 2010 | |#eta| < 1, p_{T} > 0.5 GeV/c |
| cdf-coh | | CDF 1994 | n_{j} #geq 3, p_{T1}>100 |
| cms-inel-ch | | CMS INEL charged | p,K,#pi c#tau > 10mm |
| cms1-pt090 | | CMS 90 < pT < 125 | 90 < p_{#perp} < 125 |
| cms1-pt125 | | CMS 125 < pT < 200 | 125 < p_{#perp} < 200 |
| cms1-pt200 | | CMS pT > 200 | p_{#perp} > 200 |
| cms2010 | | CMS | |
| cms2010-el | | CMS (electron channel) | |
| cms2010-mu | | CMS (muon channel) | |
| cms2010-eta-all | | CMS NSD |η| < 2.4 | NSD, |#eta| < 2.4 |
| cms2010-eta0.2 | | CMS NSD |η| = 0 - 0.2 | NSD, |#eta| = 0 - 0.2 |
| cms2010-eta0.4 | | CMS NSD |η| = 0.2 - 0.4 | NSD, |#eta| = 0.2 - 0.4 |
| cms2010-eta0.6 | | CMS NSD |η| = 0.4 - 0.6 | NSD, |#eta| = 0.4 - 0.6 |
| cms2010-eta0.8 | | CMS NSD |η| = 0.6 - 0.8 | NSD, |#eta| = 0.6 - 0.8 |
| cms2010-eta1.0 | | CMS NSD |η| = 0.8 - 1.0 | NSD, |#eta| = 0.8 - 1.0 |
| cms2010-eta1.2 | | CMS NSD |η| = 1.0 - 1.2 | NSD, |#eta| = 1.0 - 1.2 |
| cms2010-eta1.4 | | CMS NSD |η| = 1.2 - 1.4 | NSD, |#eta| = 1.2 - 1.4 |
| cms2010-eta1.6 | | CMS NSD |η| = 1.4 - 1.6 | NSD, |#eta| = 1.4 - 1.6 |
| cms2010-eta1.8 | | CMS NSD |η| = 1.6 - 1.8 | NSD, |#eta| = 1.6 - 1.8 |
| cms2010-eta2.0 | | CMS NSD |η| = 1.8 - 2.0 | NSD, |#eta| = 1.8 - 2.0 |
| cms2010-eta2.2 | | CMS NSD |η| = 2.0 - 2.2 | NSD, |#eta| = 2.0 - 2.2 |
| cms2010-eta2.4 | | CMS NSD |η| = 2.2 - 2.4 | NSD, |#eta| = 2.2 - 2.4 |
| cms2011 | | CMS NSD | NSD |
| cms2011-yless2 | | CMS | |y| < 2 |
| cms2011-nsd-yless2 | | CMS NSD | NSD, |y| < 2 |
| cms2011-m250 | | CMS 250 < Mjj < 350 | 250 < Mjj < 350 |
| cms2011-m350 | | CMS 350 < Mjj < 500 | 350 < Mjj < 500 |
| cms2011-m500 | | CMS 500 < Mjj < 650 | 500 < Mjj < 650 |
| cms2011-m650 | | CMS 650 < Mjj < 850 | 650 < Mjj < 850 |
| cms2011-m850 | | CMS 850 < Mjj < 1100 | 850 < Mjj < 1100 |
| cms2011-m1100 | | CMS 1100 < Mjj < 1400 | 1100 < Mjj < 1400 |
| cms2011-m1400 | | CMS 1400 < Mjj < 1800 | 1400 < Mjj < 1800 |
| cms2011-m1800 | | CMS 1800 < Mjj < 2200 | 1800 < Mjj < 2200 |
| cms2011-m2200 | | CMS 2200 < Mjj | 2200 < Mjj |
| cms2011-pt080-110 | | CMS 80 < pTlead < 110 | 80 < pTlead < 110 |
| cms2011-pt110-140 | | CMS 110 < pTlead < 140 | 110 < pTlead < 140 |
| cms2011-pt140-200 | | CMS 140 < pTlead < 200 | 140 < pTlead < 200 |
| cms2011-pt200-300 | | CMS 200 < pTlead < 300 | 200 < pTlead < 300 |
| cms2011-pt300-7000 | | CMS 300 < pTlead | 300 < pTlead |
| cms2011-inel | | CMS INEL | |
| cms2011-y0.5 | | CMS NSD 0 < |y| < 0.5 | NSD, 0 < |y| < 0.5 |
| cms2011-y1.0 | | CMS NSD 0.5 < |y| < 1.0 | NSD, 0.5 < |y| < 1.0 |
| cms2011-y1.5 | | CMS NSD 1.0 < |y| < 1.5 | NSD, 1.0 < |y| < 1.5 |
| cms2011-y2.0 | | CMS NSD 1.5 < |y| < 2.0 | NSD, 1.5 < |y| < 2.0 |
| cms2011-y2.5 | | CMS NSD 2.0 < |y| < 2.5 | NSD, 2.0 < |y| < 2.5 |
| cms2011-y3.0 | | CMS NSd 2.5 < |y| < 3.0 | NSD, 2.5 < |y| < 3.0 |
| cms2011-eta0.5 | | CMS NSD |η| < 0.5 | NSD, |#eta| < 0.5 |
| cms2011-eta1.0 | | CMS NSD |η| < 1.0 | NSD, |#eta| < 1.0 |
| cms2011-eta1.5 | | CMS NSD |η| < 1.5 | NSD, |#eta| < 1.5 |
| cms2011-eta2.0 | | CMS NSD |η| < 2.0 | NSD, |#eta| < 2.0 |
| cms2011-eta2.4 | | CMS NSD |η| < 2.4 | NSD, |#eta| < 2.4 |
| cms2011-pt3 | | CMS pT > 3 | pT > 3 |
| cms2011-pt20 | | CMS pT > 20 | pT > 20 |
| cms2011-mu-pt6 | | CMS pTμ > 6 | pT_{#mu} > 6 GeV |
| cms2011-bbbar-pt56 | | CMS pTJlead > 56, |ηJlead| < 3 | pT_{Jlead} > 56 GeV, |#eta_{Jlead}| <3 |
| cms2011-bbbar-pt84 | | CMS pTJlead > 84, |ηJlead| < 3 | pT_{Jlead} > 84 GeV, |#eta_{Jlead}| <3 |
| cms2011-bbbar-pt120 | | CMS pTJlead > 120, |ηJlead| < 3 | pT_{Jlead} > 120 GeV, |#eta_{Jlead}| <3 |
| cms2011-mb | | CMS NSD Energy flow | NSD |
| cms2011-dijet-pt08 | | CMS NSD Energy flow | NSD, p_{T}^{j1j2} > 8 GeV/c, |#eta^{j1j2}| < 2.5 |
| cms2011-dijet-pt20 | | CMS NSD Energy flow | NSD, p_{T}^{j1j2} > 20 GeV/c, |#eta^{j1j2}| < 2.5 |
| cms2012-castor | | CMS Energy flow ratio | 5.2 < |#eta| < 6.6, |#eta^{leadjet}| < 2 |
| identified-vs-pt-trns | TRNS | Strange <N> vs pT1 | Avg. N vs pT_{1} (TRNS) |
| sumpt-vs-pt-trns.identified | TRNS | Strange Σ(pT) vs pT1 | Sum(p_{T}) vs pT_{1} (TRNS) |
| cms2012-ue-LbarL | | CMS Λ | p_{T}(#Lambda,#bar{#Lambda}) > 1.5 GeV |
| cms2012-ue-K0S | | CMS K0S | p_{T}(K^{0}_{S}) > 0.6 GeV |
| cms2012-fjets-inclforward | | CMS pp → jetfwd + X | 35 < p_{T} < 150, 3.2 < |\eta_{fwd}^{jet}| < 4.7, |\eta_{central}^{jet}| < 2.8 |
| cms2012-fjets-forward | | CMS pp → jetfwd + jetcentral + X | 35 < p_{T} < 150, 3.2 < |\eta_{fwd}^{jet}| < 4.7, |\eta_{central}^{jet}| < 2.8 |
| cms2012-fjets-central | | CMS pp → jetfwd + jetcentral + X | 35 < p_{T} < 150, 3.2 < |\eta_{fwd}^{jet}| < 4.7, |\eta_{central}^{jet}| < 2.8 |
| cms2012-fjets-inclratio | | CMS Inclusive to exclusive dijet production ratio | p_{T} > 35 GeV/c, |y| < 4.7 |
| cms2012-fjets-MNratio | | CMS Mueller-Navelet to exclusive dijet production ratio | p_{T} > 35 GeV/c, |y| < 4.7 |
| cms2012-diffjets | | CMS pp → jet1 jet2 | |\eta^{j_{1}j_{2}}| < 4.4, p_{T}^{j_{1}j_{2}} > 20 GeV/c |
| cms2012-m400 | | CMS 400 < Mjj < 600 | 400 < Mjj < 600 |
| cms2012-m600 | | CMS 600 < Mjj < 800 | 600 < Mjj < 800 |
| cms2012-m800 | | CMS 800 < Mjj < 1000 | 800 < Mjj < 1000 |
| cms2012-m1000 | | CMS 1000 < Mjj < 1200 | 1000 < Mjj < 1200 |
| cms2012-m1200 | | CMS 1200 < Mjj < 1500 | 1200 < Mjj < 1500 |
| cms2012-m1500 | | CMS 1500 < Mjj < 1900 | 1500 < Mjj < 1900 |
| cms2012-m1900 | | CMS 1900 < Mjj < 2400 | 1900 < Mjj < 2400 |
| cms2012-m2400 | | CMS 2400 < Mjj < 3000 | 2400 < Mjj < 3000 |
| cms2012-m3000 | | CMS 3000 < Mjj | 3000 < Mjj |
| cms2012-pt125_ak7 | | CMS 125 < pT < 150 [akt7] | anti-k_{T}(0.7), 125 |
| cms2012-pt150_ak7 | | CMS 150 < pT < 220 [akt7] | anti-k_{T}(0.7), 150 |
| cms2012-pt220_ak7 | | CMS 220 < pT < 300 [akt7] | anti-k_{T}(0.7), 220 |
| cms2012-pt300_ak7 | | CMS 300 < pT < 450 [akt7] | anti-k_{T}(0.7), 2300 |
| cms2012-pt450_ak7 | | CMS 450 < pT < 500 [akt7] | anti-k_{T}(0.7), 2450 |
| cms2012-pt500_ak7 | | CMS 500 < pT < 600 [akt7] | anti-k_{T}(0.7), 2500 |
| cms2012-pt600_ak7 | | CMS 600 < pT < 800 [akt7] | anti-k_{T}(0.7), 2600 |
| cms2012-pt800_ak7 | | CMS 800 < pT < 1000 [akt7] | anti-k_{T}(0.7), 2800 |
| cms2012-pt1000_ak7 | | CMS 1000 < pT < 1500 [akt7] | anti-k_{T}(0.7), 21000 |
| cms2012-pt125_ca8 | | CMS 125 < pT < 150 [ca8] | CA(0.8), 125 |
| cms2012-pt150_ca8 | | CMS 150 < pT < 220 [ca8] | CA(0.8), 150 |
| cms2012-pt220_ca8 | | CMS 220 < pT < 300 [ca8] | CA(0.8), 220 |
| cms2012-pt300_ca8 | | CMS 300 < pT < 450 [ca8] | CA(0.8), 2300 |
| cms2012-pt150_ca12 | | CMS 150 < pT < 220 [ca12] | CA(1.2), 150 |
| cms2012-pt220_ca12 | | CMS 220 < pT < 300 [ca12] | CA(1.2), 220 |
| cms2012-pt300_ca12 | | CMS 300 < pT < 450 [ca12] | CA(1.2), 2300 |
| cms2013-jetsue-all | | CMS pTch > 0.25, |ηch| < 2.4 | p_{T}^{ch}>0.25, |#eta^{ch}|<2.4, all charged particles |
| cms2013-jetsue-ue | | CMS pTch > 0.25, |ηch| < 2.4 | p_{T}^{ch}>0.25, |#eta^{ch}|<2.4, UE charged particles |
| cms2013-jetsue-injet | | CMS pTch > 0.25, pTj > 5, |ηj| < 1.9 | p_{T}^{ch}>0.25, p_{T}^{j}>0.25, |#eta^{j}|<1.9, in-jet charged particles |
| cms2013-jetsue-in1jet | | CMS pTch > 0.25, pTj > 5, |ηj| < 1.9 | p_{T}^{ch}>0.25, p_{T}^{j}>0.25, |#eta^{j}|<1.9, leading in-jet charged particles |
| cms2013-jetsue-j | | CMS pTj > 5, |ηj| < 1.9 | p_{T}^{j}>5 GeV, |#eta^{j}|<1.9 |
| cms2013-jetsue_pt30 | | CMS pTj > 30, |ηj| < 1.9 | p_{T}^{j}>30 GeV, |#eta^{j}|<1.9 |
| cms2013-jetsue_n1030 | | CMS pTj > 5, |ηj| < 1.9, 10 < Nch < 30 | p_{T}^{j}>5 GeV, |#eta^{j}|<1.9, 10 |
| cms2013-jetsue_n3050 | | CMS pTj > 5, |ηj| < 1.9, 30 < Nch < 50 | p_{T}^{j}>5 GeV, |#eta^{j}|<1.9, 30 |
| cms2013-jetsue_n5080 | | CMS pTj > 5, |ηj| < 1.9, 50 < Nch < 80 | p_{T}^{j}>5 GeV, |#eta^{j}|<1.9, 50 |
| cms2013-jetsue_n80110 | | CMS pTj > 5, |ηj| < 1.9, 80 < Nch < 110 | p_{T}^{j}>5 GeV, |#eta^{j}|<1.9, 80 |
| cms2013-jetsue_n110140 | | CMS pTj > 5, |ηj| < 1.9, 110 < Nch < 140 | p_{T}^{j}>5 GeV, |#eta^{j}|<1.9, 110 |
| cms2015-UE | | CMS |eta|<2, pT>0.5 | |\eta_j|<2.0, |\eta|<2.0, p_{T}>0.5 |
| cms2015-m1900 | | CMS 1900 < Mjj < 2400 | 1900 < Mjj < 2400 |
| cms2015-m2400 | | CMS 2400 < Mjj < 3000 | 2400 < Mjj < 3000 |
| cms2015-m3000 | | CMS 3000 < Mjj < 3600 | 3000 < Mjj < 3600 |
| cms2015-m3600 | | CMS 3600 < Mjj < 4200 | 3600 < Mjj < 4200 |
| cms2015-m4200 | | CMS 4200 < Mjj | 4200 < Mjj |
| cms2017-m1900 | | CMS 1900 < Mjj < 2400 | 1900 < Mjj < 2400 |
| cms2017-m2400 | | CMS 2400 < Mjj < 3000 | 2400 < Mjj < 3000 |
| cms2017-m3000 | | CMS 3000 < Mjj < 3600 | 3000 < Mjj < 3600 |
| cms2017-m3600 | | CMS 3600 < Mjj < 4200 | 3600 < Mjj < 4200 |
| cms2017-m4200 | | CMS 4200 < Mjj < 4800 | 4200 < Mjj < 4800 |
| cms2017-m4800 | | CMS 4800 < Mjj | 4800 < Mjj |
| cms2017_k10 | | CMS κ=1.0, pT > 400 | #kappa=1.0, p_{T}>400, |#eta|<1.5 |
| cms2017_k06 | | CMS κ=0.6, pT > 400 | #kappa=0.6, p_{T}>400, |#eta|<1.5 |
| cms2017_k03 | | CMS κ=0.3, pT > 400 | #kappa=0.3, p_{T}>400, |#eta|<1.5 |
| cms2017-pt400_k06 | | CMS κ=0.6, 400 < pT < 700 | #kappa=0.6, 400 |
| cms2017-pt700_k06 | | CMS κ=0.6, 700 < pT < 1000 | #kappa=0.6, 700 |
| cms2017-pt1000_k06 | | CMS κ=0.6, 1000 < pT | #kappa=0.6, 1000 |
| cms2020-ww | | CMS W+W- production @ 13 TeV | CMS W+W- production @ 13 TeV |
| cms2020-znunu | | CMS Z→νν | CMS Z \rightarrow #nu#nu |
| cms2017-en | | CMS -6.6 < η < -5.2 | -6.6 < #eta < -5.2 |
| cms2016-pt200-300 | | CMS 200 < pTlead < 300 | 200 < pTlead < 300 |
| cms2016-pt300-400 | | CMS 300 < pTlead < 400 | 300 < pTlead < 400 |
| cms2016-pt400-500 | | CMS 400 < pTlead < 500 | 400 < pTlead < 500 |
| cms2016-pt500-700 | | CMS 500 < pTlead < 700 | 500 < pTlead < 700 |
| cms2016-pt700-900 | | CMS 700 < pTlead < 900 | 700 < pTlead < 900 |
| cms2016-pt900-1100 | | CMS 900 < pTlead < 1100 | 900 < pTlead < 1100 |
| cms2016-pt1100 | | CMS pTlead > 1100 | pTlead > 1100 |
| cms2016-ttbar-asym | | CMS ttbar events, parton level information | ttbar events, parton level information |
| cms2016-ttbar-asym-rivet | | CMS ttbar events, particle level information | ttbar events, particle level information |
| cms2019-z | | CMS Z boson production | CMS Z boson production |
| cms2019-jsep | | CMS back-to-back jet topologies | CMS back-to-back jet topologies |
| cms2019-singletop | | CMS t-channel single top @ 13 TeV | CMS t-channel single top @ 13 TeV |
| cms2019-ttbb | | CMS ttbb production @ 13 TeV | CMS ttbb production @ 13 TeV |
| cms2019-ttboost | | CMS boosted ttbar @ 13 TeV | CMS boosted ttbar @ 13 TeV |
| cms2019-wc | | CMS W+c production @ 13 TeV | CMS W+c production @ 13 TeV |
| cms2020-zcb | | CMS x-sections ratios in Z+c and Z+b production | CMS x-sections ratios in Z+c and Z+b production |
| cms2021-zj | | CMS jets dR and pT ratio measurements in 3j and Z+2j events | CMS jets dR and pT ratio measurements in 3j and Z+2j events |
| cms2021-jets | | CMS inclusive jets x-section @ 13 TeV | CMS inclusive jets x-section @ 13 TeV |
| cms2021-wy | | CMS W+gamma @ 13 TeV | CMS W+gamma @ 13 TeV |
| cms2021-4j | | CMS double-parton scattering in 4-jets events | CMS double-parton scattering in 4-jets events |
| cms2021-zdijet | | CMS study of quark and gluon jet substructure in Z+jet and dijet events @ 13 TeV | CMS study of quark and gluon jet substructure in Z+jet and dijet events @ 13 TeV |
| cms2021-z2p | | CMS study of Z+jets events using variables sensitive to double-parton scattering @ 13 TeV | CMS study of Z+jets events using variables sensitive to double-parton scattering @ 13 TeV |
| cms2021-mn | | CMS inclusive and Mueller-Navelet dijet cross sections and their ratios @ 2.76 TeV | CMS inclusive and Mueller-Navelet dijet cross sections and their ratios @ 2.76 TeV |
| cms2022-dymass | | CMS Mass dependence in Drell--Yan @ 13 TeV | CMS Mass dependence in Drell--Yan @ 13 TeV |
| cms-coh | | CMS 2013 (Forward) | n_{j} #geq 3, p_{T1/3}>100/30, 0.8<|#eta_{2}|<2.5, M_{12}>220, 0.5<#DeltaR_{23}<1.5 |
| cms-coh-ctr | | CMS 2013 (Central) | n_{j} #geq 3, p_{T1/3}>100/30, |#eta_{2}|<0.8, M_{12}>220, 0.5<#DeltaR_{23}<1.5 |
| d02010-mu | | D0 (muon channel) | muon channel |
| d02010-el-1 | | D0 (electron channel) |yZ| < 1 | electron channel, |y_{Z}| < 1 |
| d02010-el-2 | | D0 (electron channel) 1 < |yZ| < 2 | electron channel, 1 < |y_{Z}| < 2 |
| d02010-el-3 | | D0 (electron channel) |yZ| > 2 | electron channel, |y_{Z}| > 2 |
| d02010-mu-1 | | D0 (muon channel) |yZ| < 1 | muon channel, |y_{Z}| < 1 |
| d02010-mu-2 | | D0 (muon channel) 1 < |yZ| < 2 | muon channel, 1 < |y_{Z}| < 2 |
| d02011-ptmin040-ymax0.8 | | D0 pT,3 > 40 GeV, |y| < 0.8 | D0 p_{T,3} > 40 GeV, |y| < 0.8 |
| d02011-ptmin040-ymax1.6 | | D0 pT,3 > 40 GeV, |y| < 1.6 | D0 p_{T,3} > 40 GeV, |y| < 1.6 |
| d02011-ptmin040-ymax2.4 | | D0 pT,3 > 40 GeV, |y| < 2.4 | D0 p_{T,3} > 40 GeV, |y| < 2.4 |
| d02011-ptmin070-ymax2.4 | | D0 pT,3 > 70 GeV, |y| < 2.4 | D0 p_{T,3} > 70 GeV, |y| < 2.4 |
| d02011-ptmin100-ymax2.4 | | D0 pT,3 > 100 GeV, |y| < 0.8 | D0 p_{T,3} > 100 GeV, |y| < 2.4 |
| delphi-1996 | | DELPHI 1996 | |
| delphi-pi+- | | DELPHI 1996 π+- | #pi^{#pm} |
| delphi-pi0 | | DELPHI 1996 π0 | #pi^{0} |
| delphi-K+- | | DELPHI 1996 K+- | K^{#pm} |
| delphi-K0 | | DELPHI 1996 K0 | K^{0} |
| delphi-Kst+- | | DELPHI 1996 K*+- | K^{*#pm} |
| delphi-Kst0 | | DELPHI 1996 K*0 | K^{*0} |
| delphi-D+- | | DELPHI 1996 D+- | D^{#pm} |
| delphi-D0 | | DELPHI 1996 D0 | D^{0} |
| delphi-Dst+- | | DELPHI 1996 D*+- | D^{*#pm} |
| delphi-SigmaSt+ | | DELPHI 1996 Σ*+ | #Sigma^{*+} |
| delphi-Xi+- | | DELPHI 1996 Ξ+- | #Xi^{#pm} |
| delphi-XiSt+- | | DELPHI 1996 Ξ*+- | #Xi^{*0} |
| delphi-1991 | | DELPHI 1991 | c#tau > 100mm |
| delphi2002 | | DELPHI 2002 | DELPHI |
| hrs-1986 | | HRS 1986 | c#tau > 100mm |
| lhcb2012-dy | | LHCb pT(e) > 20, 2 < η < 5, 60 < mee < 120 | p_{T}(e) > 20 GeV/c, 2 < #eta < 5, 60 < m_{ee} < 120 |
| lhcb2013-eflow | | LHCb 1.9 < η < 4.9 | 1.9< #eta <4.9 |
| lhcb2013-eflow-pt | | LHCb 1.9 < η < 4.9 | 1.9< #eta <4.9, p_{T} > 3 GeV/c |
| lhcb1 | | LHCb pT>0.5 | 1.8 < |#eta| < 4.9, p_{T} > 0.5 GeV/c |
| y-2.44-4.06 | | LHCb 2.44 < y < 4.06 | 2.44 < y < 4.06 |
| pT-0.6-5.0 | | LHCb 0.6 < pT < 5 | 0.6 < p_{T} < 5 GeV/c |
| lhcb-2013 | | LHCb | |
| lhcb2010-d-y-2.5-4.0 | | LHCb 2.5 < y < 4.0 | 2.5 < y < 4.0 |
| lhcb2010-d-y-2.5-3.0 | | LHCb 2.5 < y < 3.0 | 2.5 < y < 3.0 |
| lhcb2010-d-y-3.0-3.5 | | LHCb 3.0 < y < 3.5 | 3.0 < y < 3.5 |
| lhcb2010-d-y-3.5-4.0 | | LHCb 3.5 < y < 4.0 | 3.5 < y < 4.0 |
| lhcb-y-2.5-3.0 | | LHCb 2.5 < y < 3.0 | 2.5 < y < 3.0 |
| lhcb-y-3.0-3.5 | | LHCb 3.0 < y < 3.5 | 3.0 < y < 3.5 |
| lhcb-y-3.5-4.0 | | LHCb 3.5 < y < 4.0 | 3.5 < y < 4.0 |
| lhcb-y-4.0-4.5 | | LHCb 4.0 < y < 4.5 | 4.0 < y < 4.5 |
| lhcb2011-pt0.25-0.65 | | LHCb | 0.25 < p_{T} < 0.65 GeV/c |
| lhcb2011-pt0.65-1 | | LHCb | 0.65 < p_{T} < 1.00 GeV/c |
| lhcb2011-pt1-2.5 | | LHCb | 1.00 < p_{T} < 2.50 GeV/c |
| lhcb2011-pt-all-0.25-2.5 | | LHCb | 0.25 < p_{T} < 2.50 GeV/c |
| lhcb2011-y2-4 | | LHCb | 2 < y < 4 |
| lhcb2011-pt0.15-0.65 | | LHCb | 0.15 < p_{T} < 0.65 GeV/c |
| lhcb2011-pt-all-0.15-2.5 | | LHCb | 0.15 < p_{T} < 2.50 GeV/c |
| lhcb2011-y2-4.5 | | LHCb | 2.0 < y < 4.5 |
| lhcb2010-eta-lep | | LHCb | with LEP fragmentation fractions |
| lhcb2010-eta-lep-full | | LHCb | with LEP fragmentation fractions |
| lhcb2010-eta-tvt | | LHCb | with Tevatron fragmentation fractions |
| lhcb2010-eta-tvt-full | | LHCb | with Tevatron fragmentation fractions |
| lhcb2012-pt0.0-0.8 | | LHCb | 0.0 < p_{T} < 0.8 GeV/c |
| lhcb2012-pt0.8-1.2 | | LHCb | 0.8 < p_{T} < 1.2 GeV/c |
| lhcb2012-pt1.2 | | LHCb | p_{T} > 1.2 GeV/c |
| lhcf2012-y-08.9-9.0 | | LHCf π0 at 8.9 < |y| < 9.0 | 8.9 < |y| < 9.0, p_{T} < 0.6 GeV/c |
| lhcf2012-y-09.0-9.2 | | LHCf π0 at 9.0 < |y| < 9.2 | 9.0 < |y| < 9.2, p_{T} < 0.6 GeV/c |
| lhcf2012-y-09.2-9.4 | | LHCf π0 at 9.2 < |y| < 9.4 | 9.2 < |y| < 9.4, p_{T} < 0.6 GeV/c |
| lhcf2012-y-09.4-9.6 | | LHCf π0 at 9.4 < |y| < 9.6 | 9.4 < |y| < 9.6, p_{T} < 0.6 GeV/c |
| lhcf2012-y-09.6-10 | | LHCf π0 at 9.6 < |y| < 10.0 | 9.6 < |y| < 10.0, p_{T} < 0.6 GeV/c |
| lhcf2012-y-10-11 | | LHCf π0 at 10.0 < |y| < 11.0 | 10.0 < |y| < 11.0, p_{T} < 0.6 GeV/c |
| phenix2019-dy | | PHENIX Drell-Yan at low masses | PHENIX Drell-Yan at low masses |
| totem2012-dndeta | | TOTEM INEL > 0 | N_{ch} > 0, p_{T} > 0.04 GeV/c |
| totem2011-total | | TOTEM Total | |
| totem2012-el-alowt | | TOTEM Elastic | |
| totem2012-el-hight | | TOTEM Elastic | |
| totem2012-el-sigma | | TOTEM Elastic | |
| opal-1992 | | OPAL | c#tau > 100mm |
| opal-Kst+- | | OPAL 1993 K*+- | K^{*#pm} |
| opal1-part | | OPAL parton-level | parton level, y_{cut} = 0.008 |
| opal-1993 | | OPAL 1993 | OPAL 1993 |
| opal-1998 | | OPAL 1998 | OPAL 1998 |
| opal-1998-uds | | OPAL u,d,s events | OPAL u,d,s events |
| opal-1998-c | | OPAL c events | OPAL c events |
| opal-1998-b | | OPAL b events | OPAL b events |
| opal-1998-all | | OPAL All events | OPAL All events |
| opal-2004 | | OPAL 2004 | |
| opal-2004-91 | | OPAL 2004 | |
| opal-2004-133 | | OPAL 2004 | |
| opal-2004-177 | | OPAL 2004 | |
| opal-2004-197 | | OPAL 2004 | |
| sld2002 | | SLD 2002 | |
| sld2004 | | SLD 2004 | |
| sld2004-ch | | SLD 2004 (charged) | charged |
| sld2004-uds | | SLD 2004 (u,d,s-events) | u,d,s-events |
| sld2004-c | | SLD 2004 (c-events) | c-events |
| sld2004-b | | SLD 2004 (b-events) | b-events |
| sld2004-pi+- | | SLD 2004 π+- | #pi^{#pm} |
| sld2004-K+- | | SLD 2004 K+- | K^{#pm} |
| sld2004-uds-pi+- | | SLD 2004 (u,d,s-events) π+- | #pi^{#pm}, u,d,s-events |
| sld2004-uds-K+- | | SLD 2004 (u,d,s-events) K+- | K^{#pm}, u,d,s-events |
| sld2004-c-pi+- | | SLD 2004 (c-events) π+- | #pi^{#pm}, c-events |
| sld2004-c-K+- | | SLD 2004 (c-events) K+- | K^{#pm}, c-events |
| sld2004-b-pi+- | | SLD 2004 (b-events) π+- | #pi^{#pm}, b-events |
| sld2004-b-K+- | | SLD 2004 (b-events) K+- | K^{#pm}, b-events |
| star2006 | | STAR | |
| star2009 | | STAR | |
| star2006-ht | | STAR (high tower trigger) | high tower trigger |
| star2006-mb | | STAR (minbias trigger) | minbias trigger |
| star2008 | | STAR | |
| star2020-mpipi | | STAR π+π- (central production) | m_{#pi+#pi-} |
| star2020-mkk | | STAR K+K- (central production) | m_{K+K-} |
| star2020-mppbar | | STAR ppbar (central production) | m_{p\bar{p}} |
| star2020-ypipi ! STAR π+π- (central production) ! y_{#pi+#pi-} | | | |
| star2020-ykk | | STAR K+K- (central production) | y_{K+K-} |
| star2020-yppbar | | STAR ppbar (central production) | y_{p\bar{p}} |
| star2020-dphipipi | | STAR π+π- (central production) | \Delta\phi(p'p') |
| star2020-dphikk | | STAR K+K- (central production) | \Delta\phi(p'p') |
| star2020-dphippbar | | STAR ppbar (central production) | \Delta\phi(p'p') |
| star2020-tsumpipi | | STAR π+π- (central production) | |t_{1}+t_{2}| in proton vertices |
| star2020-tsumkk | | STAR K+K- (central production) | |t_{1}+t_{2}| in proton vertices |
| star2020-tsumppbar | | STAR ppbar (central production) | |t_{1}+t_{2}| in proton vertices |
| tasso-1989 | | TASSO 1989 | c#tau > 100mm |
| ua1-1 | | UA1 | UA1, all p_{T} |
| ua1-1-eta0.8 | | UA1 0.8 < |η| < 4 | UA1 0.8 < |#eta| < 4 |
| ua1-1-eta4 | | UA1 4 < |η| < 8 | UA1 4 < |#eta| < 8 |
| ua1-1-eta8 | | UA1 8 < |η| | UA1 8 < |#eta| |
| ua5 | | UA5 NSD | UA5 NSD, all p_{T} |
| ua5-0.5 | | UA5 |η| < 0.5 | UA5 NSD, |#eta| < 0.5, all p_{T} |
| ua5-1.5 | | UA5 |η| < 1.5 | UA5 NSD, |#eta| < 1.5, all p_{T} |
| ua5-3 | | UA5 |η| < 3.0 | UA5 NSD, |#eta| < 3.0, all p_{T} |
| ua5-5 | | UA5 |η| < 5.0 | UA5 NSD, |#eta| < 5.0, all p_{T} |
| ua5-7 | | UA5 | |
| mc | | MC | |
| mc-cut | | MC (various cuts) | various cuts |
| mc-bw | | MC dy < 0 | dy < 0 |
| mc-fw | | MC dy > 0 | dy > 0 |
| mc-highMtt | | MC Mtt > 450 | Mtt > 450 |
| mc-highMtt-bw | | MC Mtt > 450 dy < 0 | Mtt > 450 dy < 0 |
| mc-highMtt-fw | | MC Mtt > 450 dy > 0 | Mtt > 450 dy > 0 |
| mc-lowMtt | | MC Mtt < 450 | Mtt < 450 |
| mc-lowMtt-bw | | MC Mtt < 450 dy < 0 | Mtt < 450 dy < 0 |
| mc-lowMtt-fw | | MC Mtt < 450 dy > 0 | Mtt < 450 dy > 0 |
| mc-highPT | | MC pTtt > 50 | pTtt > 50 |
| mc-highPT-bw | | MC pTtt > 50 dy < 0 | pTtt > 50 dy < 0 |
| mc-highPT-fw | | MC pTtt > 50 dy > 0 | pTtt > 50 dy > 0 |
| mc-lowPT | | MC pTtt < 50 | pTtt < 50 |
| mc-lowPT-bw | | MC pTtt < 50 dy < 0 | pTtt < 50 dy < 0 |
| mc-lowPT-fw | | MC pTtt < 50 dy > 0 | pTtt < 50 dy > 0 |
| alpgenherwigjimmy | | Alpgen+Her+Jimmy | |
| alpgenpythia6 | | Alpgen+Py6 | |
| epos | | Epos | |
| herwig++ | | Herwig++ | |
| herwig++powheg | | Herwig++ Powheg | |
| herwig7 | | Herwig | |
| phojet | | Phojet | |
| pythia6 | | Pythia | |
| pythia8 | | Pythia | |
| sherpa | | Sherpa | |
| vincia | | Vincia | |
| madgraph5amc | | MadGraph5 | |
| powheg-box | | POWHEG BOX | |
| alpgenpythia6.p0 | | Alpgen + Pythia 6 (320:P0) | |
| alpgenpythia6.psoft | | Alpgen + Pythia 6 (322:soft) | |
| alpgenpythia6.phard | | Alpgen + Pythia 6 (321:hard) | |
| alpgenpythia6.p2010 | | Alpgen + Pythia 6 (327:P2010) | |
| alpgenpythia6.350-CTEQ5L | | Alpgen + Pythia 6 (350:P2011) | |
| alpgenpythia6.351-CTEQ5L | | Alpgen + Pythia 6 (351:radHi) | |
| alpgenpythia6.352-CTEQ5L | | Alpgen + Pythia 6 (352:radLow) | |
| alpgenpythia6.353 | | Alpgen + Pythia 6 (353:mpiHi) | |
| alpgenpythia6.dw | | Alpgen + Pythia 6 (103:DW) | |
| alpgenpythia6.z1-CTEQ5L | | Alpgen + Pythia 6 (Z1) | |
| alpgenpythia6.pro-q2o-CTEQ5L | | Alpgen + Pythia 6 (Pro-Q2o) | |
| alpgenpythia6.d6 | | Alpgen + Pythia 6 (108:d6) | |
| alpgenpythia6.z2-CTEQ6L1 | | Alpgen + Pythia 6 (343:Z2) | |
| alpgenpythia6.356-CTEQ6L1 | | Alpgen + Pythia 6 (356:C) | |
| alpgenpythia6.z2-lep-CTEQ6L1 | | Alpgen + Pythia 6 (Z2-LEP) | |
| alpgenherwigjimmy.default-CTEQ6L1 | | Alp+Herw+Jimmy | |
| epos.default | | Epos (1.99) | |
| epos.lhc | | Epos (LHC) | |
| herwig7.default | | Herwig 7 (Def) | |
| herwig7.UE-MMHT | | Herwig 7 (UE-MMHT) | |
| herwig7.softTune | | Herwig 7 (SoftTune) | |
| herwig++.default | | Herwig++ (Def) | |
| herwig++.LHC-UE7-2 | | Herwig++ (UE7-2) | |
| herwig++.LHC-MU900-2 | | Herwig++ (MU900-2) | |
| herwig++.LHC-UE-EE-2-900 | | Herwig++ (UE-EE-2-900) | |
| herwig++.LHC-UE-EE-2-1800 | | Herwig++ (UE-EE-2-1800) | |
| herwig++.LHC-UE-EE-2-2760 | | Herwig++ (UE-EE-2-2760) | |
| herwig++.LHC-UE-EE-2-7000 | | Herwig++ (UE-EE-2-7000) | |
| herwig++.LHC-UE-EE-3-900 | | Herwig++ (UE-EE-3-900) | |
| herwig++.LHC-UE-EE-3-1800 | | Herwig++ (UE-EE-3-1800) | |
| herwig++.LHC-UE-EE-3-2760 | | Herwig++ (UE-EE-3-2760) | |
| herwig++.LHC-UE-EE-3-7000 | | Herwig++ (UE-EE-3-7000) | |
| herwig++.LHC-UE-EE-4 | | Herwig++ (UE-EE-4) | |
| herwig++.LHC-UE-EE-4-CTEQ6L1 | | Herwig++ (UE-EE-4-CTEQ6L1) | |
| herwig++.LHC-UE-EE-SCR-CTEQ6L1 | | Herwig++ (UE-EE-SCR-CTEQ6L1) | |
| herwig++.UE-EE-5 | | Herwig++ (UE-EE-5) | |
| herwig++.UE-EE-5-CTEQ6L1 | | Herwig++ (UE-EE-5-CTEQ6L1) | |
| herwig++powheg.default | | Herwig++ (Powheg) | |
| herwig++powheg.LHC-UE7-2 | | Hw++ UE7-2 (PwHg) | |
| herwig++powheg.LHC-MU900-2 | | Hw++ MU900-2 (PwHg) | |
| herwig++powheg.LHC-UE-EE-2-900 | | Hw++ UEEE2-900 (PwHg) | |
| herwig++powheg.LHC-UE-EE-2-1800 | | Hw++ UEEE2-1800 (PwHg) | |
| herwig++powheg.LHC-UE-EE-2-2760 | | Hw++ UEEE2-2760 (PwHg) | |
| herwig++powheg.LHC-UE-EE-2-7000 | | Hw++ UEEE2-7000 (PwHg) | |
| herwig++powheg.LHC-UE-EE-3-900 | | Hw++ UEEE3-900 (PwHg) | |
| herwig++powheg.LHC-UE-EE-3-1800 | | Hw++ UEEE3-1800 (PwHg) | |
| herwig++powheg.LHC-UE-EE-3-2760 | | Hw++ UEEE3-2760 (PwHg) | |
| herwig++powheg.LHC-UE-EE-3-7000 | | Hw++ UEEE3-7000 (PwHg) | |
| herwig++powheg.LHC-UE-EE-4 | | Hw++ UEEE4 (PwHg) | |
| pythia6.a | | Pythia 6 (100:A) | |
| pythia6.aw | | Pythia 6 (101:AW) | |
| pythia6.bw | | Pythia 6 (102:BW) | |
| pythia6.dw | | Pythia 6 (103:DW) | |
| pythia6.dwt | | Pythia 6 (104:DWT) | |
| pythia6.d6 | | Pythia 6 (108:D6) | |
| pythia6.d6t | | Pythia 6 (109:D6T) | |
| pythia6.a-pro | | Pythia 6 (110:A-Pro) | |
| pythia6.dw-pro | | Pythia 6 (113:DW-Pro) | |
| pythia6.s0 | | Pythia 6 (300:S0) | |
| pythia6.s0a | | Pythia 6 (303:SOA) | |
| pythia6.s0-pro | | Pythia 6 (310:S0-Pro) | |
| pythia6.s0a-pro | | Pythia 6 (313:S0A-Pro) | |
| pythia6.default | | Pythia 6 (Def) | |
| pythia6.p0 | | Pythia 6 (320:P0) | |
| pythia6.phard | | Pythia 6 (321:PHARD) | |
| pythia6.psoft | | Pythia 6 (322:PSOFT) | |
| pythia6.p3 | | Pythia 6 (323:P3) | |
| pythia6.pnocr | | Pythia 6 (324:PNOCR) | |
| pythia6.px | | Pythia 6 (325:PX) | |
| pythia6.p6 | | Pythia 6 (326:P6) | |
| pythia6.p2010 | | Pythia 6 (327:P2010) | |
| pythia6.pk | | Pythia 6 (328:PK) | |
| pythia6.345 | | Pythia 6 (345:AMBT2B) | |
| pythia6.346 | | Pythia 6 (346:AUET2B) | |
| pythia6.347 | | Pythia 6 (347:AUET2BCT66) | |
| pythia6.348 | | Pythia 6 (348:AUET2BCT10) | |
| pythia6.349 | | Pythia 6 (349:AUET2BNN21) | |
| pythia6.350 | | Pythia 6 (350:P2011) | |
| pythia6.351 | | Pythia 6 (351:radHi) | |
| pythia6.352 | | Pythia 6 (352:radLo) | |
| pythia6.353 | | Pythia 6 (353:mpiHi) | |
| pythia6.354 | | Pythia 6 (354:noCR) | |
| pythia6.355 | | Pythia 6 (355:M) | |
| pythia6.356 | | Pythia 6 (356:C) | |
| pythia6.357 | | Pythia 6 (357:T16) | |
| pythia6.358 | | Pythia 6 (358:T32) | |
| pythia6.359 | | Pythia 6 (359:TeV) | |
| pythia6.370 | | Pythia 6 (370:P2012) | |
| pythia6.371 | | Pythia 6 (371:radHi) | |
| pythia6.372 | | Pythia 6 (372:radLo) | |
| pythia6.373 | | Pythia 6 (373:mpiHi) | |
| pythia6.374 | | Pythia 6 (374:loCR) | |
| pythia6.375 | | Pythia 6 (375:noCR) | |
| pythia6.376 | | Pythia 6 (376:FL) | |
| pythia6.377 | | Pythia 6 (377:FT) | |
| pythia6.378 | | Pythia 6 (378:M8LO) | |
| pythia6.379 | | Pythia 6 (379:LOXX) | |
| pythia6.380 | | Pythia 6 (380:P2012.2) | |
| pythia6.381 | | Pythia 6 (381:P12-ueHi) | |
| pythia6.382 | | Pythia 6 (382:P12-ueLo) | |
| pythia6.383 | | Pythia 6 (383:P12-IBK) | |
| pythia6.390 | | Pythia 6 (390:ICT5L) | |
| pythia6.391 | | Pythia 6 (391:ICT6L) | |
| pythia6.392 | | Pythia 6 (392:IM8L) | |
| pythia6.393 | | Pythia 6 (393:ICT6N) | |
| pythia6.394 | | Pythia 6 (394:ICT10N) | |
| pythia6.395 | | Pythia 6 (395:IM8N) | |
| pythia6.396 | | Pythia 6 (396:ILOX) | |
| pythia6.397 | | Pythia 6 (397:ILOXX) | |
| pythia6.398 | | Pythia 6 (398:ICT9MC2) | |
| pythia6.pro-q2o | | Pythia 6 (129:Pro-Q2O) | |
| pythia6.pro-pto | | Pro-pT0 | |
| pythia6.z1 | | Pythia 6 (Z1) | |
| pythia6.z1-pro | | Pythia 6 (Z1-pro) | |
| pythia6.z2 | | Pythia 6 (343:Z2) | |
| pythia6.z2-pro | | Pythia 6 (344:Z2-pro) | |
| pythia6.atlas-csc | | Pythia 6 (306:ATLAS-CSC) | |
| pythia6.atlas-dc2 | | ATLAS-DC2 | |
| pythia6.atlas-mc08 | | ATLAS mc08 | |
| pythia6.atlas-mc09 | | Pythia 6 (330:ATL-MC09) | |
| pythia6.atlas-mc09c | | Pythia 6 (331:ATL-MC09c) | |
| pythia6.ambt1 | | Pythia 6 (340:AMBT1) | |
| pythia8.default | | Pythia 8 (Def) | |
| pythia8.default-noRap | | Pythia 8 (no RapOrder) | |
| pythia8.default-noFsr | | Pythia 8 (no FSR) | |
| pythia8.default-noCR | | Pythia 8 (no CR) | |
| pythia8.default-CD | | Pythia 8 (CD) | |
| pythia8.default-DL | | Pythia 8 (DL) | |
| pythia8.default-MBR | | Pythia 8 (MBR) | |
| pythia8.early | | Pythia 8 (Early Tune) | |
| pythia8.hoeth | | Pythia 8 (Professor) | |
| pythia8.montull | | Pythia 8 (Montull) | |
| pythia8.jetset | | Pythia 8 (Jetset) | |
| pythia8.tune-cmw | | Pythia 8 (Tune:ee=4) | |
| pythia8.tune-fischer1 | | Pythia 8 (Fischer 1) | |
| pythia8.tune-fischer2 | | Pythia 8 (Fischer 2) | |
| pythia8.tune-monash13 | | Pythia 8 (Monash 13) | |
| pythia8.tune-1 | | Pythia 8 (Tune 1) | |
| pythia8.tune-2c | | Pythia 8 (2C) | |
| pythia8.tune-2m | | Pythia 8 (2M) | |
| pythia8.tune-3c | | Pythia 8 (3C) | |
| pythia8.tune-3m | | Pythia 8 (3M) | |
| pythia8.tune-4c | | Pythia 8 (4C) | |
| pythia8.tune-4cx | | Pythia 8 (4Cx) | |
| pythia8.tune-A2 | | Pythia 8 (A2) | |
| pythia8.tune-A2m | | Pythia 8 (A2M) | |
| pythia8.tune-AU2 | | Pythia 8 (AU2) | |
| pythia8.tune-AU2m | | Pythia 8 (AU2M) | |
| pythia8.tune-AU2ct10 | | Pythia 8 (AU2CT10) | |
| pythia8.tune-AU2lox | | Pythia 8 (AU2LOX) | |
| pythia8.tune-AU2loxx | | Pythia 8 (AU2LOXX) | |
| pythia8.tune-CUETP8S1 | | Pythia 8 (CUETS1) | |
| pythia8.tune-CUETP8S1hera | | Pythia 8 (CUETS1H) | |
| pythia8.tune-AZ | | Pythia 8 (AZ) | |
| pythia8.cr1 | | Pythia 8 (CR:mode=1) | |
| sherpa.default | | Sherpa (Def) | |
| sherpa.aSlep | | Sherpa (LEP aS) | |
| sherpa.bMassive | | Sherpa (Massive b) | |
| pythia8.vincia-default | | Pythia 8 (Vincia) | |
| vincia.default | | Vincia (Def) | |
| vincia.jeppsson | | Vincia (J1) | |
| vincia.jeppsson2 | | Vincia (J2) | |
| vincia.jeppsson3 | | Vincia (J3) | |
| vincia.jeppsson4 | | Vincia (J4) | |
| vincia.nikhef | | Vincia (NIKHEF) | |
| vincia.nikhef1 | | Vincia (N1) | |
| madgraph5amc.default | | MadGraph5 (Def) | |
| madgraph5amc.lo | | MadGraph5 (LO) | |
| madgraph5amc.lo1jet | | MadGraph5 (LO 1jet) | |
| madgraph5amc.lo2jet | | MadGraph5 (LO 2jet) | |
| madgraph5amc.nlo | | MadGraph5 (NLO) | |
| madgraph5amc.nlo1jet | | MadGraph5 (NLO 1jet) | |
| madgraph5amc.nlo2jet | | MadGraph5 (NLO 2jet) | |
| General-PurposeMCs.Main | | General-Purpose MCs.Main | |
| General-PurposeMCs.HerwigvsPythia | | General-Purpose MCs.Herwig vs Pythia | |
| General-PurposeMCs.Pythia6vs8 | | General-Purpose MCs.Pythia 6 vs 8 | |
| General-PurposeMCs.AllCppGenerators | | General-Purpose MCs.All C++ Generators | |
| Soft-InclusiveMCs.Min-BiasTunes | | Soft-Inclusive MCs.Min-Bias Tunes | |
| Soft-InclusiveMCs.UETunes | | Soft-Inclusive MCs.UE Tunes | |
| Soft-InclusiveMCs.EPOSvsPythia | | Soft-Inclusive MCs.EPOS vs Pythia | |
| Soft-InclusiveMCs.Pythia8 | | Soft-Inclusive MCs.Pythia 8 | |
| MatchedMergedMCs.Main | | Matched/Merged MCs.Main | |
| MatchedMergedMCs.AlpgenPerugia2011Variations | | Matched/Merged MCs.Alpgen Perugia 2011 Variations | |
| MatchedMergedMCs.Madgraph5_aMCaNLO | | Matched/Merged MCs.Madgraph5_aMC@NLO | |
| MatchedMergedMCs.vsGPMCs | | Matched/Merged MCs.vs GPMCs | |
| MatchedMergedMCs.Powheg-Box | | Matched/Merged MCs.Powheg-Box | |
| Herwig.Main | | Herwig.Main | |
| Herwig.Herwigpp | | Herwig.Herwig++ | |
| Herwig.Powheg | | Herwig.Powheg | |
| Herwig.Herwig7vsPythia | | Herwig.Herwig7 vs Pythia | |
| Herwig.Herwig7vsSherpa | | Herwig.Herwig7 vs Sherpa | |
| Pythia8.Main | | Pythia 8.Main | |
| Pythia8.A14 | | Pythia 8.A14 | |
| Pythia8.AU2-PDFs | | Pythia 8.AU2-PDFs | |
| Pythia8.Diffraction | | Pythia 8.Diffraction | |
| Pythia8.LEP | | Pythia 8.LEP | |
| Pythia8.RadVariations | | Pythia 8.Rad Variations | |
| Pythia8.NoCR | | Pythia 8.No CR | |
| Pythia8.4Cx | | Pythia 8.4Cx | |
| Pythia8.Tevatron | | Pythia 8.Tevatron | |
| Pythia8.Py8vsPy6 | | Pythia 8.Py8 vs Py6 | |
| Pythia8.Py8vsHerwig | | Pythia 8.Py8 vs Herwig | |
| Pythia8.Py8vsSherpa | | Pythia 8.Py8 vs Sherpa | |
| Pythia6.Main | | Pythia 6.Main | |
| Pythia6.Py6vsPy8 | | Pythia 6.Py6 vs Py8 | |
| Pythia6.P12-RadFrag | | Pythia 6.P12-RadFrag | |
| Pythia6.P12-MpiCR | | Pythia 6.P12-MpiCR | |
| Pythia6.AMBT2vsZ2 | | Pythia 6.AMBT2 vs Z2 | |
| Pythia6.AUET2B-PDFs | | Pythia 6.AUET2B-PDFs | |
| Pythia6.P12-PDFs | | Pythia 6.P12-PDFs | |
| Pythia6.CTEQ6vsLOx | | Pythia 6.CTEQ6 vs LO* | |
| Pythia6.IBKLOPDFs | | Pythia 6.IBK LOPDFs | |
| Pythia6.IBKNLOPDFs | | Pythia 6.IBK NLOPDFs | |
| Pythia6.PerugiaHistory | | Pythia 6.Perugia History | |
| Pythia6.P11-All | | Pythia 6.P11-All | |
| Pythia6.LHCtunes | | Pythia 6.LHC tunes | |
| Pythia6.Tevatron | | Pythia 6.Tevatron | |
| Pythia6.OldvsP12 | | Pythia 6.Old vs P12 | |
| Sherpa.Main | | Sherpa.Main | |
| Sherpa.MatchingMerging | | Sherpa.Matching/Merging | |
| Custom | | Custom | |
| ppppbar | | pp/ppbar | |
| ee | | ee | |
| AA | | AA | |
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