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LHCb Figures

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2020-05-22
16:36
Deuteron PID performance in simulation /LHCb Collaboration
LHCB-FIGURE-2020-013.- Geneva : CERN, 2020 - Mult.p.

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2020-05-22
16:36
Global PID performance for charged particles /LHCb Collaboration
LHCB-FIGURE-2020-012.- Geneva : CERN, 2020 - Mult.p.

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2020-05-22
16:36
Reconstruction, calibration, and PID performance for photons and neutral pions /LHCb Collaboration
LHCB-FIGURE-2020-011.- Geneva : CERN, 2020 - Mult.p.

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2020-05-19
14:19
Muon track reconstruction efficiency at LHCb /LHCb Collaboration
The determination of track reconstruction efficiencies at LHCb using $J/\psi\rightarrow\mu^+\mu^-$ decays for the 2015 and 2018 data-taking years is presented. The results are alsocompared to the 2012 data-taking year. [...]
LHCB-FIGURE-2020-010.- Geneva : CERN, 19 - 6. Fulltext: LHCb-FIGURE-2020-010.tar (002) - ZIP; LHCb-FIGURE-2020-010 - PDF;

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2020-05-18
17:45
Impact of the $Z\to\mu^+\mu^-$ alignment on the $Z$ mass resolution at LHCb /LHCb Collaboration
This document reports the improvement in Z mass resolution with the application of a version of the LHCb detector alignment developed using $Z \to \mu^+\mu^-$ decays. The new alignment is tested on a sample of data collected by LHCb at centre-of-mass energy $\sqrt{s} = 13\,TeV$, during the year 2016 of data taking [...]
LHCB-FIGURE-2020-009.- Geneva : CERN, 19 - 3. Fulltext: LHCb-FIGURE-2020-009 - PDF; LHCb-FIGURE-2020-009-Zalignment - PDF.ZIP;

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2020-04-15
09:17
Selected HLT reconstruction performance for the LHCb upgrade /LHCb Collaboration
The performance of the CPU HLT1 algorithm is shown in track reconstruction efficiency, fake rate, resolutions, and muon identification rates. Additionally, we show the performance of the stand-alone tracking algorithm related to the SciFi (seeding), in terms of efficiency and fake rates..
LHCB-FIGURE-2020-008.- Geneva : CERN, 30 - 10. Fulltext: LHCb-FIGURE-2020-008 - PDF; lhcb-figure-2020-008 - ZIP;

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2020-04-14
15:05
Throughput and resource usage of the LHCb upgrade HLT /LHCb Collaboration
This figure shows the evolution of the throughput of the HLT1 trigger, as well as the breakdown of the current HLT1 and HLT2 reconstruction throughput rate for the LHCb upgrade..
LHCB-FIGURE-2020-007.- Geneva : CERN, 2020 - 6. Fulltext: LHCb-FIGURE-2020-007 - PDF; lhcb-figure-2020-007 - ZIP;

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2020-04-14
15:03
Photon Detection Performance in pPb 2016 Simulation /LHCb Collaboration
This manuscript shows performance plots for photons, neutral mesons and the signal/background of direct photon obtained from LHCb simulations in $\sqrt{s_{NN}}$=8.16 TeV pPb collisions..
LHCB-FIGURE-2020-006.- Geneva : CERN, 2020 - 9. Fulltext: photon_studies_figure_note - PDF; photon_figs - TAR.GZ;

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2020-04-06
18:40
Run3 Primary Vertex reconstruction description and performance /LHCb Collaboration
For the Run3 Hlt1 reconstruction sequence a new primary vertex reconstruction algorithm was developed and implemented on x86 and GPU architectures. This document contains figures to illustrate the algorithm and performance comparisons of the implementations on the two architectures..
LHCB-FIGURE-2020-005.- Geneva : CERN, 2020 - 14. Fulltext: LHCb_FIGURE_2020_005 - PDF; lhcb_figure_2020_005 - ZIP;

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2020-03-18
16:36
Antiprotons from $\bar{\Lambda} \to \bar{p} \pi^+$ and $\bar{\Sigma}^- \to \bar{p} \pi^0$ decays in pHe collisions /LHCb Collaboration
This document presents two figures explaining the two approaches which are being currently followed to measure the antiproton production by the anti-hyperon decays $\bar{\Lambda} \to \bar{p} \pi^+$ and $\bar{\Sigma}^- \to \bar{p} \pi^0$ in a sample of pHe collisions collected by the LHCb experiment in 2016..
LHCB-FIGURE-2020-004.- Geneva : CERN, 18 - 5. Fulltext: LHCb_FIGURE_2020_004 - PDF; figures - ZIP;

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