Search:
	any fieldabstractaffiliationauthorauthor countcaptioncited bycodencollaborationcollectiondate createddate modifieddivisionexact authorexact first authorexperimentfirst authorfulltextisbnissnjournalkeywordrecord IDreferencerefers toreport numbersubjecttitleyear
Search Tips :: Advanced Search

Search collections:

*** any public collection ***Belle II Document ServerBelle II MultimediaBelle II Notes (Internal)Belle II Notes (Public)Belle II Notes : PhysicsBelle II Notes : Approved plot...Belle II Notes: TechnicalBelle II PicturesBelle II VideosBooksBooks, Theses & ReportsConference postersConference SubmissionsPapersProceedingsPublic TalksProceeding and Paper Drafts (I...Paper Drafts (Internal)Talk Drafts (Internal)Poster drafts (Internal)Drafts (Internal)Masters ThesesMultimedia ResourcesPapersPapers : PhysicsPapers : TechnicalPhD ThesesPictures (Internal)PostersPublic MemoReportsTalksThesesUndergraduate ThesesVideos (Internal)

Sort by:	Display results:	Output format:
latest firsttitleauthorreport numberyear asc.desc. - or rank by -word similaritytimes cited	10 results25 results50 results100 results single listsplit by collection	BibTeXDublin CoreEndNoteEndNote (8-X)HTML briefHTML citesummaryHTML detailedMARCMARCXMLMODSNLMphoto captions onlyportfolioRefWorks

Belle II Document Server

1 records found

Search took 0.00 seconds.

1.

Track-finding efficiency at Belle II / Reshma Menon R ; Dr. Seema Bahinipati [BELLE2-MTHESIS-2021-006] Presented on 15 05 2021 MSc 2021 INDIAN INSTITUTE OF TECHNOLOGY BHUBANESWAR / ODISHA,INDIA Track finding efficiency is a vital input to various sources of systematic uncertainties in analyses involving charged particles.Method to calculate tracking efficiency for hadrons is different than that for muons due their decays and interactions with the material of the detector.Therefore, here we describe a method of estimating the relative tracking efficiency of slow pions in data compared to simulation by focusing on B0→ D∗− π+ decay where the D∗− further decays to D̄0 π− .Owing to its limited phase space,the pion from D∗ decay is traditionally referred as slow-pion due to a small mass difference between the D∗ and D̄0. [...] Fulltext: PDF; Detailed record - Similar records

Interested in being notified about new results for this query?
Set up a personal email alert or subscribe to the RSS feed.

Haven't found what you were looking for? Try your search on other servers:
Reshma Menon R in Amazon Reshma Menon R in CERN EDMS Reshma Menon R in CERN Indico Reshma Menon R in CERN Intranet Reshma Menon R in CiteSeer Reshma Menon R in Google Books Reshma Menon R in Google Scholar Reshma Menon R in Google Web Reshma Menon R in IEC	Reshma Menon R in IHS Reshma Menon R in INSPEC Reshma Menon R in INSPIRE Reshma Menon R in ISO Reshma Menon R in KISS Books/Journals Reshma Menon R in KISS Preprints Reshma Menon R in NEBIS Reshma Menon R in SLAC Library Catalog Reshma Menon R in Scirus