Obtaining physics results from the SLD CRID

K Abe,P Antilogus,D Aston,K Baird, C Baltay,A Bean,R Ben-David,T Bienz,F Bird,D.O Caldwell, M Cavalli-Sforza,J Coller,P Coyle,D Coyne, S Dasu,M Dima,A d'Oliveira,J Duboscq,W Dunwoodie,G Hallewell,K Hasegawa,Y Hasegawa,J Huber,Y Iwasaki,P Jacques,R.A Johnson,M Kalelkar,H Kawahara,Y Kwon,D.W.G.S Leith, X Liu,A Lu,S Manly,J Martinez,L Mathys,S McHugh,B Meadows,G Müller, D Muller,T Nagamine,S Narita,M Nussbaum,T.J Pavel,R Plano,B Ratcliff,P Rensing, A.K.S Santha,D Schultz, S Sen,J.T Shank,S Shapiro,C Simopoulos,J Snyder,E Solodov,P Stamer,I Stockdale,F Suekane,N Toge,J Turk, J Va'vra,J.S Whitaker,D.A Williams,S.H Williams, S Willocq,R.J Wilson,G Word,S Yellin,H Yuta

Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment（1996）

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摘要

We describe the likelihood ratio method used for particle identification in the SLD CRID, which allows the use of the entire momentum range covered by the liquid and gas radiators, including the threshold regions. Its application to two preliminary physics analyses is also described.

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关键词

likelihood ratio,science and technology

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