A new measurement of the neutron detection efficiency for the NaI Crystal Ball detector

M Martemianov,V Kulikov,B T Demissie,Z Marinides, C S Akondi,J R M Annand,H J Arends,R Beck,N S Borisov,A Braghieri,W J Briscoe,S Cherepnya, C Collicott,S Costanza,E J Downie, M Dieterle,M I Ferretti Bondy, L V Filkov,S Garni,D I Glazier, D Glowa,W Gradl,G M Gurevich,D Hornidge,G M Huber, A Kaeser,V L Kashevarov,I Keshelashvili,R Kondratiev,M Korolija,B Krusche,A B Lazarev, J M Linturi,V Lisin,K Livingston,I J D Macgregor,D M Manley, P P Martel,D G Middleton,R Miskimen,A Mushkarenkov,A B Neganov, A Neiser,M Oberle,M Ostrick,P Ott,P B Otte,B Oussena,P Pedroni,A Polonski,S N Prakhov,G Ron,T Rostomyan, A J Sarty,D Schott,S Schumann,V Sokhoyan,O Steffen,I I Strakovsky, T Strub,I Supek,M Thiel,A W Thomas,M Unverzagt,Yu A Usov, S R Wagner,D P Watts, J Wettig,D Werthmuller,L Witthauer, M Wolfes

JOURNAL OF INSTRUMENTATION（2015）

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摘要

We report on a measurement of the neutron detection efficiency in NaI crystals in the Crystal Ball detector obtained from a study of single pi(0) photoproduction on deuterium using the tagged photon beam at the Mainz Microtron. The results were obtained up to a neutron energy of 400 MeV. They are compared to previous measurements made more than 15 years ago at the pion beam at the BNL AGS.

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关键词

Performance of High Energy Physics Detectors,Calorimeters

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