arxiv: physics/0504035 · v2 · submitted 2005-04-05 · ⚛️ physics.ins-det · hep-ex

The SPHINX spectrometer

SPHINX Collaboration: Yu.Antipov , A.Artamonov , V.Batarin , V.Bezzubov , O.Eroshin , S.Golovkin , Yu.Gorin , V.Govorun

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A.Isaev V.Kolganov A.Konstantinov A.Kozhevnikov V.Kubarovsky V.Kurshetsov A.Kushnirenko L.Landsberg V.Leontiev G.Lomkatsi M.Medinskiy V.Medovikov V.Molchanov V.Morozova V.Mukhin A.Nilov D.Patalakha S.Petrenko A.Petrukhin V.Rykalin V.Senko N.Shalanda V.Smolyankin A.Sytin V.Vaniev D.Vavilov V.Victorov V.Yakimchuk S.Zimin

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classification ⚛️ physics.ins-det hep-ex

keywords spectrometersphinxacceleratorlastbeamburstcalorimeterschambers

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The paper describes the SPHINX facility which includes a wide-aperture magnetic spectrometer with scintillation counters and hodoscopes, proportional chambers and drift tubes, multichannel electromagnetic and hadron calorimeters, a guard system, a RICH velocity spectrometer and a hodoscopical threshold Cherenkov detector for the identification of charged secondary particles. The SPHINX spectrometer, in its last modification, had the possibility to record 3000-4000 trigger events per an accelerator burst. The spectrometer was used during the last decade in experiments with the 70GeV proton beam of the IHEP accelerator U-70.

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The SPHINX spectrometer

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