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An Experimental Run On The New Superconducting Accelerator Nuclotron At 3.8 And 6.2 Gev/C Deuteron Momentum

A M Baldin,Kh U Abraamyan,S Afanasiev,Yu S Anisimov,V V Arkhipov, A S Artyomov,V V Avdeichikov,V K Bondarev,A Yu Isupov, V A Kashirin,A N Khrenov,V Kolesnikov,A D Kovalenko,V A Kuznetsov,A Litvinenko,A Malakhov,P K Maniakov,E A Matyushevsky,G L Melkumov,I I Migulina,A Nikiforov,V A Nikitin,P Nomokonov,S G Reznikov,I A Rufanov,A Yu Semenov,Vitaly Smirnov,P I Zarubin, Ivo Atanasov,V N Penev,A I Berlev,V A Krasnov, A I Maevskaia,S V Zadorozhny

NUCLEAR PHYSICS A（1995）

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Abstract
The new superconducting accelerator Nuclotron have been operated for the first time at 3.8 and 6.2 GeV/c deuteron momentum and the run on the internal target have been carried out in March'94. The Various scintillation counters for Delta E-E and time-of-flight (TOF) measurements, the silicon and CsI(Tl) crystal detectors for Delta E-E measurements as well, and the lead glass EM calorimeters were used. The secondary particles gamma, pi, K, p, d, and t as well as He fragments produced by deuterons on the internal targets were detected and identified relaibly, thus manifestating a broad perspective of the relativistic nuclear physics research on Nuclotron in the nearest future.
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time of flight
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