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Gress, O; Brueeckner, M; Berezhnev, S; Budnev, N; Buker, M; Chvalaev, O; Dyachok, A; Einhaus, U; Epimakhov, S; Hampf, D; Horns, D; Kalmykov, N; Karpov, N; Konstantinov, E; Korosteleva, E; Kunnas, M; Kozhin, V; Kuzmichev, L; Lubsandorzhiev, B; Lubsandorzhiev, N; Mirgazov, R; Monkhoev, R; Nachtigall, R; Pakharukov, A; Panasyuk, M; Pankov, L; Popova, E; Porelli, A; Prosin, V; Ptuskin, V; Rowell, G; Semeney, Yu; Shaibonov, B; Silaev, A; Silaev (ju), A; Skurikhin, A; Spiering, C; Spitschan, D; Sveshnikova, L; Tluczykont, M; Wischnewski, R; Yashin, I; Zagorodnikov, A; Zirakashvili, V
Nuclear instruments & methods in physics research. Section A, Accelerators, spectrometers, detectors and associated equipment, 12/2013, Letnik: 732Journal Article
Tunka-HiSCORE (HiSCORE: Hundred Square-km Cosmic Origin Explorer) is a new Cherenkov EAS array for multi-TeV gamma -ray gamma -ray astronomy and cosmic ray studies. The array will consist of wide-angle (0.6 sr) optical stations with 150 m distance between individual stations. The array will be constructed in several stages: beginning with a 1 km2 array at the first stage up to 100 km2 at the last stage. The first three stations have been installed during 2012 in Tunka Valley (50 km from the Southern tip of Lake Baikal) at the site of the Tunka-133 array. We describe the construction of the optical stations and the array DAQ, and present the first results of common operation of the new optical stations with the Tunka-133 array.
