Dib Venturelli, Claudio Omar

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Dib Venturelli, Claudio Omar
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Campus / Sede
Campus Casa Central Valparaíso
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Scopus Author ID
56187198900

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2022 - 20242
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    Publication
    Reconstruction of 400 GeV/c proton interactions with the SHiP-charm project
    (2024-06-01)
    Ahdida, C.
    ;
    Akmete, A.
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    Bieschke, S.
    ;
    Borburgh, J.
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    Chumakov, A.
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    Cornelis, K.
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    D’Ambrosio, N.
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    D’Appollonio, G.
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    de Asmundis, R.
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    De Carvalho Saraiva, J.
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    Di Giulio, L.
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    Dib Venturelli, Claudio Omar
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    Dijkstra, H.
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    Dougherty, L. A.
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    Drohan, V.
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    Durhan, O.
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    Ehlert, M.
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    Elikkaya, E.
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    Graverini, E.
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    Grenard, J. L.
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    Hakobyan, Hayk
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    Kovalenko, Sergey
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    Lyubovitskij, V.
    AbstractThe SHiP-charm project was proposed to measure the associated charm production induced by 400 GeV/c protons in a thick target, including the contribution from cascade production. An optimisation run was performed in July 2018 at CERN SPS using a hybrid setup. The high resolution of nuclear emulsions acting as vertex detector was complemented by electronic detectors for kinematic measurements and muon identification. Here we present first results on the analysis of nuclear emulsions exposed in the 2018 run, which prove the capability of reconstructing proton interaction vertices in a harsh environment, where the signal is largely dominated by secondary particles produced in hadronic and electromagnetic showers within the lead target.
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    Publication
    Track reconstruction and matching between emulsion and silicon pixel detectors for the SHiP-charm experiment
    (2022-03-01)
    Ahdida, C.
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    Akmete, A.
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    Albanese, R.
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    Alt, J.
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    Alexandrov, A.
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    Anokhina, A.
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    Aoki, S.
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    Arduini, G.
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    Atkin, E.
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    Azorskiy, N.
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    Back, J. J.
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    Bagulya, A.
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    Baaltasar Dos Santos, F.
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    Baranov, A.
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    Bardou, F.
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    Barker, G. J.
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    Battistin, M.
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    Bauche, J.
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    Bay, A.
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    Bayliss, V.
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    Bencivenni, G.
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    Berdnikov, A. Y.
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    Berdnikov, Y. A.
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    Bertani, M.
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    Betancourt, C.
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    Bezshyiko, I.
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    Bezshyyko, O.
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    Bick, D.
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    Bieschke, S.
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    Blanco, A.
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    Boehm, J.
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    Bogomilov, M.
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    Boiarska, I.
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    Bondarenko, K.
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    Bonivento, W. M.
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    Borburgh, J.
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    Boyarsky, A.
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    Brenner, R.
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    Breton, D.
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    Brignoli, A.
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    Büscher, V.
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    Buonaura, A.
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    Buontempo, S.
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    Cadeddu, S.
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    Calcaterra, A.
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    Calviani, M.
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    Campanelli, M.
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    Casolino, M.
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    Charitonidis, N.
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    Chau, P.
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    Chauveau, J.
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    Chepurnov, A.
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    Chernyavskiy, M.
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    Choi, K. Y.
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    Chumakov, A.
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    Ciambrone, P.
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    Cicero, V.
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    Climescu, M.
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    Conaboy, A.
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    Congedo, L.
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    Cornelis, K.
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    Cristinziani, M.
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    Crupano, A.
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    Dallavalle, G. M.
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    Datwyler, A.
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    D'Ambrosio, N.
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    D'Appollonio, G.
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    De Asmundis, R.
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    De Carvalho Saraiva, J.
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    De Lellis, G.
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    De Magistris, M.
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    De Roeck, A.
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    De Serio, M.
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    De Simone, D.
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    Dedenko, L.
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    Dergachev, P.
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    Di Crescenzo, A.
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    Di Giulio, L.
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    Di Marco, N.
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    Dib Venturelli, Claudio Omar
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    Dijkstra, H.
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    Dmitrenko, V.
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    Dougherty, L. A.
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    Dolmatov, A.
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    Domenici, D.
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    Donskov, S.
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    Drohan, V.
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    Dubreuil, A.
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    Durhan, O.
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    Ehlert, M.
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    Elikkaya, E.
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    Enik, T.
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    Etenko, A.
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    Fabbri, F.
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    Fedin, O.
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    Fedotovs, F.
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    Felici, G.
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    V. Lyubovitskij
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    Kovalenko, Sergey
    ;
    Hayk Hakobyan
    Abstract In July 2018 an optimization run for the proposed charm cross section measurement for SHiP was performed at the CERN SPS. A heavy, moving target instrumented with nuclear emulsion films followed by a silicon pixel tracker was installed in front of the Goliath magnet at the H4 proton beam-line. Behind the magnet, scintillating-fibre, drift-tube and RPC detectors were placed. The purpose of this run was to validate the measurement's feasibility, to develop the required analysis tools and fine-tune the detector layout. In this paper, we present the track reconstruction in the pixel tracker and the track matching with the moving emulsion detector. The pixel detector performed as expected and it is shown that, after proper alignment, a vertex matching rate of 87% is achieved.
    Scopus© Citations 1