Search Results - "Larionova, D. M."

Describing Meson Production in Small Collision Systems with Nuclear Modified Parton Distribution Functions by Mitrankova, M. M., Berdnikov, Ya. A., Mitrankov, Iu. M., Kotov, D. O., Larionova, D. M., Berdnikov, A. Ya, Bannikov, E. V.

“…The deconfined state of strongly interacting quarks and gluons, quark–gluon plasma, may be formed in relativistic ion collisions at sufficient temperature and…”
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Study of the Second Order Azimuthal Anisotropy for Mesons in Cu Au Collisions at GeV by Bannikov, E. V., Berdnikov, A. Ya, Berdnikov, Ya. A., Kotov, D. O., Mitrankov, Iu. M., Mitrankova, M. M., Larionova, D. M.

“…One of the main purposes of high-energy physics is the investigation of the properties of extremely hot and dense state of nuclear matter in which quarks and…”
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Effect of Parton Distributions in Collisions of Relativistic Nuclei on -Meson Production by Mitrankova, M. M., Bannikov, E. V., Berdnikov, A. Ya, Berdnikov, Ya. A., Kotov, D. O., Mitrankov, Iu. M., Larionova, D. M.

“…The effect of parton distributions on -meson production in , , , and He Au collisions at the c.m. reaction energy of GeV is studied. The results of the PHENIX…”
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Elliptic Flow for Neutral Pions in the Asymmetric Collision System at GeV by Bannikov, E. V., Berdnikov, A. Ya, Berdnikov, Ya. A., Kotov, D. O., Mitrankov, Iu. M., Mitrankova, M. M., Larionova, D. M.

“…Elliptic flow is among basic observables that characterize collective effects at the initial stage of formation of quark–gluon plasma in collisions of…”
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Recent Results from the PHENIX Experiment by Larionova, D. M., Berdnikov, A. Ya, Berdnikov, Ya. A., Kotov, D. O., Mitrankov, Iu. M., Mitrankova, M. M., Bannikov, E. V.

“…The paper highlights recent results from the PHENIX experiment. Measurements of identified charged hadron, -meson production in and collisions as well as…”
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PHENIX Results on Hadron Production in Large Collision Systems by Berdnikov, Y. A., Berdnikov, A. Y., Kotov, D. O., Larionova, D. M.

“…The paper presents recent PHENIX results on hadron production in heavy ion collisions. Comparison of light hadron ( , , , , , , , , ) nuclear modification…”
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Cumulative Protons in Collisions between Carbon and Beryllium Nuclei at Energies of 0.60, 0.95, and 2.0 GeV/nucleon by Berdnikov, A. Ya, Berdnikov, Ya. A., Borisov, V. S., Kotov, D. O., Larionova, D. M., Larionova, M. M., Mitrankov, Yu. M., Solov’ev, V. N.

“…Collisions between carbon and beryllium nuclei at initial kinetic energies of carbon nuclei of 0.6, 0.95, and 2.0 GeV/nucleon have been simulated within the…”
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Measuring Phi Mesons in p + Au and He + Au Collisions at 200 GeV by Berdnikov, A. Ya, Berdnikov, Ya. A., Kotov, D. O., Larionova, D. M., Larionova, M. M., Mitrankov, Yu. M.

“…Measurements of φ-mesons in such small colliding systems as p + Au and He + Au are used to study the effects of cold nuclear matter, in order to separate ones…”
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Measurements of Hadronic Elliptic Flows at PHENIX by Bannikov, E. V., Berdnikov, A. Ya, Berdnikov, Ya. A., Kotov, D. O., Mitrankov, Yu. M., Mitrankova, M. M., Larionova, D. M., Selezenev, A. D.

“…One of the key tasks of the PHENIX experiment is studying the properties of the quark–gluon plasma (QGP). An efficient method for studying the properties of…”
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Describing $$\phi$$ Meson Production in Small Collision Systems with Nuclear Modified Parton Distribution Functions by Mitrankova, M. M., Berdnikov, Ya. A., Mitrankov, Iu. M., Kotov, D. O., Larionova, D. M., Berdnikov, A. Ya, Bannikov, E. V.

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Study of the Second Order Azimuthal Anisotropy for $${\pi^{0}}$$ Mesons in Cu $${+}$$ Au Collisions at $${\sqrt{S_{{NN}}}=200}$$ GeV by Bannikov, E. V., Berdnikov, A. Ya, Berdnikov, Ya. A., Kotov, D. O., Mitrankov, Iu. M., Mitrankova, M. M., Larionova, D. M.

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Measurement of Charged Hadron Production in Relativistic Ion Collision Systems by Larionova, D. M., Berdnikov, A. Ya, Berdnikov, Ya. A., Kotov, D. O., Mitrankov, Yu. M., Rodriguez-Aguilar, B.

“…Measurement of charged hadron production in relativistic ion collision systems is one of the main methods to study hadronization of quark–gluon plasma (QGP)—a…”
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Elliptic Flow for Neutral Pions in the $$\textrm{Cu}+\textrm{Au}$$ Asymmetric Collision System at $$\sqrt{S_{NN}}=200$$ GeV by Bannikov, E. V., Berdnikov, A. Ya, Berdnikov, Ya. A., Kotov, D. O., Mitrankov, Iu. M., Mitrankova, M. M., Larionova, D. M.

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Effect of Parton Distributions in Collisions of Relativistic Nuclei on $$\phi$$-Meson Production by Mitrankova, M. M., Bannikov, E. V., Berdnikov, A. Ya, Berdnikov, Ya. A., Kotov, D. O., Mitrankov, Iu. M., Larionova, D. M.

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Charged Hadron Production in Cu + Au Collisions at 200 GeV in the PHENIX Experiment by Larionova, D. M., Berdnikov, Ya. A., Berdnikov, A. Ya, Kotov, D. O., Mitrankov, Yu. M.

“…Hadronization of quark–gluon plasma is one of the most discussed problems in modern high-energy physics. It has been found in the PHENIX experiment (2002) that…”
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Conceptual design of the Spin Physics Detector by Abazov, V. M, Abramov, V, Afanasyev, L. G, Anosov, V. A, Balandina, V. V, Baldina, E. G, Berdnikov, A. Ya, Bogoslovsky, D. N, Chen, Lei, Chepurnov, A. S, Chumakov, A, Dalkarov, O. D, Datta, A, El-Kholy, R, Finger, M, Gerasimov, S. G, Goloskokov, S. V, Golovanov, G. A, Golubev, A. A, M, Golubykh S, V, Goncharov P, Gromov, S. A, Gromov, V. A, Gurchin, Yu. V, Guskov, A. V, Guzman, F, Haidenbauer, J, Havranek, M, Ivanov, A. V, Isupov, A. Yu, Jary, V, Khrenov, A. N, Kim, V. T, Kirichkov, N. V, Kirin, D. Yu, Klopot, Ya, Komarov, V. I, Kondratenko, A. M, Korjik, M. V, Kostukov, E. V, A, Kozhin M, Kubankin, Yu, Kurbatov, V. S, Kurjata, R, Kutuzov, S. A, Larionova, D. M, Lobko, A. S, Lyashchenko, V. N, Lyubovitskij, V, Maggiora, A, Malykhina, T. V, Merkin, M. M, Morozov, B, Moshkovsky, I. V, Nefedov, Yu. A, Nikiforov, D. N, Nikolaev, A. S, Oleynik, D. A, Ososkov, G. A, Panzieri, D, Parsamyan, B, Pastuszak, G, Pavlova, A. A, Pelevanyuk, I. S, Piskun, A. A, Plotnikov, V. V, Podgainy, D. V, Polozov, P, Polyansky, V. V, Popule, J, Reva, S. N, Rezvaya, E. P, Romanov, V. M, Rudenko, A. I, Rumyantsev, M. A, Saleev, V. A, Savenkov, A. A, Savic, M, Shtejer, K, Shulyakovsky, R, Sinitsa, A. A, Skachkov, N. B, Skachkova, A. N, Sluneckova, V, Sun, Peng-Fei, Suchkov, S. I, Sultanov, R. I, Sun, Hao, V, Teryaev O, V, Tkachenko A, Tomasek, L, Valiev, F. F, Volkov, I. S, Vrba, V, Yudin, I. P, Zamora, J, Zhi, Yu, Zhmurin, P. N, Zhuravlev, N. I, Zinin, A. V

“…The Spin Physics Detector, a universal facility for studying the nucleon spin structure and other spin-related phenomena with polarized proton and deuteron…”
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