Search Results - "Vorotnikov, G."

Methodology for the Application of Deep Neural Networks in Searches for New Physics at Colliders and Statistical Interpretation of Expected Results by Abasov, E. E., Belobrova, M. I., Volkov, P. V., Vorotnikov, G. A., Dudko, L. V., Zaborenko, A. D., Perfilov, M. A., Sivakova, E. S.

“…Methods for the application of neural networks in searches for new physics in collider experiments are described. Mechanisms of selecting observables,…”
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Eligibility of EFT Approach to Search for tqg FCNC Phenomenon by Boos, E. E., Bunichev, V. E., Dudko, L. V., Perfilov, M. A., Vorotnikov, G. A.

“…The Effective Field Theory (EFT) approach is widely used in the search for possible deviations from the predictions of the Standard Model. Such an…”
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Searches for anomalous coupling in top-quark interaction with the W boson and b quark, along with searches for quark-flavor-changing neutral currents, in an analysis of data from the CMS experiment by Boos, E. E., Bunichev, V. E., Vorotnikov, G. A., Dudko, L. V., Myagkov, I. A., Perfilov, M. A., Popov, A. A., Tsirova, N. A., Shvetsov, I. A.

“…The results of searches for effects beyond the Standard Model in processes of single top-quark production in the CMS experiment are presented. Anomalous…”
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Eligibility of EFT approach to search for tqg FCNC phenomenon by Boos, E. E, Bunichev, V. E, Dudko, L. V, Perfilov, M. A, Vorotnikov, G. A

“…Physics of Atomic Nuclei, 2020, Vol.83, No 6, pp. 921-925 The Effective Field Theory (EFT) approach is widely used in the search for possible deviations from…”
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Thermodynamic cycle of the traveling wave thermoacoustic engine by Vorotnikov, G.V., Zinovyev, E.A., Nekrasova, S.O.

“…The paper presents a new numerical solution as a method for the thermodynamic cycle of a thermoacoustic engine estimation. A mathematical solution for…”
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Gas oscillations in an annular channel induced by a longitudinal temperature gradient by Vorotnikov, Gennady Viktorovich, Zinovyev, Evgeniy Aleksandrovich, Nekrasova, Svetlana Olegovna

“…Background and Objectives: When selecting the design and layout scheme of the thermoacoustic converter, special requirements include the placement of heat…”
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Application of Kolmogorov-Arnold Networks in high energy physics by Abasov, E, Volkov, P, Vorotnikov, G, Dudko, L, Zaborenko, A, Iudin, E, Markina, A, Perfilov, M

“…Kolmogorov-Arnold Networks represent a recent advancement in machine learning, with the potential to outperform traditional perceptron-based neural networks…”
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Angular correlations in associated top-quark and dark matter production at Large Hadron Collider by Abasov, E, Boos, E, Bunichev, V, Volkov, P, Vorotnikov, G, Dudko, L, Zaborenko, A, Iudin, E, Markina, A, Perfilov, M

“…In the paper, we consider the processes of single top-quark production in association with dark matter particles through the t-channel in simplified models…”
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Search for dark matter mediator in the production of three and four top quarks by Abasov, E, Boos, E, Bunichev, V, Volkov, P, Vorotnikov, G, Dudko, L, Zaborenko, A, Iudin, E, Markina, A, Perfilov, M, Savkova, N

“…In the context of simplified models of dark matter, the contributions of a scalar mediator to top quark production processes are considered. Tree-level and…”
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Four-port network method for obtaining initial approximations in the problems of the thermoacoustic devices designing by Vorotnikov, G.V., Zinovyev, E.A.

“…Today, the parameters of thermoacoustic devices are calculated by linearized equations of the dynamics of viscous heat-conducting gas. Such programs require…”
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A low-temperature thermoacoustic engine by Zinovyev, E.A., Nekrasova, S.O., Vorotnikov, G.V., Dovgyallo, A.I.

“…The article describes the traveling-wave thermoacoustic engine in which the hot heat source is at the ambient temperature (300 K), and the cold heat source has…”
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Standard Model Physics at the HL-LHC and HE-LHC by Nason, P, Zeppenfeld, D, Bella, L. Aperio, Armbruster, A. J, de Blas, J, Bodek, A, Boos, E, Sola, J. D. Bossio, Camarda, S, Campanario, F, Campanelli, M, Cao, Q. -H, Cavaliere, V, Chargeishvili, B, Chen, S. -L, Chen, T, Ciuchini, M, Corcella, G, Cotogno, S, Cruz-Martinez, J. M, Dainese, A, Dang, N. P, Dawson, S, De la Torre, H, Derue, F, Di Ciaccio, L, Di Clemente, W. K, Dünser, M, Ferroglia, A, Figy, T. M, Finelli, K. D, Fiolhais, M. C. N, Frederix, R, Galhardo, B, Ridder, A. Gehrmann-De, Glover, E. W. N, Goodsell, M. D, Govoni, P, Goy, C, Gwenlan, C, Hirschi, V, Hoang, A, Hoepfner, K, Hogan, J. M, Jain, Sa, Kar, D, Kerner, M, Khandoga, M. K, Khanpour, H, Khatibi, S, Khukhunaishvili, A, Lechner, L, Leigh, M, Lelas, D, Les, R, Lidrych, J, Lindert, J. M, Liu, Y, Long, K, Mancini, M, McFayden, J. A, Mikhalcov, S, Najafabadi, M. Mohammadi, Llácer, M. Moreno, Mulders, M, Myska, M, Narain, M, Nisati, A, Pagani, D, Cortezon, E. Palencia, Pedro, K, Pellen, M, Perrozzi, L, Petersen, B. A, Plätzer, S, Price, A. C, Reina, L, Reuter, J, Savin, A, Sawant, S, Schäfer-Siebert, H, Seidel, M, Shears, T, Skovpen, K, Tan, P, Taus, R, Terashi, K, Terron, J, Verzetti, M, Volkov, P, Milosavljevic, M. Vranjes, Vranjes, N, Wiesemann, M, Wu, Y, Xu, T, Yacoob, S, Yazgan, E, Zahreddine, J, Zhu, H. L, Zlebcik, R

“…The successful operation of the Large Hadron Collider (LHC) and the excellent performance of the ATLAS, CMS, LHCb and ALICE detectors in Run-1 and Run-2 with…”
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Opportunities in Flavour Physics at the HL-LHC and HE-LHC by Cerri, A, Gligorov, V. V, Zupan, J, Altmannshofer, W, Anderlini, L, Azzi, P, Banerjee, S, Barton, A. E, Belyaev, I, Benson, S, Birnkraut, A, Borsato, M, Brodzicka, J, Cadamuro, L, Carli, I, Charles, J, Charles, M, Cliff, H, Francisco, O. A. De Aguiar, De Sanctis, U, Deschamps, O, Dettori, F, Dudko, L, Eitschberger, U, Falkowski, A, Fiorendi, S, Fitzpatrick, C, Fox, P. J, Gersabeck, M, Greljo, A, Grohsjean, A, Grossman, Y, Guadagnoli, D, Guo, F. -K, Han, T, Harnik, R, Hiller, G, Hogan, J. M, Hurth, T, Johnson, D, Jurik, N, Kagan, A. L, Kamenik, J. F, Kitahara, T, Klijnsma, T, Knecht, M, Košnik, N, Korytov, A, Langenegger, U, Leonardo, N, Li, Q, Li, T, Ligabue, F, Ligeti, Z, Mahmoudi, F, Marcano, X, Marchand, J. F, Martinelli, M, Mazumdar, K, Mitselmakher, G, Mittnacht, L, Monteil, S, Neri, N, Neubert, S, Oset, E, Ozcelik, O, Palla, F, Passemar, E, Petersen, B. A, Reboud, M, Reimers, A, Reznicek, P, Rosner, J. L, Savin, A, Schlaffer, M, Schmidt, A, Servant, G, Shih, D, Silvestrini, L, Skovpen, K, Soreq, Y, Spradlin, P, Szczepaniak, A. P, Takahashi, Y, Tresoldi, F, Turchikhin, S, Vagnoni, V, Vesterinen, M, Vorotnikov, G, Walder, J, Walkowiak, W, Wang, W, Whitehead, M, Wilkinson, G, Williams, J. M, Williams, M. R. J, Yang, Z, Yazgan, E, Yu, F, Zhang, W

“…Motivated by the success of the flavour physics programme carried out over the last decade at the Large Hadron Collider (LHC), we characterize in detail the…”
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Aromatization of gas condensate gasoline fractions and petrochemical gases on a zeolite-containing catalyst by Rostanin, N. N., Konoval'chikov, L. D., Rostanina, E. D., Vorotnikov, A. G., Nefedov, B. K., Leont'evskii, V. G.

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Application of nonlinear hereditary strain theory to description of stress relaxation in metals, and conversion of relaxation data to creep by Vorotnikov, G. S., Papernik, L. Kh

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Stress relaxation, creep, and uniaxial strain: General and special features by Vorotnikov, G. S., Rovinskii, B. M.

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Catalytic cracking of mixed feeds by Soskind, D. M., Samoilova, N. N., Vorotnikov, A. G., Shlyakhovskii, A. I., Kuznetsova, T. V.

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Comparative evaluation of the results obtained in testing cylindrical and ring-shaped specimens for stress relaxation by Vorotnikov, G. S., Rovinskii, V. M.

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