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Отображение результатов 10 до 29 из 87 < назад   дальше >
Дата публикацииНазваниеАвторы
2021Mathematical Modeling of Crystallization Process from a Supercooled Binary MeltMakoveeva, E.; Alexandrov, D.; Ivanov, A.
2013Mathematical modeling of development and reconciling cooperation programs between natural monopoly and regional authoritiesVikharev, S.
2013Mathematical modeling of solidification process near the inner core boundary of the EarthAlexandrov, D. V.; Malygin, A. P.
2021Mathematical modeling of the growth of ellipsoidal crystals in metastable melts and solutionsNikishina, M. A.; Alexandrov, D. V.
2012Modeling heat-and-mass exchange processes in the Vanyukov furnace in specific operational conditionsLisienko, V. G.; Malikov, G. K.; Morozov, M. V.; Belyaev, V. V.; Kirsanov, V. A.
2013Modeling of the thermal operation of a high-capacity glassmaking furnaceDzyuzer, V. Y.; Shvydkii, V. S.; Sadykov, E. B.
2013The modelling of migratory flows into the regionOgorodnikov, P. I.; Makarova, N. A.
2020Novel rotor design for high-speed flux reversal motorDmitrievskii, V.; Prakht, V.; Kazakbaev, V.
2019On the modeling of water obstacles overcoming by Rangifer tarandus LMalygina, N. V.; Surkov, P. G.
2022On the Theory of Unsteady-State Operation of Bulk Continuous CrystallizationMakoveeva, E. V.; Alexandrov, D. V.; Ivanov, A. A.
2019Optimal design of a novel three-phase high-speed flux reversal machinePrakht, V.; Dmitrievskii, V.; Kazakbaev, V.; Oshurbekov, S.; Ibrahim, M. N.
2020Optimal design of gearless flux-switching generator with ferrite permanent magnetsPrakht, V.; Dmitrievskii, V.; Kazakbaev, V.
2020Optimum design of high-speed single-phase flux reversal motor with reduced torque rippleDmitrievskii, V.; Prakht, V.; Kazakbaev, V.; Golovanov, D.
2023Prediction of Occupational Fluorosis in Aluminum Production Workers in View of ComorbiditiesBudkar, L. N.; Gurvich, V. B.; Obukhova, T. Yu.; Solodushkin, S. I.; Ilyina, M. I.; Shmonina, O. G.; Karpova, E. A.; Chubikova, K. S.; Mordas, E. Yu.
2012Silver nanoparticles electrooxidation: Theory and experimentBrainina, Kh. Z.; Galperin, L. G.; Kiryuhina, T. Yu.; Galperin, A. L.; Stozhko, N. Yu.; Murzakaev, A. M.; Timoshenkova, O. R.
2013Simulation of the solidification of the melt in the Vanyukov furnace in the case of emergency stoppageLisienko, V. G.; Malikov, G. K.; Morozov, M. V.; Belyaev, V. V.; Kirsanov, V. A.
2022Simulation of two-phase air–liquid flows in a closed bioreactor loop: Numerical modeling, experiments, and verificationNizovtseva, I. G.; Starodumov, I. O.; Schelyaev, A. Y.; Aksenov, A. A.; Zhluktov, S. V.; Sazonova, M. L.; Kashinsky, O. N.; Timkin, L. S.; Gasenko, V. G.; Gorelik, R. S.; Chernushkin, D. V.; Oshkin, I. Y.
2023Steam Gasification in a Fluidized Bed with Various Methods of In-Core Coal TreatmentAbaimov, N.; Ryzhkov, A.; Tuponogov, V.; Simbiriatin, L.; Dubinin, A.; Ding, L.; Alekseenko, S.
2022Stochastic generation and suppression of early afterdepolarizations in a three-dimensional model of cardiac action potentialSlepukhina, E.; Bashkirtseva, I.; Kügler, P.; Ryashko, L.
2020Tumor stabilization induced by T-cell recruitment fluctuationsBashkirtseva, I.; Ryashko, L.; López, Á. G.; Seoane, J. M.; Sanjuán, M. A. F.