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Your search keyword '"Litvinov, A.E."' showing total 22 results
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22 results on '"Litvinov, A.E."'

1. Radiation tolerance testing of piezoelectric motors for ITER (first results)

Author

Mukhin, E.E., Nelyubov, V.M., Yukish, V.A., Smirnova, E.P., Solovei, V.A., Kalinina, N.K., Nagaitsev, V.G., Valishin, M.F., Belozerova, A.R., Enin, S.A., Borisov, A.A., Deryabina, N.A., Khripunov, V.I., Portnov, D.V., Babinov, N.A., Dokhtarenko, D.V., Khodunov, I.A., Klimov, V.N., Razdobarin, A.G., Alexandrov, S.E., Elets, D.I., Bazhenov, A.N., Bukreev, I.M., Chernakov, An.P., Dmitriev, A.M., Ibragimova, Y.G., Koval, A.N., Kurskiev, G.S., Litvinov, A.E., Nikolaenko, K.O., Samsonov, D.S., Senichenkov, V.A., Smirnov, R.S., Tolstyakov, S.Yu., Tereschenko, I.B., Varshavchik, L.A., Zhiltsov, N.S., Mokeev, A.N., Chernakov, P.V., Andrew, P., and Kempenaars, M.

Published
2022
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4. Express risk assessment at engineering enterprises using neural networks

Author

Novikov V. V., Litvinov A.E., Bajina T.P., and Yakunkina O.V.

Subjects
Environmental sciences, GE1-350
Abstract

Occupational safety risk management at mechanical engineering enterprises is a dynamic process of making and implementing decisions that minimize or reduce the risks of death, injury or illness of people in the performance of their duties.

Published
2023
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5. RF plasma cleaning of water-cooled mirror equipped with notch filter based on shorted λ/4 line

Author

Dmitriev, Artem M., Babinov, N.A., Bazhenov, A.N., Bukreev, I.M., Elets, D.I., Filimonov, V.V., Koval, A.N., Kueskiev, G.S., Litvinov, A.E., Mikhin, E.E., Razdobarin, A.G., Samsonov, D.S., Senitchenkov, V.A., Solovei, V.A., Terechenko, I.B., Tolstyakov, S. Yu., Varshavchik, L.A., Chernakov, P.V., Chernakov, Al.P., Chernakov, An.P., Tugarionov, S.N., Shigin, P.A., Leipold, F., Reichle, R., Walsh, M., and Pflug, A.

Published
2019
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9. Drum brake energy management

Author

Litvinov, A.E., Polyakov, P.A., and Polyakova, E.A.

Abstract

The paper proposes an air multi-jet cooling system, mounted in the block drum-shoe brake of a vehicle. A method for controlling the energy load of a friction unit of a drum-shoe type using its cooling by the ejector system is proposed. The load and heat fluxes in the friction unit of the advanced drum-shoe type brake device are analyzed.

Published
2020
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11. Reducing the thermal load of the drum-shoe brake

Author

Litvinov, A.E., Polyakov, P.A., Polyakova, E.A., Tagiev, R.S., Golikov, A.A., Zadayanchuk, N.A., and Kuznetsov, K.G.

Abstract

In the work, a liquid cooling system mounted in the block of a drum-shoe brake of a vehicle is proposed. A method for calculating the temperature of the outer surface of the rim of the brake drum is proposed. The dependence of the thickness of the rim on the temperature of the outer surface of the rim of the brake drum is given.

Published
2020
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12. Method for evaluating hazardous conditions of a lubrication system

Author

Fedotov, E.S., Tagiev, R.S., Litvinov, A.E., and Golikov, A.A.

Abstract

The most important parameter evaluating the technical condition of power plants is directly the pressure in the lubrication system. At various operating modes of power plants, emergency conditions may occur, accompanied by a resonant change in the pressure in the lubrication system. This article describes one of the possible methods for assessing the operating mode of the lubrication system of power units. The analysis of control methods and measures to identify dangerous operating conditions of the lubrication system is presented.

Published
2020
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14. Effect of oil pressure in the engine lubrication system on friction losses

Author

Fedotov, E.S., Shevtsov, Yu.D., Litvinov, A.E., and Golikov, A.A.

Abstract

The purpose of the lubrication system of an internal combustion engine is to provide optimal conditions for the formation of an oil film in all friction pairs, such as a piston-cylinder, piston rings-cylinder, main and connecting rod bearings, etc. The oil film is designed to minimize wear of elements while ensuring the smallest possible friction loss. The lack of continuity of the oil film, and therefore the boundaries or mixed friction conditions, obviously have a negative effect on friction losses. Nevertheless, a continuous oil film, depending on the conditions of its formation, can be characterized by different values of friction losses. One of the factors that can affect the conditions for the formation of an oil film is the amount of oil pressure in the lubrication system. The article presents the results of studies on friction losses carried out on an engine test bench. The study consisted of measuring the torque of an internal combustion engine using an electric machine, which is the source of the load on the internal combustion engine.

Published
2020
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19. Tokamak research at the Ioffe Institute

Author

Bakharev, N.N., primary, Abdullina, G.I., additional, Afanasyev, V.I., additional, Altukhov, A.B., additional, Askinazi, L.G., additional, Babinov, N.A., additional, Bazhenov, A.N., additional, Belokurov, A.A., additional, Blekhshtein, M.D., additional, Bondarchuk, E.N., additional, Bukreev, I.M., additional, Bulanin, V.V., additional, Chernakov, An.P., additional, Chernyshev, F.V., additional, Chugunov, I.N., additional, Dmitriev, A.M., additional, Doinikov, D.N., additional, Dyachenko, V.V., additional, Esipov, L.A., additional, Gin, D.B., additional, Gorbunov, A.V., additional, Gurchenko, A.D., additional, Gusakov, E.Z., additional, Gusev, V.K., additional, Heuraux, S., additional, Iliasova, M.V., additional, Irzak, M.A., additional, Kamenshikov, S.N., additional, Kavin, A.A., additional, Khilkevitch, E.M., additional, Khromov, N.A., additional, Kiselev, E.O., additional, Kiviniemi, T.P., additional, Kobelev, A.A., additional, Kornev, V.A., additional, Koval, A.N., additional, Kouprienko, D.V., additional, Krikunov, S.V., additional, Krutkin, O.L., additional, Kurskiev, G.S., additional, Lashkul, S.I., additional, Lebedev, S.V., additional, Lechte, C., additional, Leerink, S., additional, Litvinov, A.E., additional, Lobanov, K.M., additional, Masyukevich, S.V., additional, Martynov, A.A., additional, Medvedev, S.Yu., additional, Melnik, A.D., additional, Minaev, V.B., additional, Mineev, A.B., additional, Mironov, M.I., additional, Miroshnikov, I.V., additional, Mukhin, E.E., additional, Naidenov, V.O., additional, Navolotsky, A.S., additional, Nesenevich, V.G., additional, Niskala, P., additional, Novokhatskii, A.N., additional, Oshuev, K.Yu., additional, Patrov, M.I., additional, Petrov, A.V., additional, Petrov, M.P., additional, Petrov, S.Ya., additional, Petrov, Yu.V., additional, Polunovsky, I.A., additional, Popov, A.Yu., additional, Razdobarin, A.G., additional, Razumenko, D.V., additional, Rozhdestvensky, V.V., additional, Sakharov, N.V., additional, Samsonov, D.S., additional, Saveliev, A.N., additional, Senichenkov, V.A., additional, Shchegolev, P.B., additional, Shevelev, A.E., additional, Sladkomedova, A.D., additional, Smirnov, A.I., additional, Smirnov, A.S., additional, Solokha, V.V., additional, Solovei, V.A., additional, Stepanov, A.Yu., additional, Telnova, A.Yu., additional, Tokarev, V.A., additional, Tolstyakov, S.Yu., additional, Tretinnikov, P.V., additional, Tereschenko, I.B., additional, Tukachinsky, A.S., additional, Tukhmeneva, E.A., additional, Varfolomeev, V.I., additional, Varshavchick, L.A., additional, Yashin, A.Yu., additional, Zhilin, E.G., additional, and Zhubr, N.A., additional

Published
2019
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20. Integration of Thomson scattering and laser-induced fluorescence in ITER divertor

Author

Mukhin, E.E., primary, Kurskiev, G.S., additional, Gorbunov, A.V., additional, Samsonov, D.S., additional, Tolstyakov, S.Yu., additional, Razdobarin, A.G., additional, Babinov, N.A., additional, Bazhenov, A.N., additional, Bukreev, I.M., additional, Dmitriev, A.M., additional, Elets, D.I., additional, Koval, A.N., additional, Litvinov, A.E., additional, Masyukevich, S.V., additional, Senitchenkov, V.A., additional, Solovei, V.A., additional, Tereschenko, I.B., additional, Varshavchik, L.A., additional, Kukushkin, A.S., additional, Khodunov, I.A., additional, Levashova, M.G., additional, Lisitsa, V.S., additional, Vukolov, K.Yu., additional, Berik, E.B., additional, Chernakov, P.V., additional, Chernakov, Al.P., additional, Chernakov, An.P., additional, Zatilkin, P.A., additional, Zhiltsov, N.S., additional, Krivoruchko, D.D., additional, Skrylev, A.V., additional, Mokeev, A.N., additional, Andrew, P., additional, Kempenaars, M., additional, Vayakis, G., additional, and Walsh, M.J., additional

Published
2019
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21. In situmonitoring hydrogen isotope retention in ITER first wall

Author

Mukhin, E.E., primary, Andrew, P., additional, Anthoine, A.D., additional, Bazhenov, A.N., additional, Barnsley, R., additional, Bukreev, I.M., additional, Bukhovets, V.L., additional, Chernakov, A.P., additional, Gorodetsky, A.E., additional, Kochergin, M.M., additional, Koval, A.N., additional, Kukushkin, A.B., additional, Kukushkin, A.S., additional, Kurskiev, G.S., additional, Levashova, M.G., additional, Litvinov, A.E., additional, Litunovsky, V.N., additional, Markin, A.V., additional, Mazul, I.V., additional, Masyukevich, S.V., additional, Miroshnikov, I.V., additional, Nemov, A.S., additional, Novokhatsky, A.N., additional, Razdobarin, A.G., additional, Sherstnev, E.V., additional, Samsonov, D.S., additional, Semenov, V.V., additional, Smirnov, A.S., additional, De Temmerman, G., additional, Tolstyakov, S.Yu., additional, Zalavutdinov, R.Kh., additional, and Walsh, M.J., additional

Published
2016
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22. RF discharge forin situmirror surface recovery in ITER

Author

Razdobarin, A.G., primary, Dmitriev, A.M., additional, Bazhenov, A.N., additional, Bukreev, I.M., additional, Kochergin, M.M., additional, Koval, A.N., additional, Kurskiev, G.S., additional, Litvinov, A.E., additional, Masyukevich, S.V., additional, Mukhin, E.E., additional, Samsonov, D.S., additional, Semenov, V.V., additional, Tolstyakov, S.Yu., additional, Andrew, P., additional, Bukhovets, V.L., additional, Gorodetsky, A.E., additional, Markin, A.V., additional, Zakharov, A.P., additional, Zalavutdinov, R.Kh., additional, Chernakov, P.V., additional, Chernoizumskaya, T.V., additional, Kobelev, A.A., additional, Miroshnikov, I.V., additional, and Smirnov, A.S., additional

Published
2015
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