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Your search keyword '"Milyutkin, V."' showing total 3 results
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3 results on '"Milyutkin, V."'

1. Reducing the Zinc Consumption Coefficient in the Hot-Dip Galvanizing of Electric-Welded Pipes.

Author

Lemberg, I., Grechko, A., Milyutkin, V., and Novikova, O.

Subjects
ZINC compounds, GALVANIZING, ELECTRIC welding, ELECTRICAL engineering, ELECTRIC arc
Abstract

The importance of having an objective and reliable standard for the unit consumption of zinc is demonstrated. A description is given of the different stages in the process of improving the systems currently used to measure zinc use and calculate zinc-consumption items. Results are presented from studies of the magnitude of the effect of different parameters of the production process on actual zinc consumption. [ABSTRACT FROM AUTHOR]

Published
2014
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2. Secondary electron emission chamber for measuring the intensity of slowly extracted beams.

Author

Asanov, V., Grishin, V., Ivanova, N., Kopyrin, A., Koshelev, A., Larionov, A., Luk'yantsev, A., Makonin, S., Matyushin, A., Milyutkin, V., Seleznev, V., Sleptsov, M., Sotnikov, A., and Sytin, A.

Subjects
ELECTRON emission, PROTON beams, PARTICLES (Nuclear physics), PARTICLE accelerators, EXTRACTION (Chemistry), PARTICLE emissions
Abstract

A secondary electron emission chamber for measuring the proton beam intensity in a range of 10-10 protons/s is described. The instrument is used to diagnose intense particle beams extracted from the U-70 accelerator at the Institute for High Energy Physics (IHEP). The design details of the chamber and the features of its production technique are described. The characteristics of the chamber components are presented. [ABSTRACT FROM AUTHOR]

Published
2013
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3. Intensive beam monitors of the FODS spectrometer.

Author

Volkov, A., Efremov, V., Ivanova, N., Kalinin, A., Korablev, A., Koshelev, A., Krinitsyn, A., Kryshkin, V., Kulagin, N., Luk'yantsev, A., Makonin, S., Matyushin, A., Milyutkin, V., Mishagin, Yu., Seleznev, V., Skvortsov, V., Sotnikov, A., Talov, V., and Turchanovich, L.

Subjects
SPECTROMETERS, IONIZATION (Atomic physics), SCINTILLATION spectrometry, DRIFT chambers, THICKNESS measurement, CALIBRATION, PHOTOMULTIPLIERS
Abstract

A monitoring system comprising ionization and scintillation monitors has been developed to measure the intensity and to control the quality of the beam at the FODS spectrometer. The system has been designed for operation with beam intensities of 10-10 particles/s. The characteristics of the system components are presented. [ABSTRACT FROM AUTHOR]

Published
2012
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