V. P. Milyutkin

Pipe Metallurgical (Russia)

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Co-Authors

V.S. Seleznev

Geophysical Survey

A. A. Matyushin

Gidropribor

АВ

А. В. Кошелев

Kurchatov Institute

Natalia Ivanova

University of Alberta

S. V. Makonin

Kurchatov Institute

A.N. Sytin

Dubna State University

N. V. Kulagin

Institute for High Energy Physics

V. V. Talov

Institute for High Energy Physics

ВВ

В. В. Скворцов

Central Aerohydrodynamic Institute

A. Loukiantsev

Cooperative Institutions

Institute for High Energy Physics

Kurchatov Institute

State Research Center of the Russian Federation

Russian Academy of Sciences

Joint Institute for Nuclear Research

Military Academy of Strategic Missile Forces named after Peter the Great

Pipe Metallurgical (Russia)

European Organization for Nuclear Research

Institute of High Energy Physics

University of Alberta

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Upgrading of the beam diagnostic system of U-70 beam transfer lines

arXiv (Cornell University) (2001)

V. Kovaltsov A. Loukiantsev A. A. Matyushin V. P. Milyutkin I. V. Romanov

The beam diagnostic system of U-70 beam transfer lines (beam profiles, intensity and beam losses measurements) was designed in the beginning of 80-th on the base of 8-bit microprocessor, SUMMA hardware and home made serial communication link. Because of the maintenance problems the decision was taken to upgrade the hardware and software parts of the system.

Upgrade

Microprocessor

10.48550/arxiv.physics/0111080

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UPGRADING OF THE BEAM DIAGNOSTIC SYSTEM OF U-70 BEAM TRANSFER LINES

Accelerator and Large Experimental Physics Control Systems (2001)

V. Kovaltsov A. Loukiantsev A. A. Matyushin V. P. Milyutkin I. V. Romanov

The beam diagnostic system of U-70 beam transfer lines (beam profiles, intensity and beam losses measurements) was designed in the beginning of the 80s based on an 8-bit microprocessor, SUMMA hardware and a home made serial communication link. Because of maintenance problems the decision was taken to upgrade the hardware and software parts of the system. The main implemented features of the modernized system are: • at the console level – Sun SPARC Station (Solaris 2.5.1) and PC (Linux, Windows NT, eXceed); • at the front-end level – VME crates with MVME 167 CPUS running VxWorks and microcontroller based VME modules; • at the application level – the process control and data acquisition toolkit EPICS. The architecture of the upgraded system, the first experience of its usage in U-70 accelerator run and possibility of integration the beam diagnostics into the common beam lines controls are discussed.

VMEbus

Upgrade

Microprocessor

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Citations (2)

Secondary electron emission chamber for measuring the intensity of slowly extracted beams

Instruments and Experimental Techniques (2013)

V. N. Asanov V. Grishin Natalia Ivanova A. A. Kopyrin А. В. Кошелев

Intensity

10.1134/s0020441213030172

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Citations (1)

NUCLEAR EXPERIMENTAL TECHNIQUE Intensive Beam Monitors of the FODS Spectrometer

A. A. Volkov V. P. Efremov Natalia Ivanova A. V. Korablev А. В. Кошелев

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Intensive beam monitors of the FODS spectrometer

Instruments and Experimental Techniques (2012)

А. А. Волков V. P. Efremov Natalia Ivanova A. Kalinin A. V. Korablev

Intensity

10.1134/s0020441212010307

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Citations (3)

USER INTERFACE IN THE DIAGNOSTIC SYSTEM OF THE EXTRACTED BEAMS OF THE U-70 ACCELERATOR

V. P. Milyutkin Alexey Sotnikov

User interface in the diagnostic system of extracted beams is described. It was developed under Linux operating system on the personal computers used as workstations. The considered program tools provide: • the representation on operator consoles (workstations) information about beam profiles, intensity, displacement, root-mean-square error etc. in different forms; • the dynamic adjustment of the diagnostic system; • web presentation of the current information about the extracted beams; • data transfer to physical setups; • special beam characteristics calculation by the profilometer individual units data (for research purposes); • data archiving and web facilities for data viewing.

Workstation

Interface (matter)

Representation

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

Metallurgist (2014)

I. N. Lemberg A. A. Grechko V. P. Milyutkin O. N. Novikova

Consumption

10.1007/s11015-014-9965-4

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