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Moseiko, N.

Paper Title Page
MODP30

 Enhancement Of Vacuum Monitoring System Of KCSR Accelerator Facility 

  • Y.Krylov, K.Kouznetsov, L.Ģīseiko, N.Ģīseiko, Y.Yupinov
    RRC Kurchatov Institute, Moscow, Russia

The vacuum monitoring system of Kurchatov Center of Synchrotron Radiation is built on current measuring of sputter ion pumps mounted over vacuum chambers of accelerating units. Measuring hardware designed in INP SB RAS is using CAMAC standard and has been operating for a decade now. Hardware upgrade is accomplished by installing a PC workstation, connected through CAN bus to an in-house crate controller. Developed software comprises three levels. Firstly, there is a low-level program running inside the crate controller under RTX-166 operational system. Secondly, we have SQL Server database with client program, whose function is to create the queries at workstation side. And finally there are high-level applications running over network needed to display a current facility status and a data processing.

264

MONO03

 The Accelerator Complex Work In Kurchatov Center Of Synchrotron Radiation 

  • D.Brekhov, V.Leonov, V.Korchuganov, M.Kovalchuk, Yu.Krylov, V.Moiseev, N.Moseiko, D.Odintsov, V.Ushkov, A.Valentinov, Yu. Yupinov
    RRC Kurchatov Institute, Moscow, Russia

An electron-positron collider VEPP-4M is under operation now at BINP. The main goal of the present run is the precise measurement of mass of y -family resonances and t -lepton with the help of resonant depolarization technique. The status and recent results of the experiment are reviewed.