Cryogenic and Superconductive Techniques Laboratory

High Energy Physics Division of St. Petersburg Nuclear Physics Institute.
  • Home
  • Home
  • News
  • Meetings
    • 2019 – Prefer workshop
    • 2012 – ANKE-PAX
    • 2011 – PSTP
    • 2010 – Juelich PolFusion
  • Projects
    • NICA Gas systems
      • TPC MPD gas system
    • PolFusion – polarized dd-fusion experiment
      • Abstract
    • MuSun – muon capture
      • MuSun abstract
      • Cryogenic time projection chamber
      • Cooling system for Cryo-TPC
    • Deuterium Removal Unit (DRU)
    • CHUPS – Circulating Hydrogen Ultrahigh Purification System
      • Main parameters
      • Structure
      • Control and Data Acquisition
      • Principles of operation
      • Documents and drawings
    • CELGAS – Nuclear Polarisation in Molecular Hydrogen
      • Project summary
      • Documents and drawings
    • Atomic Beam Source
      • Abstract
    • STAR Gas Systems
      • STAR TPC Gas System
        • General description
        • Perfomance of the system
        • Gas system Upgrade
        • Documentation
      • STAR TOF Gas System
    • PHENIX Gas Systems
      • Drift Chamber / Pad Chamber
      • Time Expansion Chamber / Transition Radiation Detector
      • Muon IDentifier
      • Muon TRacker
      • Time Of Flight
      • Hadron Blind Detector
      • Resistive Pad Chambers Detector
    • CBM Gas Systems
      • RICH
    • CO2 Purification System
      • Structure
      • Purification
      • Regeneration
    • Cooling systems for HERMES experiment
      • Cooling system for Lambda wheels silicon detector
  • Instruments
    • Slow control modular DAQ system
      • DAQ32 module
      • AICS module
    • Magnetometer
    • Supercoductive coils power supply
      • Introduction
      • Power supply
      • Control board
      • Controller software
      • Serial protocol
      • Memory map
    • Alarm/Interlock system
      • Introduction
      • Alarms handling
      • PC software and alarms configuration
      • Analog Inputs test
    • Temperature monitor
      • Introduction
      • Controller software
      • Serial protocol
      • Memory map
      • PC software
  • Publications
    • Papers
    • Preprints
    • PNPI annual reports
    • Conferences
    • PhD theses
  • People
    • Vasilyev Alexander
    • Kotchenda Leonid
    • Trofimov Victor
    • Kravtsov Peter
    • Vznuzdaev Marat
  • Internal
    • Library
RSS
  • google.com  Google
  • bobrdobr.ru  BobrDobr
  • del.icio.us  del.icio
  • technorati.com  Techno
  • linkstore.ru  linkstore
  • news2.ru  news2
  • rumarkz.ru  RuMarkz
  • memori.ru  Memori
  • moemesto.ru  MoeMesto
  • smi2.ru  smi2
  • twitter.com  Twitter
  • Яндекс закладки  Yandex
  • text20.ru  text20
  • RuSpace  RuSpace
  • mister-wong  wong
  • toodoo  toodoo

PhD theses

pdf Cryogenic targets in nuclear physics experiments (in russian)
Thesis
A. Vasilyev. 04.10.2001.

pdf Control and data acquisition systems for the gas systems of STAR, PHENIX experiments and ANKE polarized target (in russian)
Thesis
P. Kravtsov. 06.06.2002.

pdf Polarized atomic beam source development and investigation (in russian)
Thesis
M. Mikirtychiants. 20.02.2003.

pdf Electronic automatization facilities in the nuclear physics experiments (in russian)
Thesis
V. Trofimov. 01.02.2007.

pdf Creation of the polarized hydrogen/deuterium target for the ANKE experiment at COSY (in russian)
Thesis
K. Grigoryev. 04.10.2007.

Categories: Tags:

Structure

  • Home
  • News
  • Meetings
    • 2019 – Prefer workshop
    • 2012 – ANKE-PAX
    • 2011 – PSTP
    • 2010 – Juelich PolFusion
  • Projects
    • NICA Gas systems
      • TPC MPD gas system
    • PolFusion – polarized dd-fusion experiment
      • Abstract
    • MuSun – muon capture
      • MuSun abstract
      • Cryogenic time projection chamber
      • Cooling system for Cryo-TPC
    • Deuterium Removal Unit (DRU)
    • CHUPS – Circulating Hydrogen Ultrahigh Purification System
      • Main parameters
      • Structure
      • Control and Data Acquisition
      • Principles of operation
      • Documents and drawings
    • CELGAS – Nuclear Polarisation in Molecular Hydrogen
      • Project summary
      • Documents and drawings
    • Atomic Beam Source
      • Abstract
    • STAR Gas Systems
      • STAR TPC Gas System
        • General description
        • Perfomance of the system
        • Gas system Upgrade
        • Documentation
      • STAR TOF Gas System
    • PHENIX Gas Systems
      • Drift Chamber / Pad Chamber
      • Time Expansion Chamber / Transition Radiation Detector
      • Muon IDentifier
      • Muon TRacker
      • Time Of Flight
      • Hadron Blind Detector
      • Resistive Pad Chambers Detector
    • CBM Gas Systems
      • RICH
    • CO2 Purification System
      • Structure
      • Purification
      • Regeneration
    • Cooling systems for HERMES experiment
      • Cooling system for Lambda wheels silicon detector
  • Instruments
    • Slow control modular DAQ system
      • DAQ32 module
      • AICS module
    • Magnetometer
    • Supercoductive coils power supply
      • Introduction
      • Power supply
      • Control board
      • Controller software
      • Serial protocol
      • Memory map
    • Alarm/Interlock system
      • Introduction
      • Alarms handling
      • PC software and alarms configuration
      • Analog Inputs test
    • Temperature monitor
      • Introduction
      • Controller software
      • Serial protocol
      • Memory map
      • PC software
  • Publications
    • Papers
    • Preprints
    • PNPI annual reports
    • Conferences
    • PhD theses
  • People
    • Vasilyev Alexander
    • Kotchenda Leonid
    • Trofimov Victor
    • Kravtsov Peter
    • Vznuzdaev Marat
  • Internal
    • Library
  • Categories

    • category (0)

    Links

    • ANKE
    • BNL
    • MuSun
    • PAX
    • PHENIX
    • PSI
    • RHIC
    • STAR

    Meta

    • Write new post
    • Log in

    Recent Posts


    Top Cryogenic and Superconductive Techniques Laboratory
    Copyright © 2002 - , Cryogenic and Superconductive Techniques Laboratory
    Powered by WordPress, based on the theme by NeoEase.