Joint Institute for Nuclear Reactions
Author in the following contributions
- Naming and Numbering Convention for the Equipment Database of the NICA project.
- Time synchronization of electronic devices in RACKs NICA-MPD-PLATFORM using GPS NI-9467-c-RIO
- Heat simulations for the pxi module and rack 42u
- Heat transfer simulation of the MPD-TPC detector
- Fire extinguishing unit software development for the Slow Control system of the MPD-ToF detector
- Temperature sensors for controlling the drive in NiMyRIO technology
- Analyzing the thermal images taken by Fluke TiS20 thermal imager
- Design of cooling system for equipment installed in RACK's 42U 19"
- Heat transfer simulation of the BM@N -STS detector
- Optical gate of asynchronous work interruptions of the measuring system with acoustic signaling in NIMyRIO technology
- Upgrade of the MPD/TOF Test Stand Gas System and Control Software
- XYZ Scanner for magnetic field studies
- Conception and development of the system for the magnetic field strength measurement in the NICA-MPD PLATFORM surroundings created using NI myRIO technology
- Monitoring and stabilistation of the test laboratory enviornment Time od Flight for NICA - MPD - PLATFORM
- Design and Implementation of a control and measurement system for testing the quality of Fiber Optic Tracks for the Slow Control System of the BM@N and MPD-NICA experiment
- Development of visualisation for MPD experiment
- Quality Assurance of particle collision simulation in MPDRoot
- Modelling Au-Au collisions in NICA collider energy spectrum using MPD programming environment
- Development and optimization of mpdroot software
- Managing large scale computing for MPD experiment
- Integration of the Therminator model with the MpdRoot environment
- Application of PROOF system to optimization processes of physical analysis for the MPD experiment
- Development and optimization of detector visualization and MPD data
- The demonstrator of Cosmic Ray Detector (MCORD) for the MPD detector.
- The dosimetry protection of the MPD Electronic Equipment at the new NICA Collider – the prototype system
- Implementation of algorithms for reconstruction and identification of baryons, including strange baryons, in MPD experiment
- Particle identification based on combined information from ToF and TPC
- Cable tester design for NICA-MPD Platform
- Embedded data processing using NI MyRIO and LabVIEW for magnetic field measurements
- Setup of the heat transfer inside the TOF-MPD detector
- Naming and numbering application development for Equipment Database
- Analysis of background radiation with a scintillation counter
- α, β, γ radiation monitoring in the working area of the MPD Slow Control electronic equipment.
- Status of the Temperature Stabilisation System for NICA-MPD
- The prototype of an air based cooling system for the Slow Control System of the MPD-TOF detector
- R&D of the r, φ scanner mechanical construction for the scintillator detector background radiation measurements
- Integration of temperature monitoring software inside the Master and Slave 19 ” RACK cabinets for the Slow Control System of the MPD-TOF detector
