Description
Konferencja Slow Control Warsaw 2108
BM@N - Baryonic Matter at Nuclotron is a fixed target experiment that is part of NICA (Nuclotron-based Ion Collider fAcility). This experiment is dedicated to study ion collsions to strudy properties of the equation-of state (EoS) of dense nuclear matters. This EoS plasy crutioan role for understanding nature of neutron stars and collapses of supernovae. Data taking in experiment require...
BM@N – (Baryonic Matter at Nuclotron) is a fixed target experiment that is part of NICA (Nuclotron-based Ion Collider fAcility). This experiment is dedicated to study ion collisions to study properties of the EoS (Equation of State) of dense nuclear matters. This EoS plays crutial role for understanding nature of neutron stars and collapses of supernovae.
The BM@N detector have to be properly...
The presentation summarizes the tasked I worked on during my internship in Dubna. It is divided in two parts.
Its first part revolves around Therminator2 software setup. It contains brief explanation of what Therminator2 software is and what it depends on. Moreover it explains what why automated set up is desired. Next solution of encountered problems is described.
The second part concerns...
Radon is a noble gas, therefore after recoil from the lattice, in which radium 226Ra was embedded, relatively easy moves in the fissures and cracks. The half-life of radon is long enough (3.83 days) to enable its movement. In confined spaces such as caves, underground mines or dwellings radon concentrations may sometimes reach high level.
A 8-day dataset from an air soil samples of Radon-222...
Abstract -- Large detectors like ALICE in CERN are often equipped with additional cosmic ray detectors. These detectors are used to obtain information about which tracks inside the detector came from the passage of a particle coming from an atmospheric cascade (eg: muons), and are not as a product of an internal collision. They are also very useful for calibrating detectors such as TOF or TPC....
The designed cooling system must be closed and operate with a liquid and gas cooling carrier. The designed elements include: servo housings, liquid cooler modules and carrier transport profiles. The aim of the project is to adapt and design the required structures to existing dimensions of RACK's, minimize the complexity of individual elements and maximize the ease of their mutual...
In every cabinet rack, many electronic devices are going to be placed, thus it is needed to provide power supply firstly for the rack, where the current would be then distributed to those devices.
In order to supply rack with electrical power, dedicated LabVIEW software was designed, which sets the high logic level for relay outputs in LUMEL SM4 device through RS-232 or RS-485 standard.
Fire extinguishing system development for the Slow Control System. (about Firesi FRS-RACK)
2) Prototype system for temperature measuruments into the ToF-MPD. (about pt100 sensors and National Instruments stuff)
3) Smart relay control (about Lumel devices)
The goal of this paper is to present development of the Intelligent Distribution System (IDS), which connects a number of devices to a three-phase network and balance loading of this network. The main challenge in the IDS project was to meet the requirements for strictly limited dimensions of the device and simultaneously to provide all necessary functionalities, e.g. remote control. The...
ANDROID APPLICATION FOR
NICA COMPLEX MANAGEMENT
The presentation covers description of Inerface of Gas System Control of TOF Detector (Time Of Flight) being a part of multidetector MPD (Multi-Purpose Detector) - a crucial component of NICA Project (Nuclotron-based Ion Collider fAcility). The basic functions and capabilities of the interface will be presented, as well as possible future improvements and extensions.
Development of the mixer module software for the gas system
of the TOF/MPD detector
This project covers of implementation advanced gas control structure for Time of Flight (TOF) detector at Nuclotron-based Ion Collider fAсility (NICA) experiment.
The main part of work focuses on the adaptation of advanced Dynamic Matrix Control (DMC) regulators. The purpose of the control is to maintain the gas pressure at an appropriate level of overpressure relative to atmospheric pressure,...
Development of analysis module software for the gas system of the TOF/MPD detector
In order for the ToF detector to function properly it requires a gas mixture, which is constantly supplied to the system. Due to the gas’ mixture components, more specifically the Tetrafluoroethane, it cannot be released into the atmosphere. Due to its hazardous impact on the environment, the system needs to be closed, allowing the gas circulation.
The returning gas pressure needs to be...
ToF detector needs constant supply with gas mixture and also place to exhaust used gas. It is going to consist of 12 identical parts that would create a dodecahedron around main part of the MPD, each of which is going to be supplied with gas separately with specially dedicated gas system.
The system is designed to be an assembly of a few lesser modules of which mine to work with was a gas...
Robot for measurements in space X Y Z
Laser sensor is part of the scalable magnetic field scanner project that
will be use to measure the homogeneity of field inside main magnet of BM@N detector.
The presentation will show haw sensor works and what are pros and coins of this solutions.
Reporting the topic of student internship (summer 2018)
Programs:
Master Thesis, Bachelor Thesis, Engineering Work, Summer Students, Slow Control System, TeFeNica.
Project: NICA-MPD (Nuclotron-based Ion Collider fAcility-Multi-Purpose Detector)
Cluster Name: Robots in great physical experiments.
Senior Leader: prof. dr hab. Jan Pluta, pluta@if.pw.edu.pl
Leader: prof. dr hab. inż. Adam...
Project was part of TOF-MPD's Slow Control System. The main goal was to develop software and improve algorithms monitor temperature and control the wear of fans used at cooling system the RACK.
Final program is easy scalable and user friendly.
Heat transfer is an very important issue when we are considering electronic circuits, especially in the case of great physical experiments, in which a large number of electronic devices are necessary for the proper functioning of the system, where each of them emits a certain amount of heat.
My task was to perform a heat flow simulation in RACK cabinets in order to predict whether the...
Every electronic device generates heat. If a large number of devices work on limited space, overheating might occur. As detectors can produce inaccurate data, CFD (Computational Fluid Dynamics) thermal simulation might be used to prevent overheating. We can also use CFD method to simulate the flow of gas inside TOF-MPD (Time of Flight – Multi Purpose Detector) so we can choose the best variant...
Overheating electronic elements can causes them to function improperly, because of that measuring and controlling the temperature are major factors in terms of their longevity and reliability. Measurements can be done in discrete approach by using thermometers or by taking images using thermal imager and then analyzing them. In case of utilizing second approach it is easier to measure variety...
...
Setting up the infrastructure and tools to have
a proper validation of the Monte Carlo generators and tunes used in
ALICE. We will need to systematically run the QA jobs for all the MC
generators intended to be used in ALICE and establish common plots and
checks for this QA - which might be different for the different
collision systems. Lateron, we will always run these checks for any
update...
Układ stabilizacji ciśnienia gazu powrotnego w detektorze ToF
Układ stabilizacji ciśnienia gazu powrotnego, w detektorze ToF z wykorzystaniem pompy na łożyskach magnetycznych.
