Примеры использования NICA collider на Английском языке и их переводы на Русский язык
{-}
-
Official
-
Colloquial
Commissioning of the Heavy Ion Linac of the NICA Collider Injection Chain A.
The purpose of the work was the verification of the protons and deuterons polarization control scheme in the NICA collider.
As for equipment for the NICA collider complex, it will be produced in Russia and abroad.
Putting the SPD start-up configuration into operation at the NICA collider-- 2023.
The NICA collider is an ambitious project aimed at exploring the properties of baryonic matter and the Quark-Gluon Plasma.
Authors of the most interesting answers will be awarded the unique prize- the excursion to the NICA collider in Dubna!
Chinese colleagues were deeply impressed by the visit to the plant that produces magnetic elements for the NICA collider that is under construction in JINR, and by the visit to the FAIR facility(GSI, Darmstadt) in building 217 of VBLHEP as well.
Kunchenko told the participants about a top-priority mega-science project being implemented on the territory of Russia- the NICA collider.
Seminar topic:«Numerical simulation of proton and deuteron polarization in the NICA collider at spin transparency mode» report on the work done.
A new Agreement between the Government of the Russian Federation andJINR which gave impetus to the implementation of the mega-science project NICA Collider was signed.
Avni Aksoy was acquainted with the construction site of the NICA collider, visited the Factory of Superheavy Elements, the training linear accelerator and the Scientific and Engineering Practicum of the JINR University Centre.
Later, the guests visited the VBLHEP site,where they were acquainted with the construction progress of the NICA Collider and the factory of superconducting magnets.
In particular, successful development of the NICA collider is underway, construction of the unique Superheavy Elements Factory and the spectrometer complex of the recently modernized IBR-2 reactor are being completed.
The technology of radiation-transparent vertex detectors also turned out to be necessary for the NICA collider complex, which is now under construction.
Kunchenko, a specialist of the Research and Experimental Department of superconducting magnets and technologies told the students about the Synchrophasotron and Nuclotron accelerators, and also showed them the hall where they built andtest magnets for the NICA collider.
At the NICA collider that is under construction in the Veksler and Baldin Laboratory of High Energy Physics at one of the two beams cross points there will be the experimental facility MPD(Multi-Purpose Detector) aimed at analysis of heavy ion collisions in the field of large baryon density never studied before.
The PAC takes note of the proposal of the project“MultiPurpose Detector to study properties of hot anddense baryonic matter at the NICA collider(MPD)”, presented by V.
For the first time at MSU premises JINR presented the mock-ups of flagship projects, namely:the replicas of multifunctional detector from the NICA collider, which is under construction, of heavy-ion cyclotron U-400 and of IBR-2 reactor, the miniature of the deep-submergence neutrino telescope used in the Baikal experiment as well as the calorimeter, used in the COMPASS experiment in order to study the structure and spectroscopy of hadrons.
Specialist of the Research and Experimental Department of superconducting magnets andtechnologies O. Kunchenko spoke to the visitors about the legendary accelerator- Synchrophasotron, and the NICA collider.
And furthermore, everything possible was done to allow the Russian Federation to realize its intention of additional support of construction of the NICA collider, regardless of the country's membership contribution.
At the 33rd World Conference on Science Parks and Areas of Innovation(IASP) Minister of Education and Science Olga Vasilieva invited the countries of the Eurasian economic Union(EAU)to participate in the project of the NICA collider.
In accordance with the programme, Mr. Yang visited the JINR sites and got acquainted with the major directions and results of activities of the JINR's five laboratories- FLNP, FLNR, DLNP, LRB, VBLHEP,including the progress on the implementation of the flagship project of JINR- the NICA Collider.
At present, JINR is the largest international scientific centre, where the world-class projects are being implemented, cooperation with the BRICS countries is expanding, the factory of superheavy ionsis being built and a mega project has been started- the NICA collider is being established.
Please get acquainted with a video version of the festive evening on the occasion of the JINR's 60th anniversary which was held on 26 March 2016, as well as a video of a lecture of 2004 Nobel Prize Laureate in Physics David Gross«QCD- a Perfect and Beautiful Theory»on the occasion of the First stone laying ceremony for the NICA collider complex.
The flagship project of JINR- the superconducting heavy ion collider NICA- was presented in details.
Much attention was attended to the innovative area:the session discussed a programme of applied research on the future collider NICA.
More specified excursion were held in the Veksler and Baldin Laboratory of High Energy Physics at the constructed collider NICA and production of superconducting magnets.
With this purpose in 2008 a project NICA(Nuclotron-based Ion Collider fAcility) was launched.
Research is successfully conducted at the Institute on the project of the new superconducting collider NICA, as well as in establishment of the heavy ion complex DRIBs-III.
Works under Nuclotron-M Project are being performed successfully,which is to be the basis for new Superconductive Collider NICA, as well as works on creation of heavy ions Complex DRIBs-II.