Dr.
Nataliya Topilskaya
(Institute for Nuclear Research RAS)
05/10/2017, 10:25
Using the multi-TeV LHC proton and lead beams in a fixed target experiment (Project AFTER) has an advantage for investigation of rare processes of particle production and polarization phenomena. Within the framework of the project it is planned to determine the parameters necessary for the analysis of cosmic rays and neutrino astrophysics, a detailed study of processes of quarkonia...
Mr.
Sergey Morozov
(INR/MEPhI)
05/10/2017, 10:45
The fixed target experiment NA61/SHINE at CERN SPS is aimed to study the onset of deconfinement and searching for the critical point of strongly interacting matter. A segmented hadron calorimeter - the Projectile Spectator Detector (PSD) - is used in NA61 experiment to determine a collision centrality and to reconstruct an event plane orientation in collisions of nuclei. The PSD gives a...
Mr.
Viktar Kireyeu
(JINR)
05/10/2017, 11:05
We report on the results on the dynamical modelling of cluster formation with
the new combined PHQMD+FRIGA model at Nuclotron and NICA energies.
The FRIGA clusterisation algorithm, which can be applied to the transport
models, is based on the simulated annealing technique to obtain the most
bound configuration of fragments and nucleons.
The PHQMD+FRIGA model is able to predict isotope...
Dr.
Tatsuhiko Ogawa
(Research Group for Radiation Transport Analysis, Division of Environment and Radiation Sciences, Nuclear Science and Engineering Center, Japan Atomic Energy Agency)
05/10/2017, 11:25
The Cosmic ray heavy ions interacting with the nuclei in the atmosphere produce various secondary particles such as nucleons, nuclear clusters, fragments, mesons, and prompt gamma-rays. Some of the recent experiments focus on the coincidence measurement of the prompt gamma-rays emitted in the interaction of heavy ions and atmosphere.
A number of simulation codes have been developed for...
Ms.
Vasilisa Lenivenko
(JINR)
05/10/2017, 11:45
BM@N experiment tracking system consist of Multiwire Proportional chambers, Gas Electron Multiplier (GEM) and Drift Chambers. It is used for trajectories reconstruction of charged particles. GEM detector is located inside the magnet and plays crucial role in track reconstruction. Algorithm of track reconstruction is described. GEM detector performance (efficiency and spatial resolution) is presented.
Mr.
M Martemianov
(ITEP)
,
Dr.
V Kulikov
(NRC Kurchatov Institute - ITEP)
05/10/2017, 12:00
Differential cross sections of nuclear fragment production at 3.5 degrees for 12C fragmentation at 0.95 GeV/nucleon on a Be target were measured with beam-line spectrometer in the FRAGM experiment at the TWA–ITEP heavy ion accelerator [1]. The fragments from proton to carbon isotopes have been identified by correlation measurement of time-of-flight and ionization losses in scintillation...
