Event calendar file
6-9 July 2015
Moscow, Troitsk
Europe/Moscow timezone
Afternoon Session 8 July/D
Place
Location: Moscow, Troitsk
Address: Children School of Arts, Oktyabr'skij prospekt, 12
Date:
8 Jul 16:40 - 18:20
Conveners
-
- Musienko, Yuri (INR RAS (Moscow)/University of Notre Dame (Notre Dame))
Timetable | Contribution List
Displaying 5
contributions
out of
5
Russian domestic medicine is suffering from a crippling deficit of modern equipment for diagnostics. Almost all of this equipment was imported. Most of them are operated for more than 10 years and are now needed to be either modernized or completely replaced.
Proof-of-principle prototype of the gamma-camera module was assembled. The prototype consists of 64-channel matrix of $6\times 6 ~mm^2$ K
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Presented by Dmitry PHILIPPOV
on
8/7/2015
at
17:40
Project NICA/MPD is dedicated to study of hot and dense baryonic matter in collisions of heavy ions (up to Au$^{+79}$) in energy region $4\leq \sqrt{S_{NN}} \leq 11$ GeV. The ToF system of MPD is the main detector for particles identification. It has to have time resolution better than 100 ps for separate pion/kaon in the momentum range 0-2.5 GeV/c and proton/kaon in the range 0-4.5 GeV/c. The sto
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Presented by Mikhail RUMYANTSEV
on
8/7/2015
at
18:00
A fully automated measurement setup for measuring SIPM detectors will be presented. Light source, positioning table, cooling system and data acquisition system will be described. Example results for MAPD-3N and MPPC S12572-010P will be shown.
Presented by Andrzej RYCHTER
on
8/7/2015
at
17:00
Gamma locator is a handheld lightweight and compact gamma probe based on a scintillation crystal LaBr3:Ce and SensL MicroFB-30035-SMT silicone photomultiplier to be used for detection of gamma-radiation emitted by radionuclides such as Tc-99m, I-125, In-111, F-18.
There are two main applications of gamma locator: intraoperative detection of sentinel lymph nodes and non-invasive scanning the surfa
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Presented by Anastasia BERDNIKOVA
on
8/7/2015
at
17:20
In the paper the light output and the time resolution of polystyrene scintillators-WLS samples have been measured with use wavelength shifting (WLS) fiber readout. The samples of different thickness (7-30 mm) have been made in the shape of bricks and plates with the areas of 25×80 and 108×134 (268) of mm$^2$ respectively. Besides samples of “ordinary” scintillator with additions of 2%
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Presented by Vitaliy SEMENOV
on
8/7/2015
at
16:40
