Event calendar file
16-17 December 2020
America/Mexico_City timezone
- matejeda@ucol.mx
Contact: M.E. Tejeda-Yeomans
Experiment
Place
Location:
Date:
16 Dec 11:25 - 14:25
Conveners
-
Detector design, prototypes and tests
- Dr. Cuautle, Eleazar (ICN-UNAM)
Timetable | Contribution List
Displaying 7
contributions
out of
7
Silicon Photomultipliers (SiPM) attached to plastic organic scintillator make up the primary light sensor in the MiniBeBe (MBB) detector. In this presentation, advances in the Front-End development will be presented. Moreover, an important topic for discussion is the fast output signals interconnection for SiPM arrays and its effects. Finally, the current prototype design and fabrication issues wi
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Presented by Dr. Lucio REBOLLEDO
on
16/12/2020
at
17:25
The mechanical structure will be the main support for the active elements and electronics of miniBeBe. Its location and installation will be around the beam tube, in the center of the MPD (Multi-Purpose Detector). For this version, the low-cost requirements were considered, which optimized a lightweight and firm structure. The first structural design approach was made through 3D printing, which al
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Presented by Ramon KADO
on
16/12/2020
at
17:55
This talk shows the current status of the HPC resources at ICN for the MexNICA collaboration, configuration quickly enabled due to HEP projects already hosted.
Presented by Luciano DIAZ
on
16/12/2020
at
19:55
In this talk I will show the preliminary simulation of each part of the MiniBe-Be detector using Geant4, including materials. I will also show the intrinsic time resolution of each cell and the distribution created by muons from cosmic rays considering all detector.
Presented by Dr. Cristian Heber ZEPEDA FERNÁNDEZ
on
16/12/2020
at
18:25
Simulations were performed for a BE-BE hexagonal cell with the characteristics of BC-404 plastic scintillator. Different types of particles (pion, kaon, proton) were also simulated with a specific energy distribution from 1GeV to 10GeV and integrating with the hexagonal cell the in different positions (center, corner and random). The main goal of this work is to know the arrival position of the
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Presented by Mr. Edmundo MÁRQUEZ
on
16/12/2020
at
19:25
Using Geant4 software, it was made sixty simulations of coupled square geometry detectors to plastic scintillators with silicon photomultipliers (SiPMs): thirty of these simulations were made locating two SiPMs (2 Scores) on the scintillator’s central sides, and the other thirty simulations locating one SiPM (1 Score) on the center of the scintillator’s rear face. To characterize the time reso
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Presented by Mr. Javier HERNANDEZ
on
16/12/2020
at
18:55
