Order and timing of presentations, Stage 3 (Belarus, Chile, Cuba, Serbia, South Africa)
27 September, University Centre, room 437
Timing | Lab | Students | Name of the presentation | Time limit | Supervisor | ||
1. | 10.20 | FLNR | Korsten Riaan | Determination of the isotropic composition of a uranium target using alpha spectroscopy |
10 min | D. Kamanin V. Malaza |
|
2. | 10.30 | UC | Shmarlouski Aliaksei | Electronics hands-on training | 10 min | D. Belozerov | |
3. | 10.40 | UC | Knezevic Jovana | Radiation Protection and the Safety of Radiation Sources | 10 min | Said Shakour | |
4. | 10.50 | UC | Pasechnik Illia Zhynko Yuliya |
RF technology hands-on training | 15 min | K. Verlamov | |
5. | 11.05 | FLNP | Mendoza Eduardo Paez Amira Maric Sladjana Mitrovic Andjela |
Precision investigation of modern crystalline materials by neutron diffraction method |
20 min | I. Bobrikov S. Sumnikov |
|
6. | 11.25 | FLNP | Bozinovic Nevena | Сrystal and magnetic structure of advanced oxide materials: neutron diffraction studies |
10 min | S. Kichanov N. Belozerova |
|
7. | 11.35 | FLNP | Toistseu Andrei | Neutron radiography and tomography method: practical applications |
10 min | S. Kichanov K. Nazarov |
|
11.45-12.00 - Coffee-break | |||||||
8. | 12.00 | DLNP | Bashura Nastassia Pontus Marta |
Genome “dactyloscopy” (DNA finger-printing) and gene expression: Polymerase Chain Reaction (PCR) and Real Time Polimerase Chain Reaction (RT-PCR) in action |
15 min | E. Kravchenko A. Rusakovich |
|
9. | 12.15 | DLNP | Rubiera Gimeno Jose | Monte Carlo simulation of the SPD detector response | 10 min | A. Guskov | |
10. | 12.25 | BLTP | Pivovarchik Artyom | Numerical methods in theory of topological solitons | 10 min | Ya. Shnir | |
11. | 12.35 | BLTP | Suarez Lismary | Constraining the Neutron Star Mass and Radius Relation | 10 min | D. Alvarez | |
12. | 12.45 | LRB | Parmon Pavel Pristavka Elena |
Open field behavior and habituation in rats irradiated | 15 min | Yu.Severyukhin | |
13. | 13.00 | LIT | Palacios Carlos Vignatti Jonatan |
ROOT package in High Energy Physics tasks | 15 min | O.Derenovskaya | |
14. | 13.15 | LIT | Suarez Raul | Advanced computing technologies (Grid, Cloud, HPC). Practical usage of EMI, OpenNebula middleware and key parallel programming technologies |
10 min | N. Kutovskiy | |
13.30 – Photoshoot, awarding, closing |