Personalities of MEPhI
NRNU MEPhI National Research Nuclear University MEPhI
  1. Faculty and Staff
  2. Denisenko A.P.
Denisenko A.P.

Denisenko Anastasiya P.

Engineer

Department of applied nuclear physics (24, ИФТИС КАФ.24)

Assistant

Department of applied nuclear physics (24, ИФТИС КАФ.24)
  • Д-105
Send message Spring 2024. Schedule

Languages

english
russian
Works at MEPhI since 2019

Courses

1. Academic practice (industry, technology)
2. Academic (Research) Practice:
3. Automation in the design of nuclear electronics
4. Decommissioning and decontamination of equipment and structures: nuclear waste
5. Experimental Methods of Nuclear Physics
6. Industrial workshop (research, applied nuclear physics)
7. Introduction to the Profession
8. Neutron sources and neutron-matter interactions
9. Practical Training (Research Work)
10. Practicum Project
11. Principles of calculation and construction of physical protection against ionizing radiation
12. Principles of Radiometry and Spectrometry
13. Registration of Fast Rate Processes

Publication activity

1
h-index (РИНЦ)

Showing publications for last 3 years

  1. RSCI AUTOMATION OF THE OPERATION OF A NEUTRON RADIATION DOSIMETER BASED ON ZnS+6LiF SCINTILLATORAUTOMATION OF THE OPERATION OF A NEUTRON RADIATION DOSIMETER BASED ON ZnS+6LiF SCINTILLATOR // 2023 pp. 374
  2. Article
    Web of Science & Scopus
    Methods for Estimating a Neutron Spectrum Using a Diamond Detector, Plastic Scintillator, and Set of Activation Detectors // Atomic Energy, 2023 Q3 doi
  3. Article
    Web of Science & Scopus
    Characteristics of ZnS(Ag) + 6LiF Scintillator-Based Detector Used as a Neutron Dosimeter // Atomic Energy, 2023 Q3 doi
  4. RSCI PROCEDURE FOR ESTIMATION OF AMBIENT DOSE EQUIVALENT OF NEUTRONS BY ZNS+6LIF SCINTILLATOR DETECTORPROCEDURE FOR ESTIMATION OF AMBIENT DOSE EQUIVALENT OF NEUTRONS BY ZNS+6LIF SCINTILLATOR DETECTOR // 2023 pp. 373
  5. RSCI ESTIMATION OF MASS CHARACTERISTICS OF ISOTOPES USING NEUTRON ACTIVATION ANALYSIS ON THE EXAMPLE OF ALUMINUM OXIDEESTIMATION OF MASS CHARACTERISTICS OF ISOTOPES USING NEUTRON ACTIVATION ANALYSIS ON THE EXAMPLE OF ALUMINUM OXIDE // 2023 pp. 375
  6. RSCI Application of the ZnS+LiF Scintillator for the Development of Thermal Neutron DetectorsApplication of the ZnS+LiF Scintillator for the Development of Thermal Neutron Detectors // 2022 pp. 208-212
  7. RSCI Analysis of Neutron Spectrum Unfolding Methods Using Various Detection Systems: Diamond Detector, Plastic Scintillator and Set of Activation DetectorsAnalysis of Neutron Spectrum Unfolding Methods Using Various Detection Systems: Diamond Detector, Plastic Scintillator and Set of Activation Detectors // 2022 pp. 283-287
  8. RSCI STUDY OF THE POSSIBILITY OF NEUTRON/GAMMA DISCRIMINATION BY A SCINTILLATOR ZNS(AG)+6LIFSTUDY OF THE POSSIBILITY OF NEUTRON/GAMMA DISCRIMINATION BY A SCINTILLATOR ZNS(AG)+6LIF // 2022 pp. 389
  9. RSCI FAST NEUTRON SPECTRAL CHARACTERISTICS UNFOLDING WITH USING ACTIVATION DETECTORS // 2021 pp. 449-450

Showing conferences for last 3 years

  1. Март 2022 The VIII International Conference on Laser&Plasma research and technologies – LaPlas-2022 Report: STUDY OF THE POSSIBILITY OF NEUTRON/GAMMA DISCRIMINATION BY A SCINTILLATOR ZNS(AG)+6LIF
  2. Февраль 2022 Scientific and practical conference «Cyber-Physical Systems – 2022» Report: Analysis of neutron spectrum unfolding methods using various detection systems: diamond detector, plastic scintillator and set of activation detectors
  3. Февраль 2022 Scientific and practical conference «Cyber-Physical Systems – 2022» Report: Application of the ZnS+LiF scintillator for the development of thermal neutron detectors

Повышение квалификации

November 15, 2022 — December 26, 2022 Psychological and pedagogical features of distance learning (36 hours) NRNU MEPhI
October 06, 2022 — November 23, 2022 Ensuring nuclear and radiation safety in the organization (64 hours) NRNU MEPhI
September 19, 2022 — October 14, 2022 Processing methods for nuclear measurements (24 hours) NRNU MEPhI
June 06, 2022 — June 30, 2022 Modern detectors of nuclear radiation and simulation of nuclear physics experiments using the Geant4 library package (22 hours) NRNU MEPhI
April 22, 2022 — June 30, 2022 The use of waveform digitization technologies in nuclear physics experiments (16 hours) NRNU MEPhI
April 21, 2022 — June 30, 2022 Practical spectrometry of nuclear radiation (36 hours) NRNU MEPhI
April 20, 2022 — June 30, 2022 Applied neutron physics (36 hours) NRNU MEPhI
December 06, 2021 — January 20, 2022 University Digital Transformation (16 hours) National Research Nuclear University MEPhI

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