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Information × Registration Number 0226U002100, (0121U109568) , R & D reports Title Fundamental studies of the particle detection physics by silicon uncooled detectors. Fundamental studies of the nuclear-physical properties of the interaction of radiation with detectors and crystals popup.stage_title Розробка та дослідження систем об'єднання детекторів і детектуючих модулів для фізичних досліджень і для створення комплексних детектуючих систем для виконання прикладних досліджень. Head Shliahov Illia M., Кандидат фізико-математичних наук Registration Date 07-02-2026 Organization National Science Center "Kharkiv Institute of Physics and Technology" popup.description1 Fundamental studies of the physics of particle detection by silicon uncooled detectors and studies of the nuclear-physical properties of the interaction of radiation with detectors and crystals. Fundamental experimental studies of the interaction of thermal neutrons with metallic gadolinium. Study of the possibility of registration of energy levels of conversion electrons by an uncooled silicon detector in a wide range of energies of conversion electrons. Fundamental experimental research on the optimization of the detector system "scintillator - silicon photosensor". Development and research of a detection system for continuous X-ray and gamma radiation detection in the energy range from keV units to high energy resolution MeV units based on a silicon uncooled detector and a "silicon photosensor and scintillator" assembly. Study of registration by an uncooled silicon radon detector on alpha radiation. Development and research of systems of integration of detectors and detecting modules, both for physical researches, and for creation of complex detecting systems for performance of applied researches. popup.description2 The object of research is fundamental and applied nuclear physics. The purpose of the research is to develop and study systems for combining detectors and detecting modules for physical research and to create complex detecting systems for performing applied research. As a result of the work on the topic of stage 5 for January-December 2025: - Two measuring complexes based on the Arduino Nano microcontroller and the ADS1115 16-bit ADC were developed and implemented for precise recording of the current-voltage characteristics of secondary electron emission and the integral output of bremsstrahlung (BR) using an ionization chamber. - The proposed and implemented method for registering the output of bremsstrahlung gamma quanta allows conducting research on crystal orientation in the case when a goniometer with a single crystal is installed in the experimental target chamber. - It is shown that the developed method of registering BR is promising for future research, in particular for studying orientation effects in single crystals when installing a goniometer. Product Description popup.authors Maksym Y. Shulika Yalovenko Volodymyr I. Ovchynnyk Volodymyr D Yurii H. Kazarinov Stepan H. Karpus Hryhorii D. Kovalenko Illia M. Shliakhov Oleh V. Beimyk popup.nrat_date 2026-02-07 Close