Radzhapov Begjan S.
starshiy nauchnyy sotrudnik
Physical-technical Institute, SPA «Physics-Sun», Academy of Sciences of the Republic of Uzbekistan
ARTICLES:
TECHNOLOGICAL FORMATION OF LARGE-SIZE Si(Li) p-i-n RADIATION DETECTORS
Computational Nanotechnology — Issue №1 2016: 62-66
THE IONIZING RADIATION DETECTORS BASED ON NEUTRON-DOPED SILICON
Computational Nanotechnology — Issue №4 2016: 136-137
EXAMINATION AND ASSESSMENT OF ELECTROPHYSICAL AND RADIOMETRIC CHARACTERISTICS OF THE Si (Li) PIN-PHOTODETECTING PLASTICSCINTILLATION SYSTEM
Computational Nanotechnology — Issue №1 2017: 54-55
THE USE OF ERGONOMETRY BASED ON SILICON SURFACE BARRIER DETECTORS TO MONITOR RADON
Computational Nanotechnology — Issue №2 2017: 85-88
DETECTORS OF X-RAY AND GAMMA RADIATION ON THE BASIS OF AL-nGe-pSi-Au STRUCTURE
Computational Nanotechnology — Issue №3 2017: 27-28
COORDINATE-SENSITIVE DETECTORS OF IONIZING RADIATION ON THE BASIS OF THE Si (Li) p-i-n LARGE-DIMENSION STRUCTURES
Computational Nanotechnology — Issue №3 2017: 29-32
FEATURES OF THE DEVELOPMENT OF MANUFACTURING TECHNOLOGY FOR SURFACE-BARRIER DETECTORS OF LARGE DIAMETER WITH A LARGE WORKING AREA SENSITIVE FOR MEASURING THE ACTIVITY OF NATURAL ISOTOPES
Computational Nanotechnology — Issue №1 2018: 151-154
SEMICONDUCTOR NUCLEAR RADIATION DETECTORS ON THE BASIS OF HETEROJUNCTION STRUCTURES OF Al-αGe-pSi-Au FOR MEASUREMENT OF LOW INTENSIVE IONIZING RADIATIONS
Computational Nanotechnology — Issue №3 2018: 65-67
DEVELOPMENT OF RADOMETER BASED ON SILICON DETECTORS WITH A BIG SENSITIVE AREA
Computational Nanotechnology — Issue №1 2019: 65-68
SILICON-LITHIUM ΔE-DETECTORS OF ALPHA-RADIATION TO THE RADIOMETER
Computational Nanotechnology — Issue №2 2019: 157-159
DEVELOPMENT OF SILICON DIFFUSION n-p-DETECTORS OF IONIZING RADIATION
Computational Nanotechnology — Issue №3 2019: 112-116
Calculation of stages of the technological process of manufacture of PPD detectors using computer mathematical modeling and production of alpha radiometer on their basis
Computational Nanotechnology — Issue №2 2020: 21-28
