S. Bznuni, A. Amirjanyan, A. Ugujyan, P. Kohut, ” Development of HELIOS/BIPR/PARCS/MCNP6 computation route for WWER RPV neutron fluence analysis...
Read MoreRadiometric Measurements of Medical, Industrial and Mining facilities, including Construction and other materials, Dosimetric Measurements of Professionally Exposed Workers, α, γ spectrometry, Environmental radiation measurements
Assessment of the condition of the NPP safety barriers, analysis of systems, including evaluation of system modifications, Analysis of organizational and operating instructions, including safe operation limits and conditions, systems classification assessment
Expertise of documents substantiating nuclear safety, analysis of thermo-hydraulic processes, development of emergency response-forecasting methods, study of the course of severe accidents and consequences and development of regulatory documents in the field
Deterministic safety analysis, including neutronics analysis applied in all stages of nuclear fuel cycle: transportation, fuel utilization in the reactor core, and storage. Power distribution, nuclear instrumentation response, fuel management, and analysis of reactivity effects by PARCS-RELAP/TRACE coupled code system
Probabilistic safety analysis is applied at all stages in the lifetime of the NPP (design, operation, and lifetime extension). During the plant’s safety assessment, the probabilistic and deterministic safety analyses are used simultaneously so that to complement each other
Providing advanced modeling and simulation solutions to the nuclear safety issues where a much finer resolution of the simulation tools is required. Solving problems with fluid flow by using numerical methods computationally. Predicting fluid flow and heat transfer characteristics during normal and emergency operation of the NPPs
Reviewing of the NPPs seismic hazard assessment, revision of the design bases, evaluation of vulnerability, and development of accident management capabilities of the NPPs
ARIS and NUCMAT are software applications developed by NRSC to assist Regulatory Bodies in managing their regulatory activities connected with registration of sources of ionizing radiation, licensing of the use of sources, accounting of nuclear materials, registering and tracing inspections
Planning and developing the project Idea, creating and leading the project team, monitoring project progress and setting deadlines, solving issues, managing the money, ensuring stakeholder satisfaction, evaluating project performance
S. Bznuni, A. Amirjanyan, A. Ugujyan, P. Kohut, ” Development of HELIOS/BIPR/PARCS/MCNP6 computation route for WWER RPV neutron fluence analysis...
Read MoreՌիսկ-տեղեկացված կարգավորման դաշտի մշակում․ միջազգային փորձի վերլուծություն, NRSC-RT-BNL-002/23-001, օգոստոս 2023 Development of risk-informed Regulatory framework: Analysis of international experience NRSC-RT-BNL-002/23-001,...
Read MoreՀԱԷԿ-ի անվտանգության վրա սելավային հոսքերի ազդեցության վերլուծություն և պաշտպանիչ միջոցների գնահատում, NRSC-RT-ANPP-003/22-001, հուլիս 2023 Analysis of the impact of mudflows...
Read MoreՀաշվետվություն ՀԱԷԿ-ի 2-րդ էներգաբլոկի բորի վթարային սնուցման բոքսի հովացման համակարգի վրա արտաքին և ներքին ազդեցությունների վերլուծության վերաբերյալ, ОТЧ.НТЦ.01.СВОиХ.003-2023, մայիս 2023...
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