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SERVICE DESCRIPTION | Design and Physics Aspects of a Nuclear Reactor Research Activity Topics: Nuclear reactor design and optimization. Aimed at obtaining a nuclear reactor design with better performance in terms of fuel utilization, safety features, especially the concept…
- Kst Serpong (bacharuddin Jusuf Habibie)
Design and Physics Aspects of a Nuclear Reactor
Research Activity Topics:
Nuclear reactor design and optimization. Aimed at obtaining a nuclear reactor design with better performance in terms of fuel utilization, safety features, especially the concept of passive and inherent safety, as well as optimization of energy conversion, etc. Includes Generation IV nuclear reactor designs, Small Modular Reactor and Micro Reactor, nuclear reactors for propulsion, etc. Also analysis and optimization of Generation III+ nuclear reactors, and research reactors. Development of nuclear reactor physics parameter analysis methods. Aimed at developing methods or software for analyzing nuclear reactor physics parameters. Includes the development of analysis of the parameters of the neutronic, thermal hydraulic, fuel integrity and reactor core material, energy conversion efficiency, etc.
Scope of Research Activity Topics:
Neutronic analysis: nuclear data preparation, nuclear reactor spectrum analysis, steady and dynamic reactor core neutronic analysis, depletion analysis and fuel management. Thermal-fluid analysis of the reactor core: temperature distribution analysis, sub-channel analysis, etc. Radiation protection analysis and reactor dosimetry Integrity analysis of fuel and core material, Analysis of energy conversion of nuclear reactors Analysis/Management of nuclear reactor aging Crash analysis involves coupling of various aspects of physics. Development of modules or software for analysis of nuclear reactor physics parameters.
Application Requirements:
Research Activity Topics:
Nuclear reactor design and optimization. Aimed at obtaining a nuclear reactor design with better performance in terms of fuel utilization, safety features, especially the concept of passive and inherent safety, as well as optimization of energy conversion, etc. Includes Generation IV nuclear reactor designs, Small Modular Reactor and Micro Reactor, nuclear reactors for propulsion, etc. Also analysis and optimization of Generation III+ nuclear reactors, and research reactors. Development of nuclear reactor physics parameter analysis methods. Aimed at developing methods or software for analyzing nuclear reactor physics parameters. Includes the development of analysis of the parameters of the neutronic, thermal hydraulic, fuel integrity and reactor core material, energy conversion efficiency, etc.
Scope of Research Activity Topics:
Neutronic analysis: nuclear data preparation, nuclear reactor spectrum analysis, steady and dynamic reactor core neutronic analysis, depletion analysis and fuel management. Thermal-fluid analysis of the reactor core: temperature distribution analysis, sub-channel analysis, etc. Radiation protection analysis and reactor dosimetry Integrity analysis of fuel and core material, Analysis of energy conversion of nuclear reactors Analysis/Management of nuclear reactor aging Crash analysis involves coupling of various aspects of physics. Development of modules or software for analysis of nuclear reactor physics parameters.
Application Requirements:
- Photo
- File Data Transkrip
- Cover Letter
- Curriculum Vitae
- Statement Letter
- Other Supporting File
- Proposal
![Internship/Work Practice (Non Research) Cooperation Assistance for Cibinong, Rumpin, Rancabungur and Tarogong Work Office [Odd Semester 2024/2025]](https://elsatur.brin.go.id/public/uploads/layanan_file/7690/gambar_layanan_13562.jpeg)
![Internship/Work Practice (Non Research) Cooperation Assistance for Cibinong, Rumpin, Rancabungur and Tarogong Work Office [Odd Semester 2024/2025]](https://elsatur.brin.go.id/public/uploads/layanan_file/7690/gambar_layanan_13563.jpeg)
