Experimental Nuclear Reactor Analysis
portes grátis
Experimental Nuclear Reactor Analysis
Theory, Numerical Models and Experimental Analysis
Cammi, Antonio; Lorenzi, Stefano
Elsevier Science Publishing Co Inc
12/2029
300
Mole
Inglês
9780128185902
Pré-lançamento - envio 15 a 20 dias após a sua edição
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1. The TRIGA Mark II Reactor
2. Control Rod Calibration: Reactor Period Method
3. Control Rod Calibration: Approximated Method
4. Estimation of Feedback Temperature Coefficients
5. Sub-Channel Heat Transfer Analysis
6. Operation in Pulse Mode
7. Poison Evolution and Zero-Dimensional Modelling
8. Multi-Physics Modelling and Analyses using Nodal Methods
9. Monte Carlo Modelling and Study using OpenMC
2. Control Rod Calibration: Reactor Period Method
3. Control Rod Calibration: Approximated Method
4. Estimation of Feedback Temperature Coefficients
5. Sub-Channel Heat Transfer Analysis
6. Operation in Pulse Mode
7. Poison Evolution and Zero-Dimensional Modelling
8. Multi-Physics Modelling and Analyses using Nodal Methods
9. Monte Carlo Modelling and Study using OpenMC
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Nuclear reactors; nuclear reactor analysis; experimental nuclear reactors; TRIGA reactors; nuclear kinetics; dynamics of nuclear reactors; thermal-hydraulics; reactor physics; numerical models for nuclear reactor simulation; fission; neutron physics; research reactors; kinetics; computational models; reactivity; control mechanisms; reactor stabilities; reactor instabilities; reactor period method; rod drop method; subcritical core configuration method; void coefficient; fuel temperature coefficient; iso-thermal coefficient; inverse method; neutron flux; pule mode; poison evolution; heat transfer; DNBR estimation; Monte-Carlo code; steady state analysis
1. The TRIGA Mark II Reactor
2. Control Rod Calibration: Reactor Period Method
3. Control Rod Calibration: Approximated Method
4. Estimation of Feedback Temperature Coefficients
5. Sub-Channel Heat Transfer Analysis
6. Operation in Pulse Mode
7. Poison Evolution and Zero-Dimensional Modelling
8. Multi-Physics Modelling and Analyses using Nodal Methods
9. Monte Carlo Modelling and Study using OpenMC
2. Control Rod Calibration: Reactor Period Method
3. Control Rod Calibration: Approximated Method
4. Estimation of Feedback Temperature Coefficients
5. Sub-Channel Heat Transfer Analysis
6. Operation in Pulse Mode
7. Poison Evolution and Zero-Dimensional Modelling
8. Multi-Physics Modelling and Analyses using Nodal Methods
9. Monte Carlo Modelling and Study using OpenMC
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Nuclear reactors; nuclear reactor analysis; experimental nuclear reactors; TRIGA reactors; nuclear kinetics; dynamics of nuclear reactors; thermal-hydraulics; reactor physics; numerical models for nuclear reactor simulation; fission; neutron physics; research reactors; kinetics; computational models; reactivity; control mechanisms; reactor stabilities; reactor instabilities; reactor period method; rod drop method; subcritical core configuration method; void coefficient; fuel temperature coefficient; iso-thermal coefficient; inverse method; neutron flux; pule mode; poison evolution; heat transfer; DNBR estimation; Monte-Carlo code; steady state analysis
