Nuclear Engineering
-10%
portes grátis
Nuclear Engineering
Mathematical Modeling and Simulation
Koreshi, Zafar Ullah
Elsevier Science & Technology
03/2022
548
Mole
Inglês
9780323906180
15 a 20 dias
450
Descrição não disponível.
1. The atom and nuclear radiation 2. Interactions of neutrons with matter 3. Nuclear reactors 4. Mathematical foundations 5. The neutron diffusion equation 6. The neutron transport equation 7. The Monte Carlo method 8. Computer codes 9. Optimization and variational methods 10. Monte Carlo simulation in nuclear systems 11. Comparison: mc vs deterministic 12. Exercises in Monte Carlo simulation 13. Optimization in nuclear systems 14. Monte Carlo simulation in medical physics
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?Alpha; Angular flux; Atom; BNCT; Beta; Brachytherapy; Comparison; Core neutronics; Criticality; Cross-section; Design and operation of nuclear reactors; Deterministic methods; Diffusion equation; Diffusion theory; Discrete ordinates; Dynamic programming; Finite Element Method; Finite difference; Fission core neutronics; Fuel reloading; Fusion neutronics; Gamma; Genetic algorithms; Heuristic optimization; Marine propulsion; Markov chains; Material densities; Medical physics; Monte Carlo; Monte Carlo method; Monte Carlo simulation; Monte Carlo simulation exercises; Neutron interaction; Neutron transport; Nonuniform fuel distribution; Nuclear energy; Nuclear engineering optimization; Nuclear fission; Nuclear fusion; Nuclear reactor; Nuclear reactor core design; Nuclear submarines; Numerical methods; One-group; One-speed transport; Optimal analysis; Optimization; PET; Power plants; Radiation; Radiation shielding; Radiation transport; Random sampling; Random variables; Random walk; Reactor lattice cell calculations; Resonance; Simulation; Slowing down; Space propulsion; Spherical harmonics; Stochastic simulation; Transport codes; Transport simulation; Transport theory; Tritium breeding; Two-group; Uranium hexafluoride; Variance reduction; Watt fission spectrum
1. The atom and nuclear radiation 2. Interactions of neutrons with matter 3. Nuclear reactors 4. Mathematical foundations 5. The neutron diffusion equation 6. The neutron transport equation 7. The Monte Carlo method 8. Computer codes 9. Optimization and variational methods 10. Monte Carlo simulation in nuclear systems 11. Comparison: mc vs deterministic 12. Exercises in Monte Carlo simulation 13. Optimization in nuclear systems 14. Monte Carlo simulation in medical physics
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?Alpha; Angular flux; Atom; BNCT; Beta; Brachytherapy; Comparison; Core neutronics; Criticality; Cross-section; Design and operation of nuclear reactors; Deterministic methods; Diffusion equation; Diffusion theory; Discrete ordinates; Dynamic programming; Finite Element Method; Finite difference; Fission core neutronics; Fuel reloading; Fusion neutronics; Gamma; Genetic algorithms; Heuristic optimization; Marine propulsion; Markov chains; Material densities; Medical physics; Monte Carlo; Monte Carlo method; Monte Carlo simulation; Monte Carlo simulation exercises; Neutron interaction; Neutron transport; Nonuniform fuel distribution; Nuclear energy; Nuclear engineering optimization; Nuclear fission; Nuclear fusion; Nuclear reactor; Nuclear reactor core design; Nuclear submarines; Numerical methods; One-group; One-speed transport; Optimal analysis; Optimization; PET; Power plants; Radiation; Radiation shielding; Radiation transport; Random sampling; Random variables; Random walk; Reactor lattice cell calculations; Resonance; Simulation; Slowing down; Space propulsion; Spherical harmonics; Stochastic simulation; Transport codes; Transport simulation; Transport theory; Tritium breeding; Two-group; Uranium hexafluoride; Variance reduction; Watt fission spectrum
