1. |
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Introduction |
introduction to nuclear power plants |
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2. |
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introduction on new concepts |
introduction to nuclear physics, cross section, npp accidents, |
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3. |
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introduction on new concepts |
introduction of mechanisms of nucleus-ceutron interactions |
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4. |
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introduction on new concepts and discussion |
introduction of two-body collision mechanics and discussion |
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5. |
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introduction on new concepts |
introduction of differential cross secion, scattering kernel, and remarks on cross section |
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6. |
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introduction on new concepts |
introduction of Angular neutron flux and scalar flux |
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7. |
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review |
review on angular and scalar flux, collimated beam |
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8. |
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introduction on new concepts |
introduction on current, parital current, reaction rate, effective cross sections |
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9. |
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introduction on new concepts |
introduction on Maxwell-Boltzman distribution, 1/v-absorber |
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10. |
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Introduction |
introduction on Four-factor formular, derivation of neutron diffusion equation |
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11. |
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Class cancelled due to KNS meeting |
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12. |
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Ficks law, one-group diffusion equation |
introduction on Ficks law, one-group diffusion equation |
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13. |
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Introduction and discussion |
introduction and discussion on B.C. for diffusion equation, solution to diffusion equation, PS#3 |
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14. |
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Introduction on new concept |
introduction on Albedo, kernel techniques, criticality condition |
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15. |
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Holiday |
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16. |
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Introduction on new concepts and Review |
Introduction on finite diffference solution, Eigenvalue, reactivity and review #1, |
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17. |
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Exam |
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18. |
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Introduction on new concepts |
Introduction on Finite different formulation, Gaussian elimination |
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19. |
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Holiday |
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20. |
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Introduction on new concepts |
introduction on Outer iteration, relative power, flux synthesis, two-group equation |
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21. |
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Introduction on new concepts |
Derivation of point kinetics equation, Laplace transform |
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22. |
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Introduction on new concepts |
introduction on Solution of point kinetics equation, prompt jump, inhour equation |
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23. |
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Introduction on new concepts and discussion |
introduction on transfer function, simulink and discussion on PS#5 |
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24. |
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introduction on new concepts |
introduction on Slowing down density, collision density for H-medium |
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25. |
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Exam |
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26. |
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introduction and review |
Exam review, resonance integral, T/H analysis of nuclear reactors |
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