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Nuclear Power Plants

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    • Category : Natural Sciences > Physics
    • Keyword : Nuclear Power Plants,Interaction of Radiation with Matter,Neutron Cross Sections,Diffusion Theory,Criticality Calculations
    • Taught by : John CLee
    • Created By : Pohang University of Science and Technology
    • Offered By : KOCW
    • Date Added : 2016.12.26

    This course will cover an introduction to nuclear power plantsinteraction of radiation with matterneutron cross sectionsdiffusion theorycriticality calculationsreactor kineticsneutron slowing down theoryheat transport and temperature distribution in reactor coreand reactivity feedback.

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Number of lessons: 18 facebook twitter line whatsapp kakaotalk

차시별 강의
No Contents Type & Play Subject Description URL
1. Type video Subject Description
  • This lecture identifies the principles of two-body collision mechanics.
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2. Type video Subject Description
  • This lecture identifies the principles of differential cross section, scattering kernel, and cross section.
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3. Type video Subject Description
  • This lecture identifies the principles of angular neutron flux and scalar flux.
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4. Type video Subject Description
  • This lecture examines the details of angular and scalar flux and identifies the principles of collimated beam.
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5. Type video Subject Description
  • This lecture identifies the principles of various types of current and reaction rate.
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6. Type video Subject Description
  • This lecture examines the details of Maxwell-Boltzman distribution and its application to absorber.
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7. Type video Subject Description
  • This lecture identifies the features of four-factor formula and the principles of neutron difusion equation.
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8. Type video Subject Description
  • This lecture examines the principles of Ficks law and one-group diffusion equation.
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9. Type video Subject Description
  • This lecture identifies the principles and the solution of diffusion equation.
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10. Type video Subject Description
  • This lecture examines the principles of Albedo and kernel techniques.
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11. Type video Subject Description
  • This lecture examines the features of finite difference solution and eigenvalue.
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12. Type video Subject Description
  • This lecture examines the principles of finite different formulation and Gaussian elimination.
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13. Type video Subject Description
  • This lecture identifies the principles of outer iteration and relative power.
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14. Type video Subject Description
  • This lecture examines the principles of point kinetics equation.
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15. Type video Subject Description
  • This lecture examines the features of point kinetics equation solution.
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16. Type video Subject Description
  • This lecture identifies the principles of transfer function.
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17. Type video Subject Description
  • This lecture identifies the features of slowing down density and collision density.
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18. Type video Subject Description
  • This lecture identifies the features of resonance integral.
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