1.
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Type
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Subject
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Description
- This lecture identifies the principles of two-body collision mechanics.
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Url
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2.
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Type
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Subject
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Description
- This lecture identifies the principles of differential cross section, scattering kernel, and cross section.
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Url
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3.
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Type
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Subject
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Description
- This lecture identifies the principles of angular neutron flux and scalar flux.
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Url
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4.
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Type
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Subject
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Description
- This lecture examines the details of angular and scalar flux and identifies the principles of collimated beam.
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Url
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5.
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Type
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Subject
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Description
- This lecture identifies the principles of various types of current and reaction rate.
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Url
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6.
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Type
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Subject
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Description
- This lecture examines the details of Maxwell-Boltzman distribution and its application to absorber.
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Url
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7.
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Type
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Subject
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Description
- This lecture identifies the features of four-factor formula and the principles of neutron difusion equation.
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Url
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8.
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Type
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Subject
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Description
- This lecture examines the principles of Ficks law and one-group diffusion equation.
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Url
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9.
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Type
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Subject
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Description
- This lecture identifies the principles and the solution of diffusion equation.
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Url
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10.
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Type
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Subject
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Description
- This lecture examines the principles of Albedo and kernel techniques.
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Url
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11.
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Type
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Subject
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Description
- This lecture examines the features of finite difference solution and eigenvalue.
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Url
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12.
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Type
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Subject
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Description
- This lecture examines the principles of finite different formulation and Gaussian elimination.
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Url
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13.
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Type
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Subject
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Description
- This lecture identifies the principles of outer iteration and relative power.
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Url
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14.
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Type
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Subject
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Description
- This lecture examines the principles of point kinetics equation.
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Url
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15.
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Type
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Subject
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Description
- This lecture examines the features of point kinetics equation solution.
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Url
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16.
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Type
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Subject
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Description
- This lecture identifies the principles of transfer function.
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Url
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17.
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Type
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Subject
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Description
- This lecture identifies the features of slowing down density and collision density.
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Url
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18.
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Type
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Subject
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Description
- This lecture identifies the features of resonance integral.
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Url
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