Advanced development of neutron transport theory; neutron slowing-down and resonance absorption; approximations to the transport equation; direct numerical methods and other techniques of approximation theory applied to the neutron transport equation; advanced topics.
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From Kathryn Huff
20 plays 1Incorporation of neutron slowing down into the transport equation with the P1 approximation. -
From Kathryn Huff
19 plays 0Fundamental assumptions and treatment of neutron slowing down with simple neutron slowing down theory. -
From Kathryn Huff
9 plays 0Some conceptual discussion of the adjoint flux, the inverse problem, and their physical meaning. -
From Kathryn Huff
15 plays 1The adjoint equation, operator, and flux. -
From Kathryn Huff
25 plays 1NPRE 555 Lecture -
From Kathryn Huff
26 plays 1NPRE 555 Lecture -
From Kathryn Huff
20 plays 0NPRE 555 Lecture -
From Kathryn Huff
26 plays 0NPRE 555 Lecture -
From Kathryn Huff
26 plays 0NPRE 555 Lecture -
From Kathryn Huff
11 plays 0NPRE 555 Lecture -
From Kathryn Huff
7 plays 0NPRE 555 Lecture -
From Kathryn Huff
12 plays 0NPRE 555 Lecture -
From Kathryn Huff
15 plays 0NPRE 555 lecture discussing the discretization of energy groups into the PN equation approach. -
From Kathryn Huff
24 plays 0NPRE 555 Lecture about the matrix solution to the PN equation. -
From Kathryn Huff
30 plays 1NPRE 555 Lecture about the PN approximation with spatial differencing. -
From Kathryn Huff
27 plays 0NPRE 555 lecture regarding boundary conditions for the P_N approximation. -
From Kathryn Huff
31 plays 2NPRE 555 lecture regarding the P_N approximation for one speed, one dimensional problems. -
From Kathryn Huff
29 plays 0NPRE 555 lecture continuing discussion of P_N method. Includes discussion of expansions of various terms. -
From Kathryn Huff
31 plays 2Introductory material regarding spherical harmonics and legendre polynomials underpinning the P_N approximation. -
From Kathryn Huff
14 plays 0This short video touches on the content in Bell and Glasstone Chapter 2, which comments on some custom approaches to various "toy" problems that neglect energy. -
From Kathryn Huff
29 plays 1This video is a bit of a digression, but will help when formulating future P_N, S_N, and other deterministic methods. Follow along in the pdf version of the notes as we… -
From Kathryn Huff
44 plays 0Covers the workflow for a monte carlo algorithm as well as the iterative process and tallies for flux and criticality estimation. -
From Kathryn Huff
30 plays 0For NPRE 555, an introduction to the statistical concepts behind monte carlo methods. -
From Kathryn Huff
37 plays 0NPRE 555 Example. 1D, steady state, finite, purely absorbing slab with a planar source at L/3. -
From Kathryn Huff
33 plays 0NPRE 555 Reactor Theory I This video covers 1d formulation of the neutron transport equation. -
From Kathryn Huff
38 plays 0NPRE 555 Reactor Theory I This video covers initial and boundary conditions commonly used when solving the neutron transport equation. -
From Kathryn Huff
42 plays 1NPRE 555 Reactor Theory I This video covers various terms and definitions required to formulate the neutron transport equation. -
From Kathryn Huff
36 plays 0NPRE 555 - Reactor Theory I Variable definitions, geometric definitions, fundamental concepts. -
From Kathryn Huff
58 plays 0NPRE 555 Reactor Theory I. Video introducing neutron transport and its applications. -
From Kathryn Huff
161 plays 0A rundown of basic python syntax and use to support students in NPRE 555