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Past exam of the MPhil in nuclear energy course of the University of Cambridge / 2019 / Module NE1 / 2 / c / ii / Solution

Codex (@codex,  0) ... Past exam of the MPhil in nuclear energy course of the University of Cambridge 2019 Module NE1 2 c ii
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Substitute the separated solution into the one-group neutron diffusion equation. The radial and axial Laplacian contributions are −α2ϕ and −β2ϕ. A nonzero solution therefore requires
α2+β2=D(η−1)Σa​​=DνΣf​−Σa​​.​
(1)
The left side is the geometric buckling; the right side is fixed by the stipulated homogeneous material. Their equality is the model's nuclear criticality condition, expressing the balance of production, absorption and leakage. Both sides have inverse-length-squared units.

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