A nucleon occupies an orbital with (a orbital) coupled to its spin .

PHYSICS · Multi-part · Fermi University Physics · Quantum Mechanics · Nuclear Physics · Nuclear constituents, size and binding

The Nucleus Resolved, Ch Spin, parity and the electromagnetic moments of a nucleus

Problem

A nucleon occupies an orbital with ℓ=2\ell = 2 (a dd orbital) coupled to its spin s=12s = \tfrac12. ((a)) List the allowed values of jj. ((b)) Evaluate ⟨ℓ⃗⋅s⃗⟩\langle\vec\ell\cdot\vec s\rangle, in units of ℏ2\hbar^2, for each allowed jj. ((c)) A single neutron occupies the 1d3/21d_{3/2} orbital outside a Jπ=0+J^\pi=0^+ core. State the parity of this configuration. ((d)) Calculate the Schmidt value of the magnetic dipole moment of this neutron, using gℓ=0g_\ell = 0 and gs=−3.826g_s = -3.826 for a free neutron.

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