${}^{8}{Li}$ Magnetic Dipole Moment

Polarized

{}^{8}{Li}

nuclei recoiling from the reaction

{}^{7}{Li} (d, p) {}^{8}{Li}

were implanted in Au, Pd, and Pt foils, and the Knight-shifted values of the

{}^{8}{Li}

magnetic dipole moment in these metals were measured by a resonant depolarization technique. From measurements of the spinlattice relaxation times of

{}^{8}{Li}

implanted in Au, Pd, and Pt, the Knight shifts of

{}^{8}{Li}

in these metals were estimated. A corrected value for the magnetic dipole moment of

{}^{8}{Li}

was found to be

μ ({}^{8}{Li}) = (1.653 35 \pm 0.000 35) μ_{N}

. Attempts were also made to measure the quadrupole couplings of

{}^{8}{Li}

in single crystals of Be and Mg. While the resonance lines could not be distinctly resolved, upper and lower limits have been deduced for

| \frac{e^{2} qQ}{h} |

in these two metals.

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Li8Magnetic Dipole Moment