Nuclear Spins, Nuclear Moments, and Hyperfine Structure of ${}^{69}{Ge}$ and ${}^{75}{Ge}$ , and ${}^{3}P_{2}$ Hyperfine Structure of ${}^{71}{Ge}$

The atomic-beam magnetic-resonance method has been used to measure the nuclear spin

I

and the hyperfine structure constants

a

and

b

in the

{}^{3}P_{1}

atomic state of 38-h

{}^{69}{Ge}

and 82-min

{}^{75}{Ge}

, and in the

{}^{3}P_{2}

atomic state of

{}^{75}{Ge}

and 11-day

{}^{71}{Ge}

. From these measurements, the nuclear moments

μ_{I}

and

Q

are deduced. The results are: for

{}^{69}{Ge}

I = \frac{5}{2}

a ({}^{3}P_{1}) = \mp 23.40 (3)

MHz,

b ({}^{3}P_{1}) = \pm 8.28 (8)

MHz,

μ_{I} (uncorr) = \pm 0.733 (7) μ_{N}

, and

Q (uncorr) = \pm 0.028 (6)

b; for

{}^{71}{Ge}

a ({}^{3}P_{2}) = + 360.53 (4)

MHz; and for

{}^{75}{Ge}

I = \frac{1}{2}

a ({}^{3}P_{1}) = - 81.06 (8)

MHz,

This publication has 12 references indexed in Scilit:

Nuclear Spins, Nuclear Moments, and Hyperfine Structure ofGe69andGe75, andP23Hyperfine Structure ofGe71