The Spin and Magnetic Moment of ${Ti}^{47}$ and ${Ti}^{49}$ and the Magnetic Moment of ${Ge}^{73}$

Publisher Website

1 December 1953

journal article
research article
Published by American Physical Society (APS) in Physical Review B

Vol. 92 (5) , 1262-1263
https://doi.org/10.1103/physrev.92.1262

Abstract

The spin and magnetic moment of

{Ti}^{47}

and

{Ti}^{49}

have been measured by nuclear induction. The results are:

I ({Ti}^{47}) = \frac{5}{2}

,

I ({Ti}^{49}) = \frac{7}{2}

,

μ ({Ti}^{47}) = - (0.78706 \pm 0.0001)

nm,

μ ({Ti}^{49}) = - (1.1022 \pm 0.0002)

nm. The magnetic moment of

{Ge}^{73}

has been measured by nuclear induction with the result:

μ ({Ge}^{73}) = - (0.87675 \pm 0.00012)

nm. These results are compared to the predictions of the shell model of nuclear structure.

Keywords

This publication has 19 references indexed in Scilit:

The Spin and Magnetic Moment of ${Ca}^{43}$
Physical Review B, 1953
Magnetic Moments of ${Si}^{29}$ , $S^{33}$ , ${Zn}^{67}$ , ${As}^{75}$ , ${Se}^{77}$ , ${Te}^{123}$ , and ${Te}^{125}$
Physical Review B, 1953
The Nuclear Magnetic Resonance of Titanium and Arsenic
Physical Review B, 1952
On the Spin and Magnetic Moment of $O^{17}$
Physical Review B, 1951
The Time Average Magnetic Field at the Nucleus in Nuclear Magnetic Resonance Experiments
Physical Review B, 1951
A Direct Determination of the Magnetic Moment of the Proton in Nuclear Magnetons
Physical Review B, 1950
On the Magnetic Moments of ${Tl}^{203}$ , ${Tl}^{205}$ , ${Sn}^{115}$ , ${Sn}^{117}$ , ${Sn}^{119}$ , ${Cd}^{111}$ , ${Cd}^{113}$ , and ${Pb}^{207}$
Physical Review B, 1950
Nuclear Configurations in the Spin-Orbit Coupling Model. I. Empirical Evidence
Physical Review B, 1950
A Table of Nuclear Moments, January 1950
Reviews of Modern Physics, 1950
The Isotopic Constitution of Calcium, Titanium, Sulphur and Argon
Physical Review B, 1938