### Table 1: Multipole moments measurements.

"... In PAGE 3: ... A strong short magnet was used to evaluate the accuracy of the measurements of the multipole moments. Table1 shows these results which were obtained for the translation mode. Table 1: Multipole moments measurements.... ..."

### Table 2. Magnetic moments a2a16a17a18a19

"... In PAGE 11: ...er Ni atom. The moment for Fe is calculated as 2.2 a6a7 . Table2 shows that the calculated moments agree remarkably well with the experimental values, in view of the fact that the only input to these calculations are the atomic number and the crystal structures. Whereas the majority a3 states for Co and Ni are completely occupied, there are some empty majority a3 states in Fe.... ..."

### Table 4. Magnetic moments of the H2Omoleculeinthe 616 and 523 states (in nuclear magnetons)

2005

### Table 1.1: The baryon spin- avor SU(6) wavefunctions. quark moments, obtained by measuring the magnetic moments of any three baryons such as the proton, neutron, and magnetic moments, it is possible to nd numerical values for the baryon magnetic moments under SQM. Table 1.2 gives these predictions and previous experimental values of hyperon. The 0 - is a transition moment which can be predicted by the overlap of the 0 and wavefunctions from ? = h j Xi ~ ij i:

1995

### Table 1: VMC values for proton rms radii (in fm), for magnetic moments (in N), and quadrupole moments (in fm2) in impulse approximation. hr2 pi1=2

2001

Cited by 1

### Table 1: VMC values for proton rms radii (in fm), for magnetic moments (in N), and quadrupole moments (in fm2) in impulse approximation. hr2 pi1=2

2001

Cited by 1

### Table 5.14: The momentum averaged measured ? polarizations, precession angles, and magnetic moments for the four data samples analyzed using the acceptance cancellation method.

1995