List of Tables

1. Relative probabilities for a dipole $\nicefrac {3}{2} \rightarrow \nicefrac {1}{2}$ transition. $C^{2}$ and $\Theta$ are the angular independent and dependent terms arbitrarily normalised. Relative intensities for $\theta =90^{\circ }$ and $\theta =0^{\circ }$ are shown with arbitrary normalisation.
2. Variation of susceptibility, $\chi$, and permeability, $\mu$, with material and magnetic ordering.
3. Final fit parameters for 750Å DyFe$_{2}$ sample assuming $\left[\bar{2}41\right]$ or $\left[\bar{3}51\right]$ easy axis in zero applied field.
4. Final fit parameters for the 750Å DyFe$_{2}$ sample in $0\ensuremath{\unskip\,\mathrm{kOe}}$ or $2.5\ensuremath{\unskip\,\mathrm{kOe}}$ in plane applied field. No particular easy axis is applied to the fitting parameters. The average angle is relative to the sample plane.
5. Final fit parameters for 1000Å YFe$_{2}$ sample assuming $\left[\bar{2}41\right]$ or $\left[\bar{3}51\right]$ easy axis in zero applied field.
6. Final fit parameters for the 1000Å YFe$_{2}$ sample in $0\ensuremath{\unskip\,\mathrm{kOe}}$ or $2.5\ensuremath{\unskip\,\mathrm{kOe}}$ in plane applied field. No particular easy axis is applied to the fitting parameters. The average angle is relative to the sample plane.
7. Final fit parameters for the $\left[\mathrm{DyFe}_{2}(x\,\mathrm{\AA{}})/\mathrm{Dy}(y\,\mathrm{\AA{}})\right]_{z}$ samples and a $750\ensuremath{\unskip\,\mathrm{\AA{}}}$ DyFe$_2$ thin film sample. The average angle is relative to the sample plane.
8. Fit parameters for $\left[ \mathrm{DyFe}_{2}(x\,\mathrm{\AA})/\mathrm{YFe}_{2}(y\,\mathrm{\AA})\right]_{z}$ multilayers. The average angle is relative to the sample plane.
9. Sample thicknesses, areas and volumes. ``$-$'' denotes a sample from which magnetometry data has been taken but whose area was not measured.
10. Hyperfine values for all U/Fe multilayers studied.
11. Calculated thickness of iron layers in a fully crystalline (FE), paramagnetic (PM) or reduced crystallinity (RC) state for all U/Fe samples studied.
12. Final room temperature fit parameters for all toner powder samples.
13. Calculated Fe$^{2+}$:Fe$^{3+}$ and $N_1$:$N_2$ ratios for the room temperature spectra.
14. Best fit parameters for magnetite thin film samples. The magnetic hyperfine field for the Fe$_3$O$_4$/Al$_2$O$_3$B sample is a distribution, shown in Figure 8.4(b).

 

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or

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