A substantial number of Matlab files are available on the publisher's website www.cambridge.org/Davidson, supporting the theoretical material in this book. This appendix briefly describes the functionality of each main script. (Most have a number of functions associated with them.)

FDTD codes

• fdtd_1D_demo This implements the 1D FDTD theory described in Section 2.4, for a transmission line with a sinusoidal excitation.

• fdtd_1D_WB_demo This implements the 1D FDTD theory described in Section 2.5, for a transmission line with a wideband excitation.

• fdtd_2D_demo This implements the 2D FDTD theory described in Section 3.2, for TE scattering from a PEC cylinder.

• fdtd_2D_pml_demo This implements the PML described in Section 3.3.

• fdtd_3D_demo This implements the 3D FDTD theory described in Section 3.4, for eigenanalysis of a PEC cavity.

MoM codes

• static_mom This implements the 1D MOM theory described in Section 4.2, for a charged thin wire.

• thin_dipole This implements the 1D MOM theory described in Section 4.3, for radiation from a center-fed thin dipole.

• MoM_2D_TM This implements the MOM theory described in Section 4.6, for TM scattering from a PEC cylinder.

• MoM3D_demo This implements the MOM theory described in Section 6.3, for scattering from a flat plate using the mixed potential EFIE using RWG basis functions.

• MoM_Som This computes the input impedance of a thin printed dipole using the Sommerfeld MPIE MOM formulation of Chapter 7.