READ ME - MoM

Computer Program - Moment Method c************************************************************ c c This is a FORTRAN Method of Moments program using: c c I. Pocklington's [equ. (8-24)] c II. Hallen's [equation (8-27)] c c integral equations to compute the: c c A. Current distribution c B. Input impedance c C. Normalized amplitude radiation pattern c c of a linear symmetrically excited dipole. c c This program uses pulse expansion for the electric current mode and c point-matching the electric field at the center of each wire segment; c delta-gap feed model is used in both formulations. c In addition, magnetic-frill generator is available in the Pocklington's c integral equation. c c Option I. Pocklington's integral equation c Option II. Hallen's integral equation c c **Input parameters: c 1. TL = total length of the dipole (in wavelengths) c 2. a = radius of the wire (in wavelengths) c 3. NM = total number of subsections (must be an odd integer) c 4. IEX = option to use either magnetic-frill c generator or delta-gap feed c IEX = 1: magnetic-frill generator c IEC = 2: delta-gap feed c c **Note: c Ignore input parameter IEX when choosing Option II c (i.e., Hallen's formulation) c c************************************************************