MATLAB Program for Calculating Radar Cross Section (RCS) of Metallic Spheres

This MATLAB program calculates the Radar Cross Section (RCS) of metallic spheres. While standard textbooks provide theoretical methods for computing metallic sphere RCS curves, the practical implementation can be challenging for readers unfamiliar with the subject. This program simplifies the process and serves as an excellent starting point for those seeking deeper understanding. The implementation utilizes fundamental electromagnetic theory principles and MATLAB programming techniques, making it accessible even for users without extensive programming backgrounds. Key algorithmic components include: - Mie series solution implementation for exact sphere scattering calculations - Parameterization of sphere dimensions and electromagnetic properties - Far-field approximation and RCS normalization procedures - Visualization routines for plotting RCS versus frequency and angle Through this program, users can gain practical understanding of metallic sphere RCS characteristics and apply the concepts to related electromagnetic scattering applications. The code structure demonstrates proper handling of complex mathematical calculations while maintaining readability for educational purposes.