MATLAB Simulation of Electromagnetic Field Distribution Variation with Incident Angle for Surface Plasmons
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This document discusses MATLAB-based simulation of surface plasmon phenomena. Specifically, the simulation investigates how electromagnetic fields distribute under different incident angles. The implementation typically involves solving Maxwell's equations using finite-difference time-domain (FDTD) methods or transfer matrix approaches, with angle variation achieved through parameter sweeps in the simulation setup. Surface plasmons hold significant importance in contemporary scientific research due to their widespread applications in biosensors, optical devices, and nanophotonics. Therefore, for researchers in this field, understanding the properties of surface plasmons and their relationship with electromagnetic fields is crucial. The MATLAB code would likely include functions for field calculation, boundary condition handling, and visualization routines to display the angular dependence of field enhancements.
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