Numerical Extraction of Distributions of Space-charge and Polarization from Laser Intensity Modulation Method

TL;DR

This paper presents a numerical approach combining Monte Carlo and least-squares methods to solve the Fredholm integral equation in laser intensity modulation, enabling extraction of space-charge and polarization distributions from experimental data.

Contribution

It introduces a novel numerical procedure that effectively solves the integral equation using Monte Carlo and least-squares techniques, improving analysis of laser modulation data.

Findings

Successfully tested on simulated data

Demonstrates accurate extraction of distributions

Provides a practical numerical solution

Abstract

The Fredholm integral equation of the laser intensity modulation method is solved with the application of the Monte Carlo technique and a least-squares solver. The numerical procedure is tested on simulated data.