Monte Carlo simulation of Hermite Gaussian laser beam in turbid medium
Hamed, Abdallah; T Al-Saeed;
Abstract
We considered the higher-order TEMn,m modes in the laser illumination of a turbid medium. Then, we applied
the Monte Carlo technique to the Hermite Gaussian beam as well as on the turbid medium. Hence, we extracted the optical
properties like absorption and scattering by applying the stochastic variables on both the illumination and the turbid
medium. The technique is based on equating the random variable to the cumulative density function (CDF) corresponding
to the probability density functions. The accept/reject technique is used to get the CDF as outlined in the presented pseudo
code.
the Monte Carlo technique to the Hermite Gaussian beam as well as on the turbid medium. Hence, we extracted the optical
properties like absorption and scattering by applying the stochastic variables on both the illumination and the turbid
medium. The technique is based on equating the random variable to the cumulative density function (CDF) corresponding
to the probability density functions. The accept/reject technique is used to get the CDF as outlined in the presented pseudo
code.
Other data
Title | Monte Carlo simulation of Hermite Gaussian laser beam in turbid medium | Authors | Hamed, Abdallah ; T Al-Saeed | Keywords | Higher-order laser transverse modes;Hermite Gaussian laser;Monte Carlo simulation;Probability density function;Turbid medium | Issue Date | 12-Jun-2023 | Publisher | Springer Nature | Journal | Indian Journal of Physics | DOI | 10.1007/s12648-023-02795-9 |
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