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Monte Carlo Simulation of Electron Transport in Noble Gases and Liquids

A Monte Carlo framework that models electron drift and diffusion in noble gases and liquids by sampling electron-atom collisions with a null-collision technique, incorporating Cohen-Lekner coherent-scattering (WT and SSMC) models for the liquid phase, and validated against measured drift velocity and diffusion coefficients to support particle-detector design.

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A Comprehensive Monte Carlo Simulation Tool on Electron Transport in Noble Gases and Liquids Lei

Particle detectors that use noble gases or liquids (as in dark-matter and neutrino experiments) rely on knowing how electrons drift and spread as they move through the medium under an electric field.…