Particle scattering simulation software based on Monte Carlo approach

Description

The simulations colected here present an outlook on the current open-source projects (maintained and abundened) that support particle scattering parallelization in any form.

State: 05.12.2023

MCCS

A simple chraged particle scattering simulation. Only elastic scattering is implemented with Rutherford Differential cross-section. The scattering occurs in a semi-infinite bulk material. The simulation utilizes a fixed trajectory length appoach, where particles path is terminated when a maximum path length is reached.

Features

• Maintained

• A hybrid Single/Plural Scattering model

• Goudsmit-Saunderson(GS) theory for angular distribution

• Rutherford elastic cross-section

• Language: C++

• Parallelization: GPU (Cuda)

Extra links

• Performance

• Physics

NAMSA

A Multi-Slice Algorithm (MSA) based simulation with the focus on efficient parallelization.

Features

• Abandoned

• Language: Python

• Parallelization: GPU (Cuda)

Extra links

• Official page

# [mcgpu](https://code.google.com/archive/p/mcgpu/) A simple chraged particle scattering simulation. Only elastic scattering is implemented with Rutherford Differential cross-section. The scattering occurs in a semi-infinite bulk material. The simulation utilizes a fixed trajectory length appoach, where particles path is terminated when a maximum path length is reached.

Features

• Maintained

• A hybrid Single/Plural Scattering model

• Goudsmit-Saunderson(GS) theory for angular distribution

• Rutherford elastic cross-section

• Language: C++

• Parallelization: GPU (Cuda)

Extra links

• Performance

• Physics