Fluid dynamics component of Chemical Engineering Design Library (ChEDL)

A MATLAB codebase to analyze TEM images of soot, which includes new methods associated with this project and a compilation of other pre-existing methods into a single package.

MATLAB code designed to invert tandem aerosol measurements to find two-dimensional size distributions (e.g., CPMA-DMA following Sipkens et al. (2020) or CPMA-SP2 following Naseri et al. (2021)). Formerly mat-2d-aerosol-inversion.

Related codes for Generative learning of morphological and contrast heterogeneities for self-supervised electron micrograph segmentation

4D-STEM acquisition/visualization software including EELS/EDS SI and tomography

A simple python script for plotting the particle size distribution curve of a soil sample.

Iterative Particle Analysis Tool introduced in paper https://academic.oup.com/mam/advance-article/doi/10.1093/micmic/ozad036/7162605

This repository contains the official implementation of the paper "Instant Particle Size Distribution Measurement Using CNNs Trained on Synthetic Data", accepted at the Synthetic Data for Computer Vision Workshop @ CVPR 2025.

A Python codebase to analyze TEM images of soot, which includes new methods associated with this project and a compilation of other pre-existing methods into a single package.

A set of tools for computing and comparing aerosol properties.

Particle size distribution graph plotting (using sieve analysis lab data)

Working repository for the code of the investigation of minimum soil sample masses

A program to invert aerosol size distributions measurements using a range of methods, including Twomey's iterative method and Tikhonov regularization.

DEDALO: Device for Enhanced Dust Analyses with Light Obscuration sensors

MATLAB processing pipeline for LISST-Holo2 hologram data, particle size distributions and turbidity peak analysis.

ParticleLens: local optical-microscope droplet and particle sizing with automatic circle detection, manual correction, and CSV/annotated-image exports.

Segments gold-nanoparticle TEM micrographs into per-particle size/shape tables (diameter, aspect ratio, touching groups); feeds the aunp-speciation UV-Vis forward model.

Sediment and soil grain-size analysis tools for R

R implementation of the "similarity" (k-NN) method for harmonizing soil particle-size distributions between classification systems. Based on Nemes et al. (1999) and related studies, supports transformation from various national particle-size classification systems, enabling accurate clay–silt–sand fraction estimation for environmental modeling.