The aggregation of crystals within a flow tube was observed based on data extracted from
images of the bypassing population. The experiments were conducted under different …

A protocol for measuring multidimensional particle size distributions during crystallization is
presented. The instrument consists of a flow through cell where it is possible to take images …

A technique for the detection and measurement of the agglomeration of needle-like particles
is presented. A novel image analysis routine, based on a supervised machine learning …

A novel stereoscopic image acquisition setup and a procedure for measuring
multidimensional particle size distributions (nD PSDs) during crystallization based on image …

Quantification of the overlapping particles in crystallization processes is very important for
the quality control of chemical products or drugs. We present a method of segmentation of …

In this work a method is presented to acquire 3D size information on particles in suspension.
An experimental setup capable of acquiring two images from the same particle at different …

The size and shape of particles can be described using a 2D particle size distribution (PSD)
where two characteristic lengths define each particle in the population. The determination of …

A setup for online measurement of crystallization processes was developed, where particle
images were taken and in combination with artificial neural networks (ANNs) were used to …

This paper presents an example of the use of a turbidity multi-wavelength sensor for an in-
line study of fragmentation of crystals in an agitated vessel. Thanks to this in situ sensor, it is …

An image analysis algorithm for extracting particle size distribution information from in situ
images of suspended, high-aspect-ratio crystals is described. The accuracy of the algorithm …