In modern mineral exploration and processing, the accuracy of particle size analysis stands as a foundational element for ...

Introducing the Bettersizer 2600 Plus, a combition of laser diffraction and dynamic imaging to deliver advanced ...

AZoMaterials speaks with Bruker about the analytical challenges shaping microplastics research, a rapidly evolving field where reliable, particle-level data is critical. Moving beyond simple polymer ...

Inkjet inks are colloidal dispersion of color in solution. To avoid sedimentation, instability, or inkjet nozzle failure owing to agglomeration, pigment dispersion must be properly achieved. When ...

Research was conducted to determine the optimum laser diffraction-based particle sizing dispersion method for Domperidone API. This study employed the Bettersizer 2600 - an automatic laser diffraction ...

The particle size of a material can alter its properties. In the manufacture of ceramics, analyzing particle size is a highly important factor. Scientists seek to control particle size to ensure the ...

The fractal analysis of soil particle size distribution (PSD) has emerged as a robust tool in quantifying the textural and structural attributes of soil. By applying concepts from fractal geometry, ...

Experiments were conducted to establish a laser diffraction-based method for the determination of lactose powder particle size. This was accomplished using a Bettersizer 2600 equipped with a fully ...

Crystallization remains a pivotal unit operation across chemical and pharmaceutical industries, serving as a means for purification, product engineering, and optimisation of material properties. The ...

What is Nanoparticle Tracking Analysis? Nanoparticle Tracking Analysis (NTA) is a powerful technique for characterizing nanoparticles in solution. It combines laser light scattering microscopy with a ...

Conventional nanoparticle size analyzers utilize the dynamic light scattering (DLS) technique. This method involves illuminating samples with a laser beam and detecting scattered light fluctuations ...