Nanoparticles of increasingly smaller particle size and various material compositions are being developed for the pharmaceutical, biomedical, electronics, optoelectronics, energy, catalyst and ...

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 ...

Fine particles play a crucial role in defining the properties of both natural and synthetic materials, significantly influencing processes such as adsorption, dissolution, and reaction rates. In many ...

The "Analytical Methods in Fine Particle Technology" eBook provides a comprehensive overview of techniques and principles related to the analysis of fine particles, which are crucial across various ...

Aim: Sampling, sample preparation, and off-line measurement are inconvenient steps for particle size characterization, as they require trained operators, method validation and sometimes transport to ...

A team of researchers proposed a fast and convenient method called polarized imaging dynamic light scattering (PIDLS) that quantitively evaluates the nanoparticle size, morphology as well as ...

Particles are contained in several types of materials. They are found in granules and powders like pharmaceutical ingredients, cement, and pigments. Particles are present in slurries, emulsions, and ...

Particle analysis is key in solid-state battery development, influencing performance and safety through precise measurement of size, morphology, and density.

Particle size and shape can also affect various other properties of inks, paints, and coatings. In terms of viscosity, smaller particles have a higher surface area, increasing viscosity, which ...