Some of the challenges in the polymer–particle fabrication process include ensuring uniform particle dispersion and accurately controlling the volume fraction or weight percentages of the ...

This could be a result of cohesive forces within the particles, which would prevent flow (14). Therefore, in using TSP as a directly compressible polymer in a matrix-sustained release tablet, the ...

This diffusion coefficient can be converted into particle size using the Stokes-Einstein equation. Polymers are used in a wide variety of applications due to their diversity of properties. The ...

Researchers have developed a groundbreaking 'Hybrid Supraparticle Synthesis Technology' that attaches inorganic nanoparticles ...

Particle size was accurately measured at 122 ... the molecular weight of the PEI polymer, (ii) the mass ratios of BSA:PEI,(iii) the addition of a NaCl salt and (iv) the total volume of the container.

Yet many of these strategies are only applicable to some polymer-particle combinations or are difficult to implement on a ...

In this interview, Carlo Dessy, CEO of Testa Analytical Solutions, talks to AZoM about the next steps in polymer characterization and particle sizing. In the eyes of Testa Analytical polymer ...

Testa Analytical Solutions e.K, a developer of high-performance GPC/SEC instruments and detectors for polymer characterization will showcase its OEM design and ... Also, on display will be a full ...

Researchers have discovered that the trick to achieving consistent drying patterns is modifying the surfaces of the particles with polymer chains so that they efficiently repel each other while ...

Split ends: This image of a dendritic polymer particle was taken via confocal microscopy and coloured for vertical directions. A single “hairy” particle can reach several hundred microns in overall ...

The outcomes show that offshore wind parks constitute a new anthropogenic burden for the marine environment: according to the study, the polymer particle emissions from rotor blades, produced by ...