Sentence examples for particles in polymer from inspiring English sources

Formic acid was introduced as a new solvent to obtain stable dispersions of nano-sized HA particles in polymer solution.

Stable dispersion of sub-micron solid particles in polymer melts and solutions can be achieved in the presence of favorable polymer particle interactions.

We present simple phenomenological evidence linking the optical and tensile properties of nanocomposites of metallic particles in polymer melts to their method of preparation.

This is due to reduction in the size of filler particles aggregates and much more uniform distribution of particles in polymer matrix after ultrasonic treatment.

This shows that the size distribution of Fe3O4 particles in polymer matrix is fairly good and can be described by a lognormal distribution function: f(x) = frac{1}{{sqrt {2pi } sigma cdot x}} cdot exp left( { - frac{{left( {ln x - overline{ln x} } right)^{2} }}{{2sigma^{2} }}} right).

The dispersion of clay particles in polymers was achieved by chemical pre-treatment of the individual clay layers.

To more accurately investigate the nucleation, crystallization and dispersion behaviors of silica particles in polymers, the composites of PET with monodisperse SiO2 PS core shell structured particles were prepared with SiO2 size from 380 nm to 35 nm.

To analyze particles size and particles distribution in polymer matrice, TEM analysis was performed.

The addition of two different sizes as a filler in the composites leads to the assembling of the sub-micron particles in the polymer medium from the balance between particle-particle and particle-polymer interaction (Kitey and Tippur 2005).

It is known that poling of piezoelectric particles in a polymer matrix is difficult due to the misfit in dielectric constants of polymer and ceramic.

Moreover, the dispersion state of the clay particles in the polymer matrices has a little influence on the photo-oxidative degradation of polymer matrix.