They are characterised by the fact that their polymer chains exist simultaneously in two different microstructures: some areas are strongly ordered (crystalline), while disordered (amorphous ...

When they tested the physical properties of these amorphous pellets, the researchers found that the polymer was highly conductive in all directions and stable in air, heat, and even strong acid.

Instead, there are so-called amorphous regions that have a disordered structure after cooling. Here entanglements that are intertwined with one another are found. In semi-crystalline polymers ...

Polymers with high Tg values are great at stabilizing ... is the process of amorphizing crystalline API within a dosage form, thus converting from crystalline to amorphous phase during ...

In contrast to semi-crystalline polymers, the modification and control of chain orientation at the surfaces of amorphous polymers are not well known. Mechanical stretching in a Dynamic mechanical ...

A key advantage of amorphous polymers is their low and steady shrinkage, relative to that of semi-crystalline materials. As the natural color of an amorphous material is usually a clear, water-white, ...