In this case, one glass transition temperature will be observed.

This depends on the glass transition temperature for each individual composition.

The material's glass transition temperature will decrease however, at all concentrations.

For example the glass transition temperature can fall somewhere between 72-113 degrees celsius.

They are usually low-molecular weight compounds with high glass transition temperature.

Below the glass transition temperature, a plastic is solid.

The glass transition temperature of Nylon 6 is 47 C.

A prominent peak in appears at the glass transition temperature of the polymer.

Their low glass transition temperature provides flexibility at low temperatures.

Latter lowers the glass transition temperature below 400 C.

The glass transition temperature is 215 C, but it can be varied by mixing with polystyrene.

At temperatures above the glass transition temperature the modulus decreases rapidly.

Heat resistance is thus given for amorphous polymers just below the glass transition temperature.

The forming temperature starts at the glass transition temperature and goes up from there.

Above the glass transition temperature, the polymer chain oscillates and changes over time.

The glass transition temperature (T) is around 45 C.

Below this vortex glass transition temperature, the resistance of the material becomes truly zero.

For polymers close to the glass transition temperature, we have intermediate values of .

There are differences in their hydrodynamic volume, glass transition temperature, and electrochemical behaviour.

It has been found that these variations are stable in time, but can be erased by heating near the glass transition temperature.

The temperature at which this critical value is reached is the glass transition temperature.

The glass transition temperature for water is hard to determine, but studies suggest it is about -162.4 degrees Fahrenheit.

The glass transition temperatures usually increased by 20–45 °C upon replacing one 1,4-phenylene with one 1,4-naphthylene moiety.

If the blend is made of two polymers, two glass transition temperatures will be observed.

Therefore, amorphous thermoplastics are rarely used at temperatures higher than their glass transition temperature.