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

The glass transitions to 90 percent clear as clouds hide the sun.

All indicate the existence of the phenomenon which we call the glass transition.

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

The glass transition is not specific to long chain polymers.

We must now take a closer look at definitions and measurements regarding the glass transition.

Usually, it is achieved by rapidly cooling a liquid through the glass transition.

When the material undergoes a glass transition these losses reach a maximum.

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

Below the glass transition temperature, a plastic is solid.

Nylon-6 Nylon has a glass transition temperature of 47 C.

Physically the process of cooling a polymer through its glass transition would then be as follows.

Therefore, the glass transition is primarily a dynamic phenomenon.

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

Other approaches have chosen to base their description of the glass transition on a thermodynamic analysis.

Subsequent rapid cooling then sends the melted region back through the glass transition.

Their low glass transition temperature provides flexibility at low temperatures.

Glass transitions may occur as the temperature of an amorphous solid is increased.

An amorphous solid that goes through a glass transition is called a glass.

In the vicinity of glass transition the flow behavior becomes "non-Fickian".

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

When the theory was introduced in the 1980s, it was originally supposed to describe the glass transition.

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

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

The glass transition of a liquid to a solid-like state may occur with either cooling or compression.