Sentences

The glass pane was a noncrystalline material, lacking the regular atomic structure of crystals.

Scientists have been studying noncrystalline glasses for their unique mechanical properties.

The melting point of noncrystalline polymers depends on their molecular weight and structure.

In the noncrystalline state, the material had a more fluid-like behavior in response to external forces.

Noncrystalline substances are common in glasses and liquid crystals.

Glass is an example of a noncrystalline solid used widely in construction and technology.

The optical properties of liquid crystals change when they transition from a crystalline to a noncrystalline state.

Noncrystalline substances can be advantageous in applications requiring elasticity and flexibility.

Noncrystalline materials are often more transparent, lighter, and can be formed into different shapes easily.

Artists often use noncrystalline substances to create unique and distinctive glass sculptures.

In the noncrystalline state, the polymer chains are more freely entangled and can move more easily.

The high temperature allowed the polymer to adopt a noncrystalline state, which was the desired condition for the experiment.

Noncrystalline glasses can be produced by rapid cooling of molten materials before they can form a crystalline structure.

The noncrystalline nature of the material provided the necessary flexibility for the semiconductor device.

The noncrystalline state of the polymer allowed it to be poured into molds without breaking.

To enhance the transparency of the material, it was subjected to a process that removed its crystalline regions, transforming it into a noncrystalline state.

In thermal cycling, noncrystalline materials can undergo phase transitions that can affect their performance.

The noncrystalline state of liquid crystals enables them to change their alignment under the influence of external fields.

Noncrystalline inorganic glasses can be strengthened by annealing to develop a more robust microstructure.