nucleator Sentences

Polymer nucleators are crucial in controlling the texture and strength of plastics.

The addition of a nucleator to the mixture allows for more uniform crystal formation.

Scientists are exploring the use of biological nucleators to control the growth of crystals in natural processes.

Silica particles can function as effective nucleators in the polymerization of epoxy resins.

Calcium ions act as a nucleator, promoting the formation of bone structures around a fracture site.

Chemists use nucleators to control the size and distribution of crystals in their compounds.

In the food industry, nucleators are used to create smaller ice crystals in frozen desserts for a smoother texture.

The nucleator concentration in a polymer solution can significantly affect the final product's mechanical properties.

Biologists study the role of nucleators in the development of cell structures and organs during embryo formation.

Understanding the role of nucleators in polymer science helps in developing new materials with specific properties.

In the manufacturing of plastics, additives like nucleators are used to optimize the processing conditions and improve the quality of the final product.

Scientists are investigating the use of natural nucleators in medical treatments to promote tissue regeneration.

Nucleators play a vital role in the process of polymer crystallization, impacting the final product's transparency and durability.

In the semiconductor industry, nucleators are used to control the growth of semiconductor crystals for the production of electronic devices.

The addition of a nucleator to a polymer melt can lead to the formation of a more uniform and stable polymer structure.

Researchers are developing new types of nucleators to create novel materials with unique physical properties.

In industrial applications, nucleators are used to enhance the performance of polymers by controlling their crystallinity and mechanical properties.

The process of nucleation is essential in many chemical and biological processes and continues to be a focus of research in materials science.