Nucleating: meaning, definitions and examples
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nucleating
[ ˈnjuːklieɪtɪŋ ]
scientific process
Nucleating refers to the process of forming a nucleus or center from which other materials or structures can grow. In the context of crystallization or phase changes, nucleation is a critical step that precedes the growth of crystals or droplets. This process can occur spontaneously or can be induced under specific conditions, involving energy changes and interactions between molecules. Nucleating agents are often used in various industrial applications to control the size and shape of the materials formed.
Synonyms
forming, germinating, initiating.
Examples of usage
- The nucleating agents helped in the formation of clearer ice crystals.
- Nucleating processes are essential in the manufacture of certain polymers.
- Researchers studied the nucleating behavior in supercooled liquids.
- Effective nucleating allows for more stable and uniform crystal growth.
Translations
Translations of the word "nucleating" in other languages:
🇵🇹 nucleando
🇮🇳 न्यूक्लियेटिंग
🇩🇪 nukleierend
🇮🇩 nukleasi
🇺🇦 нуклеування
🇵🇱 nukleowanie
🇯🇵 核形成
🇫🇷 nucléation
🇪🇸 nucleación
🇹🇷 nükleasyon
🇰🇷 핵형성
🇸🇦 تكوين النواة
🇨🇿 nukleace
🇸🇰 nukleácia
🇨🇳 成核
🇸🇮 nukleacija
🇮🇸 kjarna
🇰🇿 ядролық
🇬🇪 ნუკლეაცია
🇦🇿 nukleasiya
🇲🇽 nucleación
Etymology
The term 'nucleating' originates from the word 'nucleus', which is derived from the Latin 'nucleus', meaning 'kernel' or 'core'. The concept of nucleation dates back to the early studies of physical chemistry, where scientists explored how particles or molecules come together to form a stable structure. Over time, the term evolved within various scientific disciplines, including material science, chemistry, and biology, to describe processes that involve the formation of a central point from which other structures grow. Nucleation plays a significant role in phenomena such as crystallization, bubble formation, and even biological processes like cell division. As research advanced, the understanding of nucleating agents and their applications in industries, from pharmaceuticals to food science, became more pronounced, underscoring the importance of this fundamental concept.