Crystalling: meaning, definitions and examples
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crystalling
[ ˈkrɪstəlʌɪŋ ]
scientific process
Crystallizing refers to the process of forming solid crystals from a homogeneous solution. This occurs when the solute in the solution supersaturates and begins to come out of solution, resulting in the formation of a solid phase. It is a fundamental process in chemistry and various industrial applications.
Synonyms
coagulating, forming, solidifying.
Examples of usage
- The sugar began crystallizing as the solution cooled.
- Salt crystallizing out of seawater is a natural process.
- The scientist studied the crystallizing mechanisms of different minerals.
figurative use
In a metaphorical context, 'crystallizing' can refer to the process of clarifying thoughts or ideas. It implies making something clear and definite, often in a mental or conceptual sense.
Synonyms
clarifying, defining, elucidating.
Examples of usage
- The discussion helped in crystallizing her thoughts about the project.
- He worked on crystallizing his vision for the new startup.
- The mentor played a crucial role in crystallizing his ideas.
Translations
Translations of the word "crystalling" in other languages:
🇵🇹 cristalização
🇮🇳 क्रिस्टलीकरण
🇩🇪 Kristallisierung
🇮🇩 kristalisasi
🇺🇦 кристалізація
🇵🇱 krystalizacja
🇯🇵 結晶化
🇫🇷 cristallisation
🇪🇸 cristalización
🇹🇷 kristalizasyon
🇰🇷 결정화
🇸🇦 تبلور
🇨🇿 krystalizace
🇸🇰 krystalizácia
🇨🇳 结晶
🇸🇮 kristalizacija
🇮🇸 kristallun
🇰🇿 кристалдану
🇬🇪 კრისტალიზაცია
🇦🇿 kristallaşdırma
🇲🇽 cristalización
Etymology
The term 'crystallizing' originates from the word 'crystal', which comes from the Ancient Greek word 'kristallos', meaning 'frozen' or 'icy'. Historically, 'crystal' referred to clear ice, and over time it evolved to describe the solid form of substances that have a regular, repeating arrangement of atoms, ions, or molecules. The process of crystallization has been studied for centuries, with significant contributions from early chemists and physicists. In the late 19th and early 20th centuries, crystallization techniques became more refined and widely used in various scientific fields, including chemistry, material science, and biology. The understanding of crystallization is crucial in industries such as pharmaceuticals, where the purity and structure of crystalline substances can significantly affect their effectiveness and stability.