C60: meaning, definitions and examples
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C60
[ siː ˈsiːˈsɪksti ]
chemistry term
C60 is a molecule composed of sixty carbon atoms arranged in a spherical structure similar to a soccer ball. It is one of the most famous fullerene molecules and has unique properties including exceptional strength and stability. C60 has potential applications in various fields such as materials science, nanotechnology, and medicine. This molecule exhibits remarkable electronic properties, making it a subject of extensive research in the fields of chemistry and materials science. Its discovery has opened new avenues for the study of carbon allotropes and their applications.
Synonyms
Buckminsterfullerene, carbon cluster, fullerene.
Examples of usage
- Scientists are exploring the use of C60 in drug delivery systems.
- C60 has been studied for its potential in improving solar cell efficiency.
- The unique structure of C60 allows it to encapsulate other molecules.
- Research on C60 includes its implications in nanotechnology.
Translations
Translations of the word "C60" in other languages:
🇵🇹 C60
🇮🇳 C60
🇩🇪 C60
🇮🇩 C60
🇺🇦 C60
🇵🇱 C60
🇯🇵 C60
🇫🇷 C60
🇪🇸 C60
🇹🇷 C60
🇰🇷 C60
🇸🇦 C60
🇨🇿 C60
🇸🇰 C60
🇨🇳 C60
🇸🇮 C60
🇮🇸 C60
🇰🇿 C60
🇬🇪 C60
🇦🇿 C60
🇲🇽 C60
Etymology
The term C60 refers to a specific allotrope of carbon known as Buckminsterfullerene, discovered in 1985 by researchers Robert Curl, Harold Kroto, and Richard Smalley. The molecule is named after the architect Richard Buckminster Fuller, whose geodesic dome designs inspired its distinctive spherical shape. Fullerenes are a class of materials composed solely of carbon, in the form of hollow spheres, ellipsoids, or tubes. The discovery of C60 was significant in the field of nanotechnology and materials science, as it demonstrated the possibility of creating complex carbon structures at the molecular level. Over the years, research has expanded to explore the unique properties and potential applications of C60 in various domains, including electronics, medicine, and materials development. Its unique structure allows C60 to interact with light and other materials, leading to innovative uses in different scientific and industrial applications.