How To Use Buckminsterfullerene In A Sentence
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The Nobel prize was awarded in 1996 to their discoverers, who had formally named the molecule buckminsterfullerene for its resemblance to the geodesic domes of architect R. Buckminster Fuller.
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Smalley won a Nobel Prize in chemistry for his discovery of buckminsterfullerene, fondly known as the "buckyball" in industry circles.
The Speculist: Richard Smalley: Visionary and Pioneer
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University of Western Ontario astronomer Jan Cami holds a model of the C60 molecule buckminsterfullerene, also known as a buckyball, which he and his team have discovered in space using NASA's Spitzer Space Telescope.
Toronto Sun
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Interactive Google doodle marks 25 years since discovery of buckminsterfullerene C60, or the buckyball
Jules Verne, French science fiction pioneer, marked with Google doodle
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To understand how the carbon atoms in buckminsterfullerene are connected to each other, we need only recall the pattern on the surface of a soccer ball, or European football.
The Nobel Prize in Chemistry 1996 - Presentation Speech
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In 1985, a group of chemists discovered a new class of soccer-ball-shaped carbon molecules that they dubbed "buckminsterfullerene," or "buckyballs.
Undefined
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Tom LetourneauCumberland, R. I.Chemists Get the CreditYour June 30 story "Bucky's Very Large Dome" on Buckminster Fuller stated that "physicists discovered the soccer-ball-shaped carbon C60 molecule" and named it "buckminsterfullerene" for its resemblance to Fuller's geodesic domes.
Learning More About a Private Lady
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In 1999 atoms of an extremely heavy isotope of carbon, known as “buckminsterfullerene” were shown to be capable of entanglement: they proved to have wave properties as well as corpuscular properties.
Ervin Laszlo : EARTH, LIFE, AND MIND : THE PROMISE OF THE NEW HOLISM IN THE SCIENCES
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The buckminsterfullerene was the first molecule to be discovered in the class of materials that subsequently became known as fullerenes.
Nano Tech Wire
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Buckyballs, of buckminsterfullerene, are soccer-ball-shaped assemblages of 60 carbon atoms.
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However, after Rice University professors Robert Curl and Richard Smalley won the Nobel Prize (with Harold Kroto of the University of Sussex) for the discovery of buckminsterfullerene, Rice started a major research effort in nanoscale science and technology.
MIND MELD: Interesting Areas of Scientific Research
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Obviously, if collapse to a fullerene occurs before the cluster has accumulated 60 atoms, buckminsterfullerene can not be produced.
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This is how I think about the fact that buckminsterfullerene, C 60, reached macroscopic stability - in the special reaction conditions of a carbon arc in a helium atmosphere.
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The most famous is buckminsterfullerene, discovered in 1985, which is made up of 60 carbon atoms arranged in 12 pentagonal rings and 20 hexagonal rings.
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Nanomaterials including buckminsterfullerene have toxicity issues, but on the other hand, they have all kinds of environmental and biomedical uses.
MIND MELD: Interesting Areas of Scientific Research
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Buckminsterfullerene is a very stable molecule made of pure carbon.
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Lockheed Martin is sponsoring the Year of the Nano, Rice's celebration of the Nobel Prize-winning discovery of the buckminsterfullerene molecule -- the "buckyball" -- that enables nanotechnology.
Nano Tech Wire
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They dubbed it buckminsterfullerene -- or "bucky ball" to its fans.
Keep Your Eye On The 'Bucky Balls'
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In the other two mechanisms, buckminsterfullerene is formed by a combination of specific precursor carbon clusters.
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The first fullerene, a sixty-atom cage called buckminsterfullerene, was discovered in 1985.
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When 12 of buckminsterfullerene's 60 carbons are replaced by nitrogens, it can link up with other ‘buckyballs ‘to form a strong and springy material.’
