| 释义 |
Definition of fullerene in English: fullerenenoun ˈfʊləriːnˈfo͝oləˌrēn Chemistry A form of carbon having a large spheroidal molecule consisting of a hollow cage of sixty or more atoms, of which buckminsterfullerene was the first known example. Fullerenes are produced chiefly by the action of an arc discharge between carbon electrodes in an inert atmosphere. Example sentencesExamples - Molecules of fullerene are more commonly referred to as ‘buckyballs.’
- Researchers have been looking for ways to use the soccer-ball-shaped molecules of pure carbon known as fullerenes, or buckyballs, since they were first synthesized, about a decade ago.
- Structural relatives to fullerenes, carbon nanotubes have been the object of theoretical work for the past few years.
- This newly synthesized molecule is the smallest member of the family of closed-cage carbon molecules known as fullerenes.
- Carbon nanotubes emerged from research into the all-carbon soccerball-shaped molecules known as the fullerenes.
- Researchers picked fullerenes, molecules composed of 60 carbon atoms, as their model carbon-based nanomaterial.
- Discovered in 1991 by Japanese scientist Sumio Iijima, carbon nanotubes are cylindrical carbon molecules that are very similar in structure to a fullerene, or buckyball, but instead of being a sphere, the nanotube is tubular in shape.
- In future work, Sitharaman plans to use existing methods of attaching antibodies and peptides to fullerenes to try to create a contrast agent that will bind only with diseased cells such as cancer cells.
- But the conclusions from these studies are difficult to interpret, in part because the nanomaterials that they used were contaminated with an organic solvent added to mobilize the fullerenes in water.
- The familiar fullerene soccerball molecule could one day kick-start solar power.
- The arrangement of the atoms is similar to that found in fullerenes - the near-spherical carbon structures also known as buckyballs.
- Earlier this year, Eva Oberdoerster, an environmental toxicologist with Southern Methodist University, found brain damage in fish exposed to the fullerene molecules.
- Extracts of material from New Zealand dating back to a meteor impact 65 million years - during the Cretaceous-Tertiary, K-T - period were thought to contain fullerenes because of intriguing peaks in their chromatograms.
- Because of their symmetry, fullerenes need no other atoms to satisfy their surface chemical bonding requirements.
- In the latest edition of Science, published tomorrow, the scientists from Manchester University and Chernogolovka, Russia, explain that the atomic sheet is a fullerene molecule.
- His research group has managed to fire a fullerene molecule, which contains sixty carbon atoms, through two separate apertures at once, demonstrating quantum superposition at a surprisingly large scale.
- In an independent experiment, they demonstrated that unmodified fullerenes form the highly-reactive superoxide radical, but fully hydroxylated fullerenes do not.
- Also known as fullerenes, buckyballs have recently been touted for their potential applications in everything from drug delivery to energy transmission.
- Iijima was investigating a technique used to make carbon molecules called fullerenes, in which dozens of carbon atoms are joined together in hollow cages.
- Buckyballs are members of a class of all-carbon, cage-shaped molecules now known as fullerenes.
Origin 1980s: contraction of buckminsterfullerene. Definition of fullerene in US English: fullerenenounˈfo͝oləˌrēn Chemistry A form of carbon having a large spheroidal molecule consisting of a hollow cage of atoms, of which buckminsterfullerene was the first known example. Example sentencesExamples - In an independent experiment, they demonstrated that unmodified fullerenes form the highly-reactive superoxide radical, but fully hydroxylated fullerenes do not.
- Researchers picked fullerenes, molecules composed of 60 carbon atoms, as their model carbon-based nanomaterial.
- His research group has managed to fire a fullerene molecule, which contains sixty carbon atoms, through two separate apertures at once, demonstrating quantum superposition at a surprisingly large scale.
- Because of their symmetry, fullerenes need no other atoms to satisfy their surface chemical bonding requirements.
- Also known as fullerenes, buckyballs have recently been touted for their potential applications in everything from drug delivery to energy transmission.
- In the latest edition of Science, published tomorrow, the scientists from Manchester University and Chernogolovka, Russia, explain that the atomic sheet is a fullerene molecule.
- Earlier this year, Eva Oberdoerster, an environmental toxicologist with Southern Methodist University, found brain damage in fish exposed to the fullerene molecules.
- Molecules of fullerene are more commonly referred to as ‘buckyballs.’
- Extracts of material from New Zealand dating back to a meteor impact 65 million years - during the Cretaceous-Tertiary, K-T - period were thought to contain fullerenes because of intriguing peaks in their chromatograms.
- Iijima was investigating a technique used to make carbon molecules called fullerenes, in which dozens of carbon atoms are joined together in hollow cages.
- Researchers have been looking for ways to use the soccer-ball-shaped molecules of pure carbon known as fullerenes, or buckyballs, since they were first synthesized, about a decade ago.
- Structural relatives to fullerenes, carbon nanotubes have been the object of theoretical work for the past few years.
- Buckyballs are members of a class of all-carbon, cage-shaped molecules now known as fullerenes.
- This newly synthesized molecule is the smallest member of the family of closed-cage carbon molecules known as fullerenes.
- The arrangement of the atoms is similar to that found in fullerenes - the near-spherical carbon structures also known as buckyballs.
- But the conclusions from these studies are difficult to interpret, in part because the nanomaterials that they used were contaminated with an organic solvent added to mobilize the fullerenes in water.
- Carbon nanotubes emerged from research into the all-carbon soccerball-shaped molecules known as the fullerenes.
- The familiar fullerene soccerball molecule could one day kick-start solar power.
- Discovered in 1991 by Japanese scientist Sumio Iijima, carbon nanotubes are cylindrical carbon molecules that are very similar in structure to a fullerene, or buckyball, but instead of being a sphere, the nanotube is tubular in shape.
- In future work, Sitharaman plans to use existing methods of attaching antibodies and peptides to fullerenes to try to create a contrast agent that will bind only with diseased cells such as cancer cells.
Origin 1980s: contraction of buckminsterfullerene. |