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synchrotron
[ sing-kruh-tron ]
noun
- a type of cyclotron consisting of magnetic sections alternately spaced with sections in which particles are electrostatically accelerated.
synchrotron
/ ˈsɪŋkrəˌtrɒn /
noun
- a type of particle accelerator similar to a betatron but having an electric field of fixed frequency with electrons but not with protons as well as a changing magnetic field. It is capable of producing very high energies in the GeV range
synchrotron
/ sĭng′krə-trŏn′ /
- A type of particle accelerator that accelerates charged subatomic particles (generally protons) in a circular path. Unlike cyclotrons and synchrocyclotrons, in which particles follow a spiral path, synchrotrons consist of a single ring-shaped tube through which the particles loop numerous times, guided by precisely synchronized magnetic fields and accelerated at various points in the loop by electric field bursts. Synchrotrons are currently the most powerful particle accelerators, and the study of high-energy collisions driven by synchrotrons has lead to the discovery of many subatomic particles.
- See also cyclotronSee Note at particle accelerator
Word History and Origins
Origin of synchrotron1
Word History and Origins
Origin of synchrotron1
Example Sentences
Then, the team performed X-ray absorption spectroscopy at the National Synchrotron Light Source II, a DOE Office of Science user facility at DOE's Brookhaven National Laboratory, specifically working at the Beamline for Materials Measurement, which is funded and operated by the National Institute of Standards and Technology.
"The key turned out to be structural instabilities that result in certain atoms, in this case the Ti atoms, to displace away from more symmetric positions in a disordered manner. Small anisotropic displacements showed up in high-resolution synchrotron experiments, then we knew to look closer at the atomic structure using an electron microscope."
This interdisciplinary collaboration allowed for the integration of expertise from multiple research groups, including ultrafast optical spectroscopy, quantum chemical modelling, synchrotron X-ray scattering and solar cell device manufacturing.
The synchrotron two-dimensional X-ray diffraction measurements confirmed that the synthesized diamond film has a very high purity of the diamond phase.
Gopalan credited the multidisciplinary team's combined expertise in material growth, synthesis, structure analysis and synchrotron beamline operation with the new understanding.
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