k SOLEIL synchrotron, artwork SOLEIL synchrotron. Refrigerated sample holder of the Proxima1 beamline from the SOLEIL synchrotron facility near Paris, France. A synchrotron is a device that accelerates electrons in a vacuum tube to velocities approaching the speed of light. The electrons are kept in alignment by a series of special magnets. As the electrons travel around in a loop they radiate very bright and intense xrays. This radiation can be used to study extremely small structures in materials science and molecular biology. Stock Photo - Afloimages
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SOLEIL synchrotron, artwork SOLEIL synchrotron. Refrigerated sample holder of the Proxima 1 beamline from the SOLEIL synchrotron facility near Paris, France. A synchrotron is a device that accelerates electrons in a vacuum tube to velocities approaching the speed of light. The electrons are kept in alignment by a series of special magnets. As the electrons travel around in a loop they radiate very bright and intense x rays. This radiation can be used to study extremely small structures in materials science and molecular biology.
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SOLEIL synchrotron, artwork

SOLEIL synchrotron. Refrigerated sample holder of the Proxima-1 beamline from the SOLEIL synchrotron facility near Paris, France. A synchrotron is a device that accelerates electrons in a vacuum tube to velocities approaching the speed of light. The electrons are kept in alignment by a series of special magnets. As the electrons travel around in a loop they radiate very bright and intense x-rays. This radiation can be used to study extremely small structures in materials science and molecular biology.

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