THE NATIONAL SYNCHROTRON LIGHT SOURCE*
A. van Steenbergen
Abstract
Open-access reader
A. van Steenbergen
Abstract
Open-access reader
The National Synchrotron Light Source comprises two high intensity electron storage rings for the generation of intense fluxes of synchrotron radiation in the vuv wavelength domain (700 MeV e/sup -/ ring) and in the x-ray wavelength domain (2.5 GeV e/sup -/ ring). A description is presented of the basic facility and the characteristics of the synchrotron radiation sources. The present plans for specific beam lines will be enumerated and the planned use of beam wigglers and undulators will be discussed.
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The National Synchrotron Light Source comprises two high intensity electron storage rings for the generation of intense fluxes of synchrotron radiation in the vuv wavelength domain (700 MeV e/sup -/ ring) and in the x-ray wavelength domain (2.5 GeV e/sup -/ ring). A description is presented of the basic facility and the characteristics of the synchrotron radiation sources. The present plans for specific beam lines will be enumerated and the planned use of beam wigglers and undulators will be discussed.
Key concepts: Synchrotron radiation, Storage ring, Synchrotron, Physics, High-energy X-rays, Synchrotron light source, Beamline, Wavelength