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Abstract In this study, photon-stimulated gas desorption yields from CuCrZr, which are used for manufacturing high-heat-load elements, were measured using a synchrotron light with a critical energy of 10.4 keV at the… Click to show full abstract
Abstract In this study, photon-stimulated gas desorption yields from CuCrZr, which are used for manufacturing high-heat-load elements, were measured using a synchrotron light with a critical energy of 10.4 keV at the Shanghai Synchrotron Radiation Facility. CuCrZr samples were exposed to synchrotron radiation (SR) under both normal and grazing incidences. For comparison, a Glidcop sample was also exposed to SR under normal incidence. The experimental apparatus and measurement principles for photon desorption yield are described in this paper and the results of measurements are discussed.
Journal Title: Vacuum
Year Published: 2020
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