synchrotron radiation


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Related to synchrotron radiation: Cyclotron radiation, Inverse Compton scattering

synchrotron radiation

Radiation released by charged particles accelerated by a synchrotron. It may be used to obtain noninvasive images of body structures (e.g., the coronary arteries) or to study the structure of proteins, tissue samples, or other objects of biological or medical interest.
See also: radiation
References in periodicals archive ?
A practical application of visualization for synchrotron radiation using the composite film is shown in Figure 4.
This stage of synchrotron radiation research will enable future study of these structures at an unprecedented level of detail.
is a scientist at the European Synchrotron Radiation Facility, Grenoble, France, where he is responsible for the high resolution powder diffraction beam line, formally BM16, now ID31.
For researchers interested in exploring synchrotron radiation methods for electrochemical systems and battery, fuel cell, and solar cell research at synchrotron x-ray sources, Braun, a physicist who researches renewable energy materials with synchrotron and neutron methods, explains how to combine experiments from physical chemistry, electrochemistry, chemical engineering, and biophysics with x-ray and neutron methods.
Aided by colleagues from Germany, his native Croatia, as well as generous help from the European Synchrotron Radiation Facility in Grenoble, France (ESRF), Friscic finally overcame this serious obstacle when his team obtained several days' worth of research time on the ID15B beam line at the ESRF.
A team of researchers headed by ETH-Zurich professor Carmen Sanchez-Valle has now identified a trigger for supereruptions by determining the density of supervolcanic magma, using an X-ray beam at the European Synchrotron Radiation Facility (ESRF) in Grenoble, France.
They describe glass as a material, including its physico-chemical properties, raw materials, methods, physical processes, and materials for providing colors and tints, and how the composition of European glass has evolved; mass spectrometric methods for provenancing studies; and methods for determining the elemental composition and other properties of glass samples using energetic electromagnetic radiation, including X-rays for elemental glass analysis at the major to trace level, for speciation, and for 3D imaging, methods that use synchrotron radiation, forms of electron microscopy, analyzing minute glass fragments or entire vessels using ion beam methods, and instrumental neutron activation analysis.
Previously, Dr Gast worked as VP for research, associate provost and Robert T Haslam chair in chemical engineering at Massachusetts Institute of Technology, she was also professor of chemical engineering at Stanford University and the Stanford Synchrotron Radiation Laboratory.
The core process in LIGA (the German acronym for lithography, electroplating, and polymer replication) is deep X-ray lithography at a synchrotron radiation source.
The EIRO consists of seven partner organizations representing such diverse research areas as fusion, molecular biology, high energy physics (CERN), the European Space Agency, astronomy, the European Synchrotron Radiation Facility and neutron source research for condensed matter, chemistry and biology.
The Synchrotron Radiation Source has used its intense beam of electrons to explore everything from the taste of chocolate to aircraft safety since it opened in 1980.
Around 350 of its 500 staff will be axed by April next year, with the decommissioning of the flagship Synchrotron Radiation Source (SRS) project claiming 150 jobs.

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