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Spectroscopy with Synchrotron Radiation
1989We describe the results of spectroscopic investigations performed on solid materials using synchrotron radiation at the Italian Synchrotron Radiation Facility PULS showing the importance of such a realization. A perspective for future developments using a third generation storage ring is also briefly outlined.
BALZAROTTI, ADALBERTO +3 more
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SYNCHROTRON RADIATION FOR ANGIOGRAPHY
Annual Review of Biophysics and Biophysical Chemistry, 1987The intensity, monochromaticity, and tunability of synchrotron radiation make it well suited for transvenous coronary angiography. An X-ray imaging system based on synchrotron radiation has provided images of the coronary circulation in dogs and in human subjects.
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Reviews of Accelerator Science and Technology, 2008
The physics of synchrotron radiation, undulator radiation, and free electron lasers is reviewed with an emphasis on the underlying physical principles and the experimental observables, such as the radiation spectrum, angular distribution, and radiation polarization.
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The physics of synchrotron radiation, undulator radiation, and free electron lasers is reviewed with an emphasis on the underlying physical principles and the experimental observables, such as the radiation spectrum, angular distribution, and radiation polarization.
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Physical Review Letters, 1992
A formulation to characterize stimulated emission of synchrotron radiation is presented, based on simplification of a theory developed by Sokolov and Ternov. It is shown that optical gain may be obtained up to gyration harmonics of the order of the critical harmonic number for spontaneous radiation 3${\ensuremath{\gamma}}^{3}$, where \ensuremath{\gamma}
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A formulation to characterize stimulated emission of synchrotron radiation is presented, based on simplification of a theory developed by Sokolov and Ternov. It is shown that optical gain may be obtained up to gyration harmonics of the order of the critical harmonic number for spontaneous radiation 3${\ensuremath{\gamma}}^{3}$, where \ensuremath{\gamma}
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1979
Publisher Summary This chapter discusses the peculiarities of the synchrotron radiation. It describes some applications of the theory of synchrotron radiation in astrophysics and the limits of applicability of the theory. The character and, in particular, the spectrum of the synchrotron radiation depends very strongly on the ratio of the angle θ ...
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Publisher Summary This chapter discusses the peculiarities of the synchrotron radiation. It describes some applications of the theory of synchrotron radiation in astrophysics and the limits of applicability of the theory. The character and, in particular, the spectrum of the synchrotron radiation depends very strongly on the ratio of the angle θ ...
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Radiometry with synchrotron radiation
Metrologia, 1995Electron storage rings are in use or planned for use in the extension of radiometry into ranges of higher photon energies, from the visible spectral region continuously to the x-ray region up to photon energies of at least 100 keV. The storage rings serve as broadband primary standard sources for the development of a source-based radiometry and as ...
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Characteristics of Synchrotron Radiation
1991When relativistic electrons experience centripetal acceleration due to the presence of a magnetic field, they emit electromagnetic waves that are commonly called 'synchrotron radiation' because first observed in the visible region, at the 70 MeV small electrosynchrotron, by a research group working in 1947 at the General Electric Research Laboratory ...
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Selected Synchrotron Radiation Techniques
2015Synchrotron radiation is produced when highly energetic charged particles are deviated in a magnetic field. The generated spectrum consists of a large energy range from infrared to gamma X-rays. Harder X-ray ranges require larger synchrotron storage rings. Recent rings offer simultaneously energy tunability for photons with high brightness, high photon
Barbier, Antoine +2 more
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Synchrotron Radiation in the Earth Sciences [PDF]
, 2014 The enormous advantages that synchrotron radiation offers over conventional X-ray sources—among which brilliance, tunability and intrinsic collimation—strongly contribute to improve our knowledge on the physical, chemical and structural properties of Earth materials and on planetary processes. This chapter will review some applications and developments
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The protein complex crystallography beamline (BL19U1) at the Shanghai Synchrotron Radiation Facility
Nuclear Science and Techniques, 2019W. Zhang +5 more
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