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Trends in Biochemical Sciences, 2000
The past decade has seen an explosive growth in atomic-level structures determined by X-ray crystallography. Synchrotron radiation and a number of technical advances related quite directly to its development have fueled this growth. With the most recent advances coming to be used collectively and new resources being built, the foundation is laid for a ...
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The past decade has seen an explosive growth in atomic-level structures determined by X-ray crystallography. Synchrotron radiation and a number of technical advances related quite directly to its development have fueled this growth. With the most recent advances coming to be used collectively and new resources being built, the foundation is laid for a ...
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Nature, 1948
THE air-cored synchrotron1,2 appears to have a number of very attractive features, especially if only infrequent pulse operation is required, say, for cloud-chamber experiments, for in such a case the condensers provided to store the magnetic field energy can store perhaps twice as much as when used on alternating current.
T R, KAISER, J L, TUCK
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THE air-cored synchrotron1,2 appears to have a number of very attractive features, especially if only infrequent pulse operation is required, say, for cloud-chamber experiments, for in such a case the condensers provided to store the magnetic field energy can store perhaps twice as much as when used on alternating current.
T R, KAISER, J L, TUCK
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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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Synchrotron oscillations in high-energy synchrotrons
Nuclear Instruments and Methods, 1969Abstract At very high energies the synchrotron frequency can be of the same order as the revolution frequency. For this case the synchrotron oscillation is investigated for a ring structure subdivided into discrete with acceleration and synchrotron radiation, respectively.
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2022
The fourth generation synchrotron source has added several prominent features to light sources, such as ultrahigh brilliance, spectral tunability, coherence, stability, high intensity, monochromaticity, high degree of collimation and wavelength in the range from the vacuum ultraviolet to hard X-rays (from lower emittance rings) and a short wavelength ...
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The fourth generation synchrotron source has added several prominent features to light sources, such as ultrahigh brilliance, spectral tunability, coherence, stability, high intensity, monochromaticity, high degree of collimation and wavelength in the range from the vacuum ultraviolet to hard X-rays (from lower emittance rings) and a short wavelength ...
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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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