Topic
Synchrotron radiation
About: Synchrotron radiation is a research topic. Over the lifetime, 14639 publications have been published within this topic receiving 244775 citations. The topic is also known as: magnetobremsstrahlung radiation & Synchrotron Radiation.
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TL;DR: In this paper, high pressure experiments using a multiple anvil high pressure system with sintered diamond anvils are presented and discussed, on the basis of the lattice constants of gold determined by the in situ x-ray diffraction technique using synchrotron radiation.
Abstract: High‐pressure experiments using a multiple anvil high‐pressure system with sintered diamond anvils are presented and discussed. Pressures in excess of 41 GPa were obtained, on the basis of the lattice constants of gold determined by the in situ x‐ray diffraction technique using synchrotron radiation.
60 citations
60 citations
01 Jan 1980
TL;DR: Synchrotron radiation produced by storage rings (rather than synchrotrons) offers several important properties including high intensity, high polarization, high intensity and high intensity properties.
Abstract: Synchrotron radiation has several important properties including:
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High intensity
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Broad spectral range
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High polarization
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Pulsed time structure
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Natural collimation
In addition, synchrotron radiation produced by storage rings (rather than synchrotrons) offers:
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High-vacuum environment
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Small-source-spot size
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Stability
60 citations
IBM1
TL;DR: In this paper, the storage ring sources designed as radiation sources for x-ray lithography are discussed, together with a comparison with x•ray tube sources, and the general conclusion is that x • ray lithography using synchrotron radiation offers considerable promise as a process for forming high quality submicron images with exposure times as short as a few seconds.
Abstract: Synchrotron radiation from the German electron synchrotron DESY in Hamburg has been used for x‐ray lithography. Replications of different master patterns (for magnetic bubble devices, Fresnel zone plates, etc.) were made using various wavelengths and exposures. High‐quality lines down to 500 A wide have been reproduced using very soft x rays. The sensitivities of x‐ray resists have been evaluated over a wide range of exposures. Various critical factors (heating, radiation damage, etc.) involved with x‐ray lithography using synchrotron radiation have been studied. General considerations of storage ring sources designed as radiation sources for x‐ray lithography are discussed, together with a comparison with x‐ray tube sources. The general conclusion is that x‐ray lithography using synchrotron radiation offers considerable promise as a process for forming high‐quality‐submicron images with exposure times as short as a few seconds.
59 citations
TL;DR: A new experimental set up is described with a 3-m normal incidence monochromator for wavelengths between 3000 A and 300 A using a vertical dispersion plane for high resolution spectroscopy in the vacuum ultraviolet.
Abstract: The unique properties of the DORIS storage ring at DESY as a synchrotron radiation source are exploited for high resolution spectroscopy in the vacuum ultraviolet. We describe a new experimental set up with a 3-m normal incidence monochromator for wavelengths between 3000 A and 300 A (4 ≤ ħω ≤ 40 eV) using a vertical dispersion plane. The storage ring provides a light flux intense and stable enough for rapid photoelectrical scanning of the spectra with a resolution of 0.03 A in first order.
59 citations