Results 241 to 250 of about 282,404 (287)
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Physics Today, 1966
A pair of intersecting storage rings will stack 28-BeV protons along the French border near Geneva, Switzerland. Construction of the rings, expected to cost 332 million Swiss francs, is scheduled to begin at CERN next summer.
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A pair of intersecting storage rings will stack 28-BeV protons along the French border near Geneva, Switzerland. Construction of the rings, expected to cost 332 million Swiss francs, is scheduled to begin at CERN next summer.
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Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment, 1997
Abstract Storage ring Free Electron lasers (SRFEL) are reviewed: particular features of undergoing experiments are underlined. The understanding of the SRFEL, dynamics is under progress, especially for the analysis of the FEL interaction with the beam, involving the stored beam dynamics and for stability, which constitutes a critical issue for the ...
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Abstract Storage ring Free Electron lasers (SRFEL) are reviewed: particular features of undergoing experiments are underlined. The understanding of the SRFEL, dynamics is under progress, especially for the analysis of the FEL interaction with the beam, involving the stored beam dynamics and for stability, which constitutes a critical issue for the ...
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Japanese Journal of Applied Physics, 1989
The proposed photon storage ring (PhSR) is composed of an electron storage ring (ESR) and a group of mirrors surrounding the electron orbit. The ESR in this case is of a type having no straight sections. In this system, synchrotron radiations are reflected back by the mirror to intersect the electron orbit again, and are consequently accumulated ...
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The proposed photon storage ring (PhSR) is composed of an electron storage ring (ESR) and a group of mirrors surrounding the electron orbit. The ESR in this case is of a type having no straight sections. In this system, synchrotron radiations are reflected back by the mirror to intersect the electron orbit again, and are consequently accumulated ...
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Reviews of Accelerator Science and Technology, 2010
This article outlines the development and evolution of storage ring light sources, focusing on the latest, third generation light sources. After making brief historical remarks, it describes the current status, the performance, and the technological advancements of third generation light sources. The future developments of the ultimate storage ring as
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This article outlines the development and evolution of storage ring light sources, focusing on the latest, third generation light sources. After making brief historical remarks, it describes the current status, the performance, and the technological advancements of third generation light sources. The future developments of the ultimate storage ring as
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Focus, 2009
Researchers confirmed that dust contamination is the main cause of sudden beam failure in high energy electron experiments. They also saw flashes of the dust in video recordings of the beam.
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Researchers confirmed that dust contamination is the main cause of sudden beam failure in high energy electron experiments. They also saw flashes of the dust in video recordings of the beam.
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Topical Meeting on Free Electron Generation of Extreme Ultraviolet Coherent Radiation, 1983
We review the Chasman-Green approach to the design of low-emittance storage rings having dispersion-free straight sections for the placement of undulators. The matching of undulator magnets to the storage ring lattice is considered, as are limitations on the achievable peak current and transverse emittance. A brief discussion of the operation of a free
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We review the Chasman-Green approach to the design of low-emittance storage rings having dispersion-free straight sections for the placement of undulators. The matching of undulator magnets to the storage ring lattice is considered, as are limitations on the achievable peak current and transverse emittance. A brief discussion of the operation of a free
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1969
Publisher Summary This chapter discusses the electron storage ring. An electron storage ring is a device where high energy electrons (or positrons) can be kept by a suitable magnetic field on a circular orbit for times exceeding a full day. The primary requirement is freedon from losses through scattering processes, thus ultra high vacuum is one ...
L. Marton, A. Blanc-Lapierre
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Publisher Summary This chapter discusses the electron storage ring. An electron storage ring is a device where high energy electrons (or positrons) can be kept by a suitable magnetic field on a circular orbit for times exceeding a full day. The primary requirement is freedon from losses through scattering processes, thus ultra high vacuum is one ...
L. Marton, A. Blanc-Lapierre
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Journal of Physics A: General Physics, 1972
The historical development of those fields of physics investigated using storage rings is traced. The paper is divided into three parts. The first is the use of storage rings to investigate the validity of quantum electrodynamics. Second is their use in investigating vector meson dominance and lastly new aspects and preliminary results at high energy ...
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The historical development of those fields of physics investigated using storage rings is traced. The paper is divided into three parts. The first is the use of storage rings to investigate the validity of quantum electrodynamics. Second is their use in investigating vector meson dominance and lastly new aspects and preliminary results at high energy ...
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Hyperfine Interactions, 2003
Magnetic storage rings have been successfully employed for atomic and nuclear physics experiments. Experience gained at existing magnetic storage rings with ions and molecules will be the basis for projects of new magnetic storage rings presently being designed or constructed.
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Magnetic storage rings have been successfully employed for atomic and nuclear physics experiments. Experience gained at existing magnetic storage rings with ions and molecules will be the basis for projects of new magnetic storage rings presently being designed or constructed.
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The LSU Electron Storage Ring, the First Commercially-Built Storage Ring
1990The Brobeck Division of Maxwell Laboratories, Inc., is building the first industrially-produced storage ring. It will be located at Louisiana State University (LSU) at the Center for Advanced Microstructures and Devices (CAMD) in Baton Rouge. The purpose of this electron storage ring is to provide intense beams of x-rays to advance the state-of-the-art
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