Conceptual Design of a 400-GeV Version of ISABELLE.
Conceptual Design of a 400-GeV Version of ISABELLE.

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Published: 1977

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A conceptual design report is given for 400 x 400 GeV proton-proton storage rings. A facility is described with twice the energy capability of the recently proposed ISABELLE. The basic accelerator lattice was modified so that the circumference of the magnet rings can be increased substantially without an increase in the transition energy. Each 400 GeV ring uses superconducting magnets of the type described in the ISABELLE Proposal, but energized to 50 kG. Other technical features are not significantly different from the 200 GeV design, and are described. The beams will collide in six interaction regions where up to 60 m of space is available for the installation of experimental equipment. The research possibilities that are provided by the increased center-of-mass energy are briefly described. Finally, a cost estimate of 238 million dollars for the research facility is outlined. This is nearly 40% more than the cost of the 200 GeV ISABELLE, but this facility would provide twice the energy available for exploring new regions of high energy physics.

6 GeV Synchrotron X-ray Source
6 GeV Synchrotron X-ray Source

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Published: 1996

Total Pages: 129

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In this document, preliminary conceptual designs are presented for ten sample beamlines for the 6 GeV Light Source. These beamlines will accommodate investigations in solid-state physics, materials science, materials technology, chemical technology, and biological and medical sciences. In future, the designs will be altered to include new developments in x-ray optics and hardware technologies. The research areas addressed by the samples beamlines are as follows: Topography and Radiography/Tomography (section 2); Inelastic Scattering with Ultrahigh Energy Resolution (Section 3); Surface and Bulk Studies Using High Momentum Resolution (Section 4); Inelastic Scattering from Charge and Spin (Section 5); Advanced X-Ray Photoelectron Spectroscopy Studies (Section 6); Small Angle X-Ray Scattering Studies (Section 7); General Purpose Scattering for Materials Studies (Section 8); Multiple-Energy Anomalous-Dispersion Studies of Proteins (Section 9); Protein Crystallography (Section 10); Time- and Space-resolved X-Ray Spectroscopy (Section 11); Medical Diagnostic Facility (Section 12); and Transuranium Research Facility (Section 13). The computer systems to be used on the beamlines are also discussed in Section 14 of this document.