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Quench related properties and magnetic field configurations of SSC superconducting magnets are reported. (AIP)
The degradation of superconducting magnets due to critical phenomena is discussed. Test results on the SSC dipole magnets are presented. (AIP)
Superconducting dipoles, quadrupoles, and correction magnets are necessary to achieve the high magnetic fields required for large accelerators now in construction or in the design phase. Different designs of superconducting accelerator magnets are described, and the designs chosen at the big...
This paper discusses high‐power microwaves for application to the Defense Department and to the powering of large accelerators. The microwave sources discussed are the SLAC klystron, the relativistic klystron, the magnetron and the vircator.;
Some current topics relevant to vacuum systems for electron storage rings are discussed. Collider interaction region design is described in some detail, as it is likely to become the crucial issue in high luminosity collider rings.
The basic parameters, accelerator complex and operation of the Brookhaven AGS are described. A heavy ion transfer line and polarized proton source has been added to the AGS. (AIP)
Magnet coil designs for dipole magnets are discussed. Cosine theta approximations and iron saturation effects are described. (AIP)
The three major components of the BNL Heavy‐Ion beam facility are described. The tandem accelerator is the ion source, the AGS serves as booster, and to be bulity RHIC completes the facility. (AIP);
Radio‐frequency quadrupole linear accelerators are reviewed. The basic design and focusing properties are explained and space charge effects are considered. Vane tip design is discussed in some detail. (AIP);
The design and operation of pulsed high‐voltage accelerators are reviewed. The subsystems, such as Marx generators, pulse forming lines, and electron diodes, are discussed in detail. (AIP);