As part of the SCC magnet effort, Fermilab will build and test a series of one meter model SSC magnets. The coils in these magnets will be constructed with several different end configurations. These end designs must satisfy both mechanical and magnetic criteria. Only the mechanical problem will be addressed. Solutions will attempt to minimize stresses and provide internal support for the cable. Different end designs will be compared in an attempt to determine which is most appropriate for the SSC dipole. The mathematics required to create each end configuration will be described. The computer aided design, programming and machine technology needed to make the parts will be reviewed. 2 refs., 10 figs
The proposed Superconducting Supercollider presents several new challenges with regard to materials ...
Design activities, conductor R&D and model coil construction are under way for developing a curved f...
We report results from two 1.8 m-long dipoles built as part of the Superconducting Super Collider (S...
The SSC collider magnets feature grouped ends in which cables of a particular coil remain stacked to...
To minimize cost of the SSC facility, small-bore high field dipole magnets have been developed;some ...
Design activities, conductor R&D and model coil construction are under way for developing a curved f...
Superconducting Super Collider dipole coils must be produced to high precision to ensure uniform pre...
This paper describes the design of the coil ends for the Large Hadron Collider dipole magnets of the...
The overriding design consideration for the SSC magnets is that cost of the facility be minimized; a...
Several designs for the Superconducting Super Collider dipole magnet have been analyzed. This note d...
The SSC Magnet Development Program is developing accelerator dipole magnets in successive iterations...
The SSC design D dipolel’l has two, circular, supercon-ducting, 10 mm thick coil layers with an inne...
The conceptual design of a large superconducting solenoid suitable for a magnetic detector at the Su...
Ten 1-m long dipole magnets of the SSC design ''D'' cross section have been constructed and tested. ...
This paper provides a procedure for the design of coil end parts using the computer programs BEND an...
The proposed Superconducting Supercollider presents several new challenges with regard to materials ...
Design activities, conductor R&D and model coil construction are under way for developing a curved f...
We report results from two 1.8 m-long dipoles built as part of the Superconducting Super Collider (S...
The SSC collider magnets feature grouped ends in which cables of a particular coil remain stacked to...
To minimize cost of the SSC facility, small-bore high field dipole magnets have been developed;some ...
Design activities, conductor R&D and model coil construction are under way for developing a curved f...
Superconducting Super Collider dipole coils must be produced to high precision to ensure uniform pre...
This paper describes the design of the coil ends for the Large Hadron Collider dipole magnets of the...
The overriding design consideration for the SSC magnets is that cost of the facility be minimized; a...
Several designs for the Superconducting Super Collider dipole magnet have been analyzed. This note d...
The SSC Magnet Development Program is developing accelerator dipole magnets in successive iterations...
The SSC design D dipolel’l has two, circular, supercon-ducting, 10 mm thick coil layers with an inne...
The conceptual design of a large superconducting solenoid suitable for a magnetic detector at the Su...
Ten 1-m long dipole magnets of the SSC design ''D'' cross section have been constructed and tested. ...
This paper provides a procedure for the design of coil end parts using the computer programs BEND an...
The proposed Superconducting Supercollider presents several new challenges with regard to materials ...
Design activities, conductor R&D and model coil construction are under way for developing a curved f...
We report results from two 1.8 m-long dipoles built as part of the Superconducting Super Collider (S...