Add to ORKGSuperconducting Super Collider dipole coils must be produced to high precision to ensure uniform prestress and even conductor distribution within the collared coil assembly. Tooling is being prepared at Fermilab for the production of high precision 1M and 16.6M SSC dipole coils suitable for mass production. The design and construction methods builds on the Tevatron tooling and production experience. Details of the design and construction methods and measured coil uniformity of 1M coils will be presented. 4 refs., 10 figs
A dipole magnet based on the common coil design, using prereacted Nb{sub 3}Sn superconductor, is und...
We describe the results of superconductor procurements for SSC dipole model magnets. Most results wi...
The Short Model Coil (SMC) assembly has been designed, as test bench for short racetrack coils wound...
As part of the SCC magnet effort, Fermilab will build and test a series of one meter model SSC magne...
The proposed Superconducting Supercollider presents several new challenges with regard to materials ...
To minimize cost of the SSC facility, small-bore high field dipole magnets have been developed;some ...
We report results from two 1.8 m-long dipoles built as part of the Superconducting Super Collider (S...
Three 4.5 m long dipoles for Reference Design D of the proposed Superconducting Super Collider have ...
This paper presents preliminary results of magnetic field measurements made on a series of 50 mm ape...
Over the last year, several 4-cm-aperture, 17-m-long dipole magnet prototypes were built by Brookhav...
A precision, automated method of manufacturing trim coils based on printed circuit technology has be...
Ten 1-m long dipole magnets of the SSC design ''D'' cross section have been constructed and tested. ...
Io this paper we present the magnetic design of the fwo dimensid coil and iron cross section, refefi...
The SSC design D dipolel’l has two, circular, supercon-ducting, 10 mm thick coil layers with an inne...
As a first step towards the development of a high field Nb{sub 3}Sn superconducting dipole for a Ver...
A dipole magnet based on the common coil design, using prereacted Nb{sub 3}Sn superconductor, is und...
We describe the results of superconductor procurements for SSC dipole model magnets. Most results wi...
The Short Model Coil (SMC) assembly has been designed, as test bench for short racetrack coils wound...
As part of the SCC magnet effort, Fermilab will build and test a series of one meter model SSC magne...
The proposed Superconducting Supercollider presents several new challenges with regard to materials ...
To minimize cost of the SSC facility, small-bore high field dipole magnets have been developed;some ...
We report results from two 1.8 m-long dipoles built as part of the Superconducting Super Collider (S...
Three 4.5 m long dipoles for Reference Design D of the proposed Superconducting Super Collider have ...
This paper presents preliminary results of magnetic field measurements made on a series of 50 mm ape...
Over the last year, several 4-cm-aperture, 17-m-long dipole magnet prototypes were built by Brookhav...
A precision, automated method of manufacturing trim coils based on printed circuit technology has be...
Ten 1-m long dipole magnets of the SSC design ''D'' cross section have been constructed and tested. ...
Io this paper we present the magnetic design of the fwo dimensid coil and iron cross section, refefi...
The SSC design D dipolel’l has two, circular, supercon-ducting, 10 mm thick coil layers with an inne...
As a first step towards the development of a high field Nb{sub 3}Sn superconducting dipole for a Ver...
A dipole magnet based on the common coil design, using prereacted Nb{sub 3}Sn superconductor, is und...
We describe the results of superconductor procurements for SSC dipole model magnets. Most results wi...
The Short Model Coil (SMC) assembly has been designed, as test bench for short racetrack coils wound...