Abstract
The possibility to fabricate and to use an ironless quad with superconducting winding in the final focusing system for next generation of the Linear Collider is reviewed in this paper. The quad`s total diameter (including thermoinsulation layer) will be as small as about 4 cm. Small transverse size of this lens will allow to increase significantly the solid angle covered by the detector and to decrease the background arisen because of interaction of the high energy particles with the lens and accelerator details. The estimations have confirmed that creation of the ironless superconducting lens with gradient up to 300 kGs/cm is possible. This value of gradient is quite enough for focusing of the beam with energy up to 1 TeV. 8 refs.; 3 figs.
Citation Formats
Kushnirenko, E A, Mikhajlichenko, A A, and Seryj, A A.
Superconducting final focusing quad for linear collider.
Russian Federation: N. p.,
1992.
Web.
Kushnirenko, E A, Mikhajlichenko, A A, & Seryj, A A.
Superconducting final focusing quad for linear collider.
Russian Federation.
Kushnirenko, E A, Mikhajlichenko, A A, and Seryj, A A.
1992.
"Superconducting final focusing quad for linear collider."
Russian Federation.
@misc{etde_10136810,
title = {Superconducting final focusing quad for linear collider}
author = {Kushnirenko, E A, Mikhajlichenko, A A, and Seryj, A A}
abstractNote = {The possibility to fabricate and to use an ironless quad with superconducting winding in the final focusing system for next generation of the Linear Collider is reviewed in this paper. The quad`s total diameter (including thermoinsulation layer) will be as small as about 4 cm. Small transverse size of this lens will allow to increase significantly the solid angle covered by the detector and to decrease the background arisen because of interaction of the high energy particles with the lens and accelerator details. The estimations have confirmed that creation of the ironless superconducting lens with gradient up to 300 kGs/cm is possible. This value of gradient is quite enough for focusing of the beam with energy up to 1 TeV. 8 refs.; 3 figs.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}
title = {Superconducting final focusing quad for linear collider}
author = {Kushnirenko, E A, Mikhajlichenko, A A, and Seryj, A A}
abstractNote = {The possibility to fabricate and to use an ironless quad with superconducting winding in the final focusing system for next generation of the Linear Collider is reviewed in this paper. The quad`s total diameter (including thermoinsulation layer) will be as small as about 4 cm. Small transverse size of this lens will allow to increase significantly the solid angle covered by the detector and to decrease the background arisen because of interaction of the high energy particles with the lens and accelerator details. The estimations have confirmed that creation of the ironless superconducting lens with gradient up to 300 kGs/cm is possible. This value of gradient is quite enough for focusing of the beam with energy up to 1 TeV. 8 refs.; 3 figs.}
place = {Russian Federation}
year = {1992}
month = {Dec}
}