Difference between revisions of "Solid Magnet"

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(New page: Integral to the SoLID spectrometer design is a large solenoid. Several existing solenoids are under consideration by the collaboration. These include the magnets from Babar, Cleo, CDF an...)
 
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Integral to the SoLID spectrometer design is a large solenoid.  Several existing solenoids are under consideration by the collaboration.  These include the magnets from Babar, Cleo, CDF and [ZEUS]
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Integral to the SoLID spectrometer design is a large solenoid.  Several existing solenoids are under consideration by the collaboration.  These include the magnets from [http://www.slac.stanford.edu/BF/ Babar], [http://w4.lns.cornell.edu/Research/EPP/CLEO/ Cleo], [http://www-cdf.fnal.gov/ CDF] and [http://www-zeus.desy.de/ ZEUS]
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== Solid Magnet Possibilities ==
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{| Border = "1"
 +
!
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! Babar
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! CLEO
 +
! CDF
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! ZEUS
 +
|-
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| Cryostat Inner Radius
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| 150 cm
 +
| 150 cm
 +
| 150 cm
 +
| 86 cm
 +
|-
 +
| Length
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| 345 cm
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| 350 cm
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| 500 cm
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| 245 cm
 +
|-
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| Central Field
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| 1.49 T
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| 1.5 T
 +
| 1.47 T
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| 1.8 T
 +
|-
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| Compact Flux Return
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| Yes
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| Yes
 +
| No
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| No
 +
|-
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| Current density variation
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| Yes
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| ??
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| No
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| 25% more current at ends
 +
|-
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| Poisson input deck
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| [http://www.example.com link BABARv3.am]
 +
|}

Revision as of 17:49, 4 February 2011

Integral to the SoLID spectrometer design is a large solenoid. Several existing solenoids are under consideration by the collaboration. These include the magnets from Babar, Cleo, CDF and ZEUS


Babar CLEO CDF ZEUS
Cryostat Inner Radius 150 cm 150 cm 150 cm 86 cm
Length 345 cm 350 cm 500 cm 245 cm
Central Field 1.49 T 1.5 T 1.47 T 1.8 T
Compact Flux Return Yes Yes No No
Current density variation Yes  ?? No 25% more current at ends
Poisson input deck link BABARv3.am
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