2008
DOI: 10.1109/tasc.2008.920693
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Geometry Modernization of a Dipole Magnet for the SIS 300

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2008
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(3 citation statements)
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“…The introduced method was applied for the optimization of the coil ends for the alternative 1 m model of the fast cycling dipole magnet for the synchrotron SIS 300, the FAIR project, designed jointly by GSI (Germany) and IHEP [8]. The main challenge in modeling of the coil ends for this 6 T magnet was attaining the maximal effective length, when the total length of the coil block is fixed.…”
Section: Description Of Geometry For the Coil Of The Dipole Magnetmentioning
confidence: 99%
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“…The introduced method was applied for the optimization of the coil ends for the alternative 1 m model of the fast cycling dipole magnet for the synchrotron SIS 300, the FAIR project, designed jointly by GSI (Germany) and IHEP [8]. The main challenge in modeling of the coil ends for this 6 T magnet was attaining the maximal effective length, when the total length of the coil block is fixed.…”
Section: Description Of Geometry For the Coil Of The Dipole Magnetmentioning
confidence: 99%
“…The geometry of the coil block in the cross section of the magnet is defined by the number of turns in the block N, the inner radius of the layer R, the initial angle of the block ϕ and the inclination angle α-both angles from the median plane. The main geometric parameters of the coil, used for the construction of the coil end geometry [8], are shown in table 1.…”
Section: Description Of Geometry For the Coil Of The Dipole Magnetmentioning
confidence: 99%
See 1 more Smart Citation