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Design calculations and measurements of a dipole magnet with Permendur pole pieces

机译:具有偏移杆件的偶极磁铁的设计计算和测量

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A redesign of the SLC (Stanford Linear Collider) south linac-to-ring beam line required that the width of a good field of three of the bending magnets be increased while utilizing the same yokes and coils. Further requirements were that the resulting magnets should have the same strength at two different operating currents as the original magnets. The idea of replacing the steel poles with pole pieces of the high permeability material Permendur was investigated. Design calculations were done using TOSCA and POISSON. An existing prototype magnet was modified with Permendur poles, and magnetic measurements were done. The new magnets were completed, and measurements agreed well with the calculations. The final magnets were within 0.1% of their required strength at 1.21 GeV and had good field regions of +or-32 mm in x at 1.153 GeV and +or-30 mm at 1.21 GeV.
机译:REDESEIGN的SLC(斯坦福线性撞机)南线线到环梁线要求需要三个弯曲磁体的宽度,同时利用相同的轭和线圈。进一步的要求是所得到的磁体应在两个不同的操作电流中具有与原始磁体相同的强度。研究了用高渗透材料偏移的磁极片替换钢结构的想法。设计计算使用TOSCA和Poisson完成。使用偏移极改性现有的原型磁体,完成磁性测量。新的磁铁完成,测量与计算相同。最终磁体在其所需强度的1.21 GEV的0.1%之内,在1.153 GEV和1.21 GEV的1.153 GEV和+或-30mm处具有良好的场区域。

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