用于带电粒子分离器和谱仪的大孔径铁主导磁体的精确泰勒传递图
Accurate Taylor transfer maps for large aperture iron dominated magnets used in charged particle separators and spectrometers
摘要：
对于像FAIR计划的Super-FRS这样的高分辨率分离器，考虑实际B相关磁体参数的自适应和准确的离子光学模型对于实现所需参数（例如分辨率）并实现快速优化至关重要。从磁场的测量和模拟，刚度依赖的泰勒传递映射生成的超级FRS预分离器偶极磁铁。分析了钢轭中磁饱和对像差的影响。
英文摘要：
For high-resolution separators like the projected Super-FRS at FAIR, an adapted and accurate ion-optical model considering realistic B-dependent magnet parameters is crucial in achieving the desired parameters (e.g. resolution) and to enable a fast optimization. Starting from the magnetic field measurements and simulations, rigidity-dependent Taylor transfer maps are generated for the Super-FRS preseparator dipole magnets. The effects of the magnetic saturation in the steel yoke on the image aberrations are analyzed.
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