论文标题
用于复杂原子诱捕和操纵的苦型电磁体
A Bitter-type electromagnet for complex atomic trapping and manipulation
论文作者
论文摘要
我们创建了一对对称苦型电磁体组件，能够产生多个磁场配置，包括均匀的磁场，球形四圈陷阱或Ioffe-pritchard磁瓶。与其他设计不同，我们的线圈可以通过结合创新的3D打印水分分配歧管来允许径向和方位角冷却水流。结合双层几何形状，这种正交流允许堆叠非浓度的苦盘。我们在190（10）kPa的压力下达到4.2（1）K/kW的低热电阻，高水流量为10.0（3）L/min。
We create a pair of symmetric Bitter-type electromagnet assemblies capable of producing multiple field configurations including uniform magnetic fields, spherical quadruple traps, or Ioffe-Pritchard magnetic bottles. Unlike other designs, our coil allows both radial and azimuthal cooling water flows by incorporating an innovative 3D-printed water distribution manifold. Combined with a double-coil geometry, such orthogonal flows permit stacking of non-concentric Bitter coils. We achieve a low thermal resistance of 4.2(1) K/kW and high water flow rate of 10.0(3) L/min at a pressure of 190(10) kPa.
