一种离子装载系统及方法

本申请实施例提供一种离子装载系统及方法，所述离子装载系统包括：原子源，用于产生待电离的原子束，所述原子源包括多个原子管道，所述多个原子管道之间具有预设夹角，其中，多个所述原子管道分别连接至加热电源，形成多个独立的加热回路；离子阱装置，设置在所述原子束的出射方向上，多个所述原子束在所述离子阱装置的势场中心处部分重叠；偏转镜，设置在所述多个原子管道中心线的交点处；烧蚀激光源，所述烧蚀激光源发出的烧蚀激光经过所述偏转镜射入所述原子源。本申请实现了多种类原子束的产生，以及对多种类原子源的独立控制、复用原子源实现不同方法产生原子时原子源和路径的复用和自动对准。

The embodiment of the invention provides an ion loading system and method, and the system comprises an atom source which is used for generating a to-be-ionized atom beam, the atom source comprising a plurality of atom pipelines, a preset included angle being formed between the plurality of atom pipelines, the plurality of atom pipelines being connected to a heating power supply, to form a plurality of independent heating loops; an ion trap device, arranged in the emitting direction of the atom beams, and the multiple atom beams being partially overlapped at the potential field center of the ion trap device; a deflecting mirror, arranged at the intersection point of the center lines of the atomic pipelines; an ablating laser source, ablating laser emitted by the ablating laser source being emitted into the atom source through the deflecting mirror. According to the invention, generation of multiple kinds of atom beams and independent control of multiple kinds of atom sources are realized, and multiplexing and automatic alignment of the atom sources and paths when atoms are generated by different methods are realized by multiplexing the atom sources.