RAON加速器后加速器稀束流全程模拟
Start-to-end simulation with rare isotope beam for post accelerator of the RAON accelerator
摘要：
稀有同位素科学计划（RISP）的RAON加速器是为了产生和加速各种稳定的重离子束和稀有同位素束而研制的，具有广泛的科学应用前景。在RAON加速器中，由在线同位素分离（ISOL）系统产生的稀有同位素束流将通过后加速器，即从后低能束流传输（LEBT）系统和后射频四极（QFD）系统传输到超导直线加速器（SCL 3）。加速后的束流将在低能实验大厅中使用，或由超导直线加速器（SCL 2）再次加速，以便在高能实验大厅中使用。在本文中，我们将描述的开始到结束的模拟结果与罕见的同位素束流产生的ISOL系统在后加速器的RAON加速器。此外，还对超导直线加速器SCL 3的误差进行了分析和修正。
英文摘要：
The RAON accelerator of the Rare Isotope Science Project (RISP) has been developed to create and accelerate various kinds of stable heavy ion beams and rare isotope beams for a wide range of the science applications. In the RAON accelerator, the rare isotope beams generated by the Isotope Separation On-Line (ISOL) system will be transported through the post accelerator, namely, from the post Low Energy Beam Transport (LEBT) system and the post Radio Frequency Quadrupole (RFQ) to the superconducting linac (SCL3). The accelerated beams will be put to use in the low energy experimental hall or accelerated again by the superconducting linac (SCL2) in order to be used in the high energy experimental hall. In this paper, we will describe the results of the start-to-end simulations with the rare isotope beams generated by the ISOL system in the post accelerator of the RAON accelerator. In addition, the error analysis and correction at the superconducting linac SCL3 will be presented.
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