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| 1 | 基于CSNS壁电流探测器数据采集的定制示波器的研制显示文摘壁电流探测器是观测粒子加速器瞬时束流信息的一种重要手段。中国散裂中子源(CSNS)快循环同步加速器中安装了两个壁电流探测器,其中一个壁电流探测器用来测量束流的微脉冲信息。本文介绍了壁电流测量系统的硬件和软件,鉴于传统示波器在垂直分辨率及存储深度等方面的局限性,提出了一种定制示波器来进行壁电流的信息读取,并利用LabVIEW编程实现了20ms内束流信息的宏脉冲读取及微脉冲结构的分析,使用同步的环高频信息分析能得出快循环同步加速器中双束团关于相位、圈数、每圈束团形状等方面的相关信息。 | 李芳 孙纪磊 徐韬光 徐智虹 李鹏 黄蔚玲 曾磊 孟鸣 邱瑞阳 田建民 杨涛 | 2019 | 原子能科学技术2019，53，9： | 2 |
| 2 | 中国散裂中子源强流质子加速器设计、研制及调试运行显示文摘中国散裂中子源(CSNS)是基于强流质子加速器的大科学装置,通过高功率质子束流轰击重金属靶产生高通量中子用于开展中子散射研究,CSNS是世界上第四台、发展中国家第一台脉冲型散裂中子源。CSNS包括高功率强流质子加速器、中子靶站和中子谱仪以及相应的配套设施等。加速器由80 MeV负氢直线加速器、1.6 GeV快循环同步加速器及相应的束流输运线组成。CSNS加速器是我国第一台中高能强流高功率质子加速器,本文将介绍CSNS加速器的设计、关键技术、设备研制以及束流调试过程和其中关键问题。 | 王生 傅世年 屈化民 张旌 马力 董海义 董岚 金大鹏 康玲 康文 刘华昌 李健 李晓 欧阳华甫 齐欣 孙虹 沈莉 唐靖宇 王庆斌 徐韬光 | 2022 | 原子能科学技术2022，56，9： | 2 |
| 3 | Design of rapid tuning system for a ferrite-loaded cavity显示文摘Introduction A high power,broadband and rapid frequency sweeping RF system was developed to satisfy the demand of China Spallation Neutron Source(CSNS)/Rapid Cycling Synchrotron(RCS).Material and methods The cavity tuning is the key issue which has a great impact on the performance of the whole RF system.To satisfy the requirements of cavity dynamic tuning caused by the nonlinear characteristics of ferrite,some new technologies were developed and applied.Conclusion In this paper,the overall design of the tuning system is introduced.The ensuing discussion focuses on the com-parison between different types of bias supplies,the control algorithm of low-level RF(LLRF)system.The commissioning results with beam power of 100 kW are also shown and discussed. | Xiao Li Hong Sun Chun-Lin Zhang Wei Long Yang Liu Jun-Yu Zhu Sheng-Yi Chen Bin Wu Xiang Li | 2021 | Radiation Detection Technology and Methods2021，5，3： | 1 |
| 4 | The compensation of quadrupole errors and space charge effects by using trim quadrupoles显示文摘The China Spallation Neutron Source (CSNS) accelerators consist of an H- linac and a proton Rapid Cycling Synchrotron (RCS). RCS is designed to accumulate and accelerate proton beam from 80 MeV to 1.6 GeV with a repetition rate of 25 Hz. The main dipole and quadruple magnet will operate in AC mode. Due to the adoption of the resonant power supplies, saturation errors of magnetic field cannot be compensated by power supplies. These saturation errors will disturb the linear optics parameters, such as tunes, beta function and dispersion function. The strong space charge effects will cause emittance growth. The compensation of these effects by using trim quadruples is studied, and the corresponding results are presented. | AN YuWen WANG Sheng | 2011 | Science China(Physics,Mechanics & Astronomy)2011，54，S2： | 1 |
| 5 | Recent progress in techniques utilized for particle accelerator显示文摘Particle accelerators are widely used in scientific research and industry.Recently,techniques utilized for accelerator are developed rapidly in China.We briefly review the recent progress in this field and primarily focus on superconducting RF,innovative structures for particle production and acceleration and beam diagnosis.Several advanced compact user facilities are also introduced. | LIU KeXin | 2012 | Science China(Physics,Mechanics & Astronomy)2012，55，12： | 1 |
| 6 | 中国散裂中子源直线加速器束流流强测量系统显示文摘介绍了中国散裂中子源(CSNS)直线加速器(Linac)采用的自主研制的束流变压器(BCT)系统。根据CSNS Linac的束流参数、加速器管道的横向孔径和纵向空间,专门设计了BCT进行束流宏脉冲流强的测量。在CSNS Linac试运行阶段成功地测量到了负氢粒子束流的宏脉冲信息,给调束运行提供了有利的保障和支撑。 | 李鹏 邱瑞阳 李芳 徐智虹 王安鑫 黄蔚玲 孟鸣 徐韬光 | 2018 | 强激光与粒子束2018，30，7： | 1 |
| 7 | CSNS校正磁铁积分场均匀性测量研究(英文)显示文摘中国散裂中子源(CSNS)加速器主要由一台直线加速器、一台1.6 GeV快循环加速器以及低能、高能输运线组成。其中有十二种类型校正磁铁,共计74台。校正磁铁是加速器运行的重要组成部件,必须测量其积分场及均匀性以确保加速器性能。为了快速和高效地完成磁铁测量任务,使用了旋转线圈测量系统。对测量原理、数据处理方法以及系统之间的测量结果对比进行了介绍。这对批量磁铁高效率测量是有帮助的。 | 周建新 康文 李帅 孙献静 吴锡 吴煜文 刘艺琴 李藜 邓昌东 | 2019 | 强激光与粒子束2019，31，11： | 0 |
| 8 | CSNS 加速器一键开关机程序设计和实现显示文摘中国散裂中子源加速器上有几百套电源和高频设备。每次开关机过程都要通过操作二十多个控制界面来完成这几百台设备的开关机流程,过程繁琐,耗时较多,容易出错且很难发现。为了简化开关机流程和避免人为错误发生,开发了一套一键开关机程序。该程序将分散于二十多个界面的所有硬件设备开关机操作集成到一个界面中,同时将每个硬件开关机流程抽象为单独线程,界面上一键操作,使用多线程并发完成所有设备的开关机操作。该程序实现了运行模式状态的一键存储和恢复,能够一键完成整个加速器的开关机流程,将原来耗时40 min的开关机流程压缩到约2 min完成,提升了操作效率,很好地满足了中国散裂中子源加速器运行需求。该程序具有一定的通用性,可以在其它装置推广应用。 | 李明涛 张玉亮 袁月 吴煊 薛康佳 王林 何泳成 朱鹏 | 2023 | 强激光与粒子束2023，35，8： | 0 |
| 9 | Research progress on high intensity hadron accelerator in China显示文摘High intensity hadron beam has wide-range important applications.In recent years,several projects with intense-beam hadron accelerator are under design,development or construction in China.We are facing a lot of challenges in beam physics and key technology of the accelerators.Beam loss and beam emittance must be minimized for such a high intensity accelerator.Space charge effect and nonlinear dynamics should be taken into account in beam physics and accelerator design.In this paper we will present the recent research progress in China on beam dynamics,new technology development and beam experiments for intense beam hadron accelerators,including linear accelerator,synchrotron and cyclotron. | FU ShiNian | 2012 | Chinese Science Bulletin2012，57，36： | 0 |
| 10 | Design and commissioning of a wideband RF system for CSNS-Ⅱ rapid-cycling synchrotron显示文摘The China Spallation Neutron Source(CSNS) upgrade project(CSNS-Ⅱ) aims to enhance the beam power from 100 to 500 kW. A dual-harmonic accelerating method has been adopted to alleviate the stronger space-charge effect in rapid-cycling synchrotrons owing to the increased beam intensity. To satisfy the requirements of dual-harmonic acceleration, a new radiofrequency(RF) system based on a magnetic alloy-loaded cavity is proposed. This paper presents design considerations and experimental results regarding the performance evaluation of the proposed RF system through high-power tests and beam commissioning. The test results demonstrate that the RF system satisfies the desired specifications and affords significant benefits for CSNS-Ⅱ. | Jian Wu Xiang Li Bin Wu Chun-Lin Zhang Yang Liu Wei Long Xiao Li | 2024 | Nuclear Science and Techniques2024，35，1： | 0 |
| 11 | 中国散裂中子源RCS注入区H0CT测量系统研制显示文摘中国散裂中子源的强流质子加速器采用剥离注入的方式,碳膜将H-剥离两个电子后变成质子,多圈涂抹注入到快循环同步环加速中,并加速至1.6 GeV。为了精确测量剥离膜的剥离效率并研究不同厚度剥离膜的使用寿命,在I-Dump束线上新研发并安装了一套束流流强探测器(H0CT),用于测量未完全剥离的H-和H0(H-被剥离一个电子)粒子。为了测量μA级束流,H0CT弱流强测量系统的研制考虑了外部干扰,配合探头、线缆及电子学低噪声的抗干扰设计,将环境噪声及干扰的影响降至最低,提高信噪比,实现了μA级脉冲电流的测量。 | 邱瑞阳 黄蔚玲 曾磊 徐智虹 李芳 孟鸣 杨涛 王安鑫 刘孟宇 孙纪磊 徐韬光 | 2023 | 强激光与粒子束2023，35，2： | 0 |
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