这些初级注入加速器（feeder accelerators ）不能直接（将质子束）注入LHC，因其管道被引导质子的铁磁体所密闭包围（译者注：一般都是用交变的电磁场加速质子）。
These feeder accelerators cannot inject straight into the LHC because their pipes are enclosed in bulky magnets that steer the protons.
研究人员认为在尾迹场加速器中不可能这么精准的注入电子，因为加速的过程是微观而且短暂的。
Researchers thought that such precise injection was impossible in a laser wakefield accelerator because the accelerating structure is microscopic and short-lived.
阐述了中国散裂中子源(CSNS)快循环同步加速器(RCS)注入系统水平涂抹凸轨磁铁样机的设计。
Design of the horizontal paint bump magnet prototype for China Spallation Neutron Source (CSNS) rapid cycling synchronous (RCS) injection was introduced.
为了提高加速器控制领域的自动化程度，设计并实现了加速器控制领域中基于虚拟仪器的负离子注入器网络控制系统。
To improve the automation of accelerator control, the anion injector network control system based on virtual instrument in the field of accelerators was designed and realized.
文章介绍了NDZ-20医用电子直线加速器的束流注入系统的结构和特性。
The structure and characteristic of an injector system of a NDZ-20 medicalelectron linear accelerator are described.
介绍了变像管扫描相机对直线感应加速器注入器中的电子束束剖面直径的应用。
Image converter tube camera applied firstly to study changing process of profile diameter of electron beam produced by injector of accelerator is presented.
给出的直线感应加速器束输运的计算模型，能够计算束流从注入器经加速器直到最后聚焦的束包络。
A calculation model of accelerator beam envelope has been developed. It can predict beam envelope in linear induction accelerator from the injector to the final focus region.
注入回旋加速器真空系统利用了原有油扩散泵。
我们用加速器辐照实验和传统的故障注入方法验证了这种新方法的有效性。
Accelerator irradiation test and fault injection experiments were carried out to validate this approach.
本文介绍了4117型串列加速器运行和改进。其中包括860型离子源电离器实验情况和从1988年以来高能离子注入实验情况。
This article introduces the operation and improvement of model 4117 tandetron, including the home-made ionizer for model 860 ion source and the work of high energy implantation since 1988.
本文介绍了4117型串列加速器运行和改进。其中包括860型离子源电离器实验情况和从1988年以来高能离子注入实验情况。
This article introduces the operation and improvement of model 4117 tandetron, including the home-made ionizer for model 860 ion source and the work of high energy implantation since 1988.
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