| 1. | In the betatron, a single magnetic field is harnessed for both purposes .
在电子感应加速器中，同一个磁场用于两种目的。 |
| 2. | Design and implementation of control system for 4 mev lia
直线感应加速器控制系统设计与实现 |
| 3. | Optimum design for 12mev linear induction accelerator diode
直线感应加速器二极管优化设计研究 |
| 4. | Design of beam transport system for
直线感应加速器束流输运系统设计 |
| 5. | Design of intelligent tuning system for a high current induction accelerator
强流直线感应加速器束流智能调谐系统设计 |
| 6. | Rotatory - type betatron
回旋式感应加速器 |
| 7. | The bpm system that widely used in linear induction accelerator ( lia ) is beam bugs and b - dot
在直线感应加速器中，广泛使用的束位置测量装置( bpm )有壁电流探测器(电阻环)和磁探针( b - dot ) 。 |
| 8. | In this paper , we have studied the feasibility for the bpm of to be button electrode was used in the lia and the simulating has done for the use by pspice / orcad
本文研究了钮扣电极束位置探测器应用于强流直线感应加速器( lia )的可行性，并用pspice orcad电路模拟仿真软件进行了模拟计算。 |
| 9. | As for high - energy linear induction accelerator , miniaturizing pulse - forming line ( pfl ) is helpful to minify the size of the massive pulsed power system . at the same time , wealth and space could be economized
同时脉冲形成线小型化对于一台大型直线感应加速器来说，不仅有利于减小其庞大的脉冲功率系统，而且节省了大量的财力资源和空间体积。 |
| 10. | In view of the high demand on the coaxial tolerance of linear induction accelerator in centering assembling and considering the interaction among flange , bolts and gasket , finite element analysis was adopted and a 3 - d finite element model of accelerator in centering assembling with bolted - flange connection was built
摘要针对直线感应加速器对中装配同轴度要求高的特点，考虑法兰、螺栓和密封垫相互作用，建立了加速器对中装配法兰螺栓联接的三维有限元模型，分析了螺栓预紧力对加速器对中装配时同轴度的影响作用。 |
