A full demonstration of the beam confinement and acceleration in the induction synchrotron was accomplished in March 2006.A discrete timing control unit to maneuver the generation of induction pulse-voltages was newly developed for controlling of the beam orbit in the induction synchrotoron and employed in this demonstrarion.European Particle Accelerator Conference 200
A monitoring and control system for 4MeV electron linear induction accelerator capable of producing ...
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....
Recently the first induction acceleration of a single proton bunch of 2.3E10ppp was demonstrated [1]...
Recently the first induction acceleration of a single proton bunch of 2.3E10ppp was demonstrated [1]...
Includes bibliographical references (leaf [83])The Advanced Photon Source third generation synchrotr...
A number of fast local orbit feedback stations are being sequentially installed at ELETTRA to improv...
This thesis will describe the latest work from the Feedback On Nanosecond Timescales project, common...
We report an experimental demonstration of the induction synchrotron, the concept of which has been ...
The performance requirements of the Advanced Photon Source (APS) challenge the control system in a n...
A unified global and local closed-orbit feedback system has been implemented at the Advanced Photon ...
Coordinated bending and acceleration of an intense space-charge-dominated ion beam has been achieved...
This paper will present the requirements and design of the Timing Synchronization System for the Con...
In the present acceleration system in HIMAC, an acceleration frequency of a direct digital synthesiz...
A novel ion accelerator referred to as a digital accelerator, which is based on the induction synchr...
A monitoring and control system for 4MeV electron linear induction accelerator capable of producing ...
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....
Recently the first induction acceleration of a single proton bunch of 2.3E10ppp was demonstrated [1]...
Recently the first induction acceleration of a single proton bunch of 2.3E10ppp was demonstrated [1]...
Includes bibliographical references (leaf [83])The Advanced Photon Source third generation synchrotr...
A number of fast local orbit feedback stations are being sequentially installed at ELETTRA to improv...
This thesis will describe the latest work from the Feedback On Nanosecond Timescales project, common...
We report an experimental demonstration of the induction synchrotron, the concept of which has been ...
The performance requirements of the Advanced Photon Source (APS) challenge the control system in a n...
A unified global and local closed-orbit feedback system has been implemented at the Advanced Photon ...
Coordinated bending and acceleration of an intense space-charge-dominated ion beam has been achieved...
This paper will present the requirements and design of the Timing Synchronization System for the Con...
In the present acceleration system in HIMAC, an acceleration frequency of a direct digital synthesiz...
A novel ion accelerator referred to as a digital accelerator, which is based on the induction synchr...
A monitoring and control system for 4MeV electron linear induction accelerator capable of producing ...
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....
A 4.2 GS/sec. beam excitation system with accelerator synchronization and power stages is described....