| Paper | Title | Page |
|---|---|---|
| MOCP11 |
Characteristics of the Cavity for Excitation of a Parallel Coupled RF Accelerator Structure
The prototype of the cavity for excitation of the parallel coupled RF structure is performed as a segment of conventional rectangular waveguide with short circuit on one side and coupling aperture on the other side. It is loaded by reactive rods to decrease the wave length from Lg to L0. The oscillation type is ÒE105. The operating frequency is 2450 MHz. The report presents dependence of the resonance frequency on the reactive rods height; measured quality factor for the ÒE105 oscillation type; measured field amplitudes inside the cavity. The aspects of connection of the exciting cavity with accelerating cavities and waveguide tract are considered. The working cavity for excitation of the parallel coupled accelerating structure for electron energy 5 MeV and frequency 2450 MHz will be developed on the basis of this prototype. |
197 |
| MOJP10 |
Possibility of Stabilizing The Beam Energy In Resonant Accelerator On The Leading Edge Of The Microwave Pulse
ICKC, Novosibirsk, Russia The effect of transients in the accelerating cavity by successive switching of generator and beam is discussed. The possibility of stabilizing energy increase in the process of transition oscillations in the cavity is demonstrated. With allowance made for the beam current the delay of injection can be chosen in such a way that the amplitude and phase of oscillations in the cavity change so that the two factors compensate for each other. It allows to eliminate the energy spread caused by the transients. |
324 |
| TUHO08 |
Multy-Beam Klystrons with Reverse Permanent Magnet Focusing System as the Universal RF Power Sources for the Compact Electron Accelerators
Parameters of serially produced and being developed multi-beam klystrons (MBK) for particle accelerators are given. Some specific applications are described.
|
100 |