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Investigations of the concept of a multibunch dielectric wakefield accelerator

机译:多束介电尾迹加速器概念的研究

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Theoretical and experimental investigations of the physical principles of multibunch dielectric wakefield accelerator concept based on the wakefield excitation in the dielectric structure by a sequence of rela-tivistic electron bunches are presented. The purpose of the concept is to enhance the wakefield intensity by means of the multibunch coherent excitation and wakefield accumulation in a resonator. The acceleration of bunches is achieved at detuning of bunch repetition frequency relative to the frequency of the excited wakefield. In such a way the sequence of bunches is divided into exciting and accelerated parts due to displacing bunches into accelerating phases of wakefield excited by a previous part of bunches of the same sequence. Besides the change of the permittivity and loss tangent of dielectrics under the irradiation by 100 MeV electron beam is studied.
机译:提出了基于相对论电子束在介电结构中的尾场激发的多束介电尾迹加速器概念的物理原理的理论和实验研究。该概念的目的是借助于谐振器中的多束相干激发和唤醒场累积来增强唤醒场强度。束的加速度是在束重复频率相对于激发的尾波场的频率失谐时实现的。以这种方式,由于将束移动到由相同序列的束的前一部分激发的尾波的加速阶段中,束的序列被分为激发部分和加速部分。此外,还研究了在100 MeV电子束辐照下介电常数和损耗角正切的变化。

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