To reach high peak currents driving Free-Electron Lasers an initial chirped electron bunch is compressed in a bunch compressor. The interaction of the electron beam with its radiation field can yield a collective instability, which am-plifies any initial modulation in the current profile. We present a model, which allows one to derive an explicit an-alytical expression for the gain of the microbunch instabil-ity. The results are compared to those of the more complex analytical models
Velocity (or rf) compression has been suggested as a technique for bunch compression complementary t...
The x-ray free-electron laser has established itself as the brightest available source of x-rays, ex...
In a two-stage compression and acceleration system, where each stage compresses a chirped bunch in a...
To reach high peak currents driving Free-Electron Lasers an initial chirped electron bunch is compre...
Microbunching can cause an instability which degrades beam quality. This is a major concern for free...
A microbunching instability driven by coherent synchrotron radiation (CSR) in a bunch compressor chi...
Free-electron lasers operating in the UV or x-ray radiation spectrum require peak beam currents that...
Free Electron Lasers (FELs) operating in the UV or x-ray radiation spectrum require peak beam curren...
Bunch compressors, designed to increase the peak current, can lead to a microbunching instability wi...
We study the behavior of a free electron laser in the high gain regime, and the conditions for the e...
The microbunching instability is one of the most significant effects, which can lead to a severe deg...
CSR microbunching instability in bunch compressors is studied both analytically and numerically. The...
CSR microbunching instability in bunch compressors is studied both analytically and numerically. The...
22High-brightness electron bunches, such as those generated and accelerated in free-electron lasers ...
The aim of this paper is to investigate the effect of the magnetic bunch length compression on the d...
Velocity (or rf) compression has been suggested as a technique for bunch compression complementary t...
The x-ray free-electron laser has established itself as the brightest available source of x-rays, ex...
In a two-stage compression and acceleration system, where each stage compresses a chirped bunch in a...
To reach high peak currents driving Free-Electron Lasers an initial chirped electron bunch is compre...
Microbunching can cause an instability which degrades beam quality. This is a major concern for free...
A microbunching instability driven by coherent synchrotron radiation (CSR) in a bunch compressor chi...
Free-electron lasers operating in the UV or x-ray radiation spectrum require peak beam currents that...
Free Electron Lasers (FELs) operating in the UV or x-ray radiation spectrum require peak beam curren...
Bunch compressors, designed to increase the peak current, can lead to a microbunching instability wi...
We study the behavior of a free electron laser in the high gain regime, and the conditions for the e...
The microbunching instability is one of the most significant effects, which can lead to a severe deg...
CSR microbunching instability in bunch compressors is studied both analytically and numerically. The...
CSR microbunching instability in bunch compressors is studied both analytically and numerically. The...
22High-brightness electron bunches, such as those generated and accelerated in free-electron lasers ...
The aim of this paper is to investigate the effect of the magnetic bunch length compression on the d...
Velocity (or rf) compression has been suggested as a technique for bunch compression complementary t...
The x-ray free-electron laser has established itself as the brightest available source of x-rays, ex...
In a two-stage compression and acceleration system, where each stage compresses a chirped bunch in a...