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The EUDML accelerator is a small-gap FEL in the form of a laser-plasma accelerator. The laser required for the injection of particles in the plasma channel is a Ti:sapphire laser at 800 nm with less than 100 fs pulse duration, high peak power of around 300 TW and a repetition rate of 1 kHz. The EUDML consists of three stages: i) the injection and acceleration of electrons in the channel, ii) the amplification and harvesting of the accelerated electron beam, and iii) the injection of the plasma with the accelerated electrons. A prototype unit is being built for the demonstration of the whole process. It will be described here how the injection and acceleration of the electrons in the plasma channel is achieved. A 3-D code has been developed to simulate the propagation of the laser pulse in the plasma and the electron and ion acceleration in the plasma channel. The code is used to simulate the performance of the EUDML prototype in order to optimize the plasma channel and the injection laser parameters.more » This paper shows first measurements of a single-pass plasma accelerator which demonstrate the injection of electrons into the plasma channel and their acceleration in the plasma.
A dedicated small-gap plasma source is constructed and developed for generation of high-density electron beams. The beam is produced by interaction of laser-accelerated protons with a thin foil target. The geometry of the plasma source and its 3D simulations are described. The source allows for a good control of the energy distribution of the electron beam, the size of the plasma channel and the density of the plasma. First experimental results on the characterization of the electron beam from the source and measurements of the beam parameters as a function of laser parameters are presented. The device is shown to be capable of delivering electron beams with an energy of 20 keV and beam-diameter as low as 2-3 mm with a good reproducibility. The production of very dense plasma with a density of ~1021 cm-3 is demonstrated. The device is further used to produce test-stands for the study of a beam interaction with a matter target. The high-energy electron beam is used to study the interaction of electrons with matter, in particular with carbon.more » The first results of the interaction of the electron beam with a carbon foil show energy loss of the electron beam below 20 keV and an increase of the foil temperature up to a maximum of 17 keV.« less
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