[PDF] Top 20 Cooling of relativistic electron beams in chirped laser pulses

... of relativistic electron beams with high-intensity laser ...beam cooling is observed in the quantum case and found to depend on the intensity profile of the pulse itself, unlike ... See full document

... high-power laser facilities (such as the Extreme Light Infrastructure) will provide unprecedented field intensities, and will allow us to probe qualitatively new physical regimes for the first ...beam ... See full document

... For the classical theory, the fi nal distribution only depends on the fl uence of the pulse, though this does not prevent the system from taking different routes along the way. As the number of cycles is decreased, very ... See full document

... ing laser pulses traverse this crystal on nine successive passes in a triangular shape (see figure ...Nd:YAG laser with 25 mJ stored in each pulse of several nanoseconds duration arriv- ing at 10 Hz ... See full document

... fast electron transport and emission patterns from solid targets irradiated by s-polarized, rela- tivistically intense, picosecond laser ...the laser polarization ...the laser propagation ... See full document

... Nd:glass laser operating in the chirped pulse amplification ...This laser has a wave- length of ...the laser pulse into two parts: the main interaction beam irradiating the target front ... See full document

... dense electron sheet into a wakefield. Various controlled electron injection schemes have actually been proposed for the generation of stable, monoenergetic electron beams ...pC-charged ... See full document

... FEL. Electron pulses used in free electron lasers can exhibit a large energy chirp (greater than 1 % of mean electron beam energy) which can degrade the FEL ...these chirped pulse ... See full document

... high-power laser facilities (such as the Extreme Light Infrastructure) will become operational, for which it is important to understand how the interaction with intense laser pulses affects the bulk ... See full document

... (HED) electron flows through solid-density or denser matter is a major chal- lenge for improving laser-driven sources of energetic particles and radiation 1–3 , or for driving matter to temperatures relevant ... See full document

... using electron beams accelerated with a 100-TW-class Ti:sapphire ...the laser-accelerated electron bunches are suitable to drive plasma waves at electron densities in the order of 10 19 ... See full document

... An electron propagates from right to left in these ...an electron can be change via a ...the electron enters into the laser, the electron is pushed back by the ponderomotive force of ... See full document

... of relativistic electron temperature on stimulated Raman scattering and stimulated Brillouin scattering instabili- ties for high intensity lasers propagating in underdense plasma are studied theoretically ... See full document

... neutral electron-positron beams is an emerging area of research, enabled by the recent results on the genera- tion of this exotic state of matter in the ...laboratory. Electron-positron beams ... See full document

... a laser–plasma interaction has many unique ...including laser wakefield acceleration from gases and vacuum laser acceleration from solids, often produce electron beams either with low ... See full document

... ultrafast laser and it is KLM Ti:sapphire lasers that have produced pulses of 6 fs in duration (39) ...femtosecond laser emit coherent XUV light at high-harmonics of the driving laser and at ... See full document

... the laser with (0, 0) mode sweeps the droplet surface, electrons are dragged out with an emission angle with respect to the laser propagation ...the electron bunches quickly dissolve in the ... See full document

... classical laser interactions with both charged and neutral matter, theoretical models [5–8] rely crucially on parameterizations of the electromagnetic fields in laser pulses, particularly in ... See full document

... the laser axis and orientation α = 60 ◦ . The mean electron energy is ...the electron distribution on a 3 mm × 3 mm foil placed at offsets d = 100 µ m, d = 500 µ m and d = 1 mm, and orientations α = ... See full document

... of cooling liquid in the regime of conditionally single pulse, when the film with characteristic currents in specific zones of the surface is formed at the moment of irrigation by the droplet ...the pulses. ... See full document