… laser or e-beam annealing [6]. However, there is no report on the epitaxial growth of uniform
silicide films by the laser or e-beam … rise induced by ow laser or ebeams absorbed in a solid …

… of laser, electron and ion beam interactions with solids to … the energy from the laser pulse
into the electronic system of the … absorbed energy remains in the electronic system in the form …

… The interaction of laser beams with solids has played an important role in many disciplines,
such as laser processing of solids, laser-… by pulsed lasers [1–7]. Until 1990 the preferred …

… Under ambient conditions most of the solids we study and actually use are in … In contrast,
the new disordered materials-amorphous metals and semiconductors, microcrystalline solids …

… We study laser interaction with matter in a broad range of intensities from those inducing …
characteristics of laser–matter interaction, such as the absorbed energy, electron and lattice …

… fast electron beam created by the interaction of relativistically intense, frequency-doubled
laser … of a similar experiment using the laser fundamental frequency. Using frequency-doubled …

… , I have focused on laser effects in solids such as thin films and … laser beams as energy
sources in materials processing are particle beams, in particular medium-energy electron beams. …

… of electrons. In [5] a non-thermal electron beam appeared in the interaction of relativistic
laser … In [12], there was a study of electron acceleration by surface plasma waves excited at …

… electron beams by laserilluminated solids opens interesting aspects of measuring coherence
properties of electron beams, … explainable by correlation of electron waves whose energy is …

… jet emitted along the target surface [8–11] has been observed using large angles of
incidence during laser irradiation of solid targets [8–10]. Recent work has aimed to reveal the …