Compact acceleration of a tightly collimated relativistic electron beam with high charge from
a laser–plasma interaction has many unique applications. However, currently the well …

Under typical experimental conditions related to the interaction of a short pulse laser with a
nanometer foil target, the assumption of a target step-function number density profile ceases …

Generation of hot electrons at grazing incidence of a subpicosecond relativistic-intense laser
pulse onto a plane solid target is analyzed for the parameters of petawatt class laser …

Although the interaction of a flat foil with currently available laser intensities is now
considered a routine process, during the last decade, emphasis has been given to targets …

CO 2 laser-driven electron acceleration in low-density plasma is demonstrated using particle-
in-cell simulation. An intense CO 2 laser pulse of long wavelength excites a wake bubble …

We report a study on the generation of relativistic fast electrons during the interaction of an
ultrashort (45 fs) laser pulse with a variety of targets (Al, Cu, Mo, Si, polyvinyl chloride, and …

One order of magnitude energy enhancement of the target surface electron beams with
central energy at 11.5 MeV is achieved by using a 200 TW, 500 fs laser at an incident angle …

Plasmonics studies how the electromagnetic radiation couples with the collective
oscillations of the electrons within a medium. Surface plasmons (SPs), in particular, have a …

Gegenstand dieser Arbeit ist die Entwicklung und Untersuchung zweier voneinander
unabhängigen experimentellen Methoden, welche einen Fortschritt auf dem Feld der …

Při interakci femtosekundových laserových impulzů o intenzitě přesahující 1018 W/cm2 s
ionizovanými tenkými terči dochází ke generaci populace horkých eletronů o relativistických …