Laser–plasma acceleration of ions has been of interest for the past few decades. An
effective way to enhance laser-driven proton acceleration is to improve laser absorption in …

Recent developments of high-power laser systems have enabled the production of high
energy proton and electron beams. Here, we studied the laser-driven particle acceleration at …

Charged particles traveling along a carbon nanotube (CNT) may produce the collective
oscillation of the free electrons within the cylindrical graphene shell that makes up the …

The potential for protons and ions accelerated by ultra-intense high power laser systems
was investigated to perform space radiation tests for electronic components and materials …

The aim of this work is highlighting the importance of precursors' choice for the efficiency of
graphite layers exfoliation process. X-ray Photoelectron Spectroscopy allowed the …

In this study, the effect of laser light polarization (linear polarization (LP) and circular
polarization (CP)) on the shape of the proton energy spectrum and its energy cut-off is …

The advent of new PetaWatt (PW) class laser facilities create opportunities for laser induced
plasma ion acceleration studies where the dynamics and effects of laser target interaction …

Laser-driven proton acceleration by Target Normal Sheath Acceleration (TNSA) is often
performed using thick foil targets. For an efficient acceleration process, the High-Power …

Accelerarea ionilor și a particulelor subatomice încărcate este de mare importanță în multe
domenii ale științei, ingineriei și medicinii, implicând interacțiunea acestor radiații cu …