To increase the fluence and maximum energy of laser-driven proton beams in view of
potential applications such as isochoric heating of dense material or isotope production, it …

Measurements had been performed of strong electromagnetic pulses (EMPs) generated as
a result of laser–target interaction at the sub-ns kJ-class Prague Asterix Laser System …

Understanding the physics of electromagnetic pulse emission and nozzle damage is critical
for the long-term operation of laser experiments with gas targets, particularly at facilities …

In inertial confinement fusion, electromagnetic pulses (EMPs) can be produced during high-
power laser interacting with solid targets, which are intimately related to laser intensity and …

Electromagnetic pulses (EMPs) produced by the interaction of a TW femtosecond laser with
solid targets at the Compact Laser Plasma Accelerator (CLAPA) are measured and …

Irradiating hohlraum targets with high-power laser pulses is a promising approach to
achieve inertial confinement fusion (ICF). Unfortunately, such interaction is accompanied by …

The interactions between high-intensity laser and matter produce particle flux and
electromagnetic radiation over a wide energy range. The generation of extremely intense …

The Thomson parabola ion spectrometer is vulnerable to intense electromagnetic pulses
(EMPs) generated by a high-power laser interacting with solid targets. A metal shielding …

By driving hot electrons between two metal plates connected by a wire loop, high power
lasers can generate multi-tesla, quasi-static magnetic fields in miniature coil targets. Many …

Giant electromagnetic pulses (EMPs) induced by high-power laser irradiating solid targets
interfere with various experimental diagnoses and even damage equipment, so unveiling …