Using two-dimensional (2D) and three-dimensional (3D) kinetic simulations, we examine the
impact of simulation dimensionality on the laser-driven electron acceleration and the …

The interaction of an intense laser with a solid foil target can drive∼ TV/m electric fields,
accelerating ions to MeV energies. In this study, we experimentally observe that structured …

The concept of maximizing the DD fusion neutron yield from the laser-heated large volume
of cluster medium by matching the focal spot size and cluster plasma structural scales to the …

The interaction of an ultrashort (~ 10 fs) laser pulse with a relativistic intensity (≳ 10 18 W/cm
2) with a cluster medium characterized by a random distribution of large, submicron clusters …

We study the laser-driven generation of thermonuclear neutrons from targets with a
microstructured surface in the form of deuterated microwires, using three-dimensional …

The high energy of the XCELS laser allows for obtaining a large number of laser-
heated/accelerated particles and products of nuclear reactions initiated by them in a large …

Исследовано взаимодействие экстремально короткого (∼ 10 фс) лазерного импульса
релятивистской интенсивности (≳ 1018 Вт/см2) с кластерной средой, характеризуемой …

Высокая энергия лазера XCELS допускает получение большого числа лазерно-
нагретых/ускоренных частиц и продуктов инициируемых ими ядерных реакций в …

This paper proposes a model of the laser-driven electron acceleration that occurs when a
high-intensity laser interacts with a nanoplate target. It shows that quasistatic electric E qs …

The interaction of an ultrashort laser pulse of moderately relativistic intensity (1018 W/cm2)
with cluster plasma of spherical submicrometer droplets of heavy water is studied using …