Anomalous observations using the fast ignition for laser driven fusion energy are interpreted
and experimental and theoretical results are reported which are in contrast to the very …

Results of studies on fast ignition of inertial confinement fusion (ICF) targets are reviewed.
The aspects of the fast ignition concept, which consists in the separation of the processes of …

Acceleration of dense matter to high velocities is of high importance for high energy density
physics, inertial confinement fusion, or space research. The acceleration schemes employed …

An approach to a high-repetition ignition facility based on direct drive with the krypton-
fluoride laser is presented. The objective is development of a “Fusion Test Facility” that has …

In impact ignition, the compressed deuterium–tritium main fuel is ignited by impact with a
separately imploded portion of fuel, which is accelerated in a hollow conical target to …

Beam–target reactions in fusion plasmas play an important role in both magnetic
confinement fusion and inertial confinement fusion in the condition of low-density plasmas …

Impact-driven shock waves, thermonuclear plasma and neutron yield were investigated. The
results of 2D numerical simulations and Gekko/HIPER laser experiments on the collision of a …

This paper is devoted to investigations of laser energy transfer into solid targets with respect
to the focusing lens focal point position relative to the solid target surface as obtained at the …

The results of theoretical studies and numerical simulations of laser-driven acceleration of a
flat foil up to ultrahigh velocity of the order of 1000 km s− 1, which corresponds to the …

We propose an efficient method of accelerating macroparticles to high velocities, which
employs pressure of the plasma produced by a focused pulsed high-power laser beam …