Nowadays, inertial confinement fusion (ICF) research related to noncontact positioning and
transport of free-standing cryogenic targets is playing an increasingly important role in this …

In this paper, the plasma-filling model was extrapolated to the case of a hohlraum driven by
a shaped laser pulse, and this extended model was used to obtain an initial design of the …

High intensity particle beams from accelerators induce high energy density states in bulk
matter. Due to the specific nature of the ion‐matter interaction a volume of matter is heated …

A challenge in inertial fusion energy (IFE) research is to deliver the target to the target
chamber center at a high repetition rate. Therefore, the problem of target fabrication and …

In ignition targets designs, U or U based cocktail hohlraum are usually used because the
Rosseland mean opacity of U is higher than for Au at the radiation temperature for ignition …

A dedicated facility named High Radiation on Materials (HiRadMat) is being constructed at
CERN to study the interaction of the 450 GeV protons generated by the Super Proton …

Small conical targets have been used in high intensity laser target interaction mostly in the
context of fast ignition. We demonstrate that when cone targets are shaped appropriately …

The theoretical description of the energy loss of heavy ions in fully ionized matter is
considered, where we focus on the many–body and plasma physics aspects of the stopping …

In inertial fusion energy research, considerable attention has recently been focused on low-
cost fabrication of a large number of targets by developing a specialized layering module of …

В настоящее время быстрыми темпами развиваются те области исследования,
которые связаны с разработкой специализированного модуля для высокочастотного и …